mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a main body having a first and a second storage compartment in which food is stored; a door configured to move forward of the second storage compartment to open the storage compartment ; a receptacle to be moved along with the door and received in the second storage compartment , the receptacle serving to store food therein; a camera installed to the main body to capture an image of the receptacle ; a control unit configured to combine an image captured by the camera in a closed state of the door and an image captured by the camera in an open state of the door with each other and configured to correct the images into an image showing the receptacle ; and a display unit configured to show the corrected image to a user, wherein the main body is provided with a barrier to structurally separate the first storage compartment and the second storage compartment from each other, configured to horizontally extend such that the second storage compartment is defined below the barrier ; the camera is mounted to the barrier ; at least one light source is installed in the second storage compartment to emit light to the second storage compartment ; and the control unit is configured to control the light source to allow the light source to emit light to the receptacle when the camera takes a picture. a main body having a first and a second storage compartment in which food is stored; a door configured to move forward of the second storage compartment to open the storage compartment ; a receptacle to be moved along with the door and received in the second storage compartment , the receptacle serving to store food therein; a camera installed to the main body to capture an image of the receptacle ; a control unit configured to combine an image captured by the camera in a closed state of the door and an image captured by the camera in an open state of the door with each other and configured to correct the images into an image showing the receptacle ; and a display unit configured to show the corrected image to a user, wherein the main body is provided with a barrier to structurally separate the first storage compartment and the second storage compartment from each other, configured to horizontally extend such that the second storage compartment is defined below the barrier ; the camera is mounted to the barrier ; at least one light source is installed in the second storage compartment to emit light to the second storage compartment ; and the control unit is configured to control the light source to allow the light source to emit light to the receptacle when the camera takes a picture.
A method of exchanging information between train-carried equipment , said equipment being provided for operation of the train , and a remote location external to said train, comprising the steps of: a) providing a portable device , said portable device comprising data storage means , data input means for writing data to said data storage means and data output means for outputting data from said data storage means to an external location; b) providing train connection means at the train-carried equipment enabling communication with said portable device for the exchange of data therewith, the connection means enabling said data exchange when the portable device is correctly located within the train; c) providing auxiliary connection means at the remote location enabling communication with the portable device for the exchange of data therewith; d) at the remote location writing information to the data storage means of the portable device via the auxiliary connection means and data input means; e) transporting the portable device into the train ; f) communicatively engaging the portable device with the train connection means at the train-carried equipment ; and g) passing said information from the data storage means of the portable device to the train-carried equipment via the data output means and train connection means, characterized in that the method further comprises storing a 'time validity' in the portable device , thereby specifying a time extent for which the information stored within the data storage means will be valid, and in that operation of the train is enabled only within the specified time extent. a) providing a portable device , said portable device comprising data storage means , data input means for writing data to said data storage means and data output means for outputting data from said data storage means to an external location; b) providing train connection means at the train-carried equipment enabling communication with said portable device for the exchange of data therewith, the connection means enabling said data exchange when the portable device is correctly located within the train; c) providing auxiliary connection means at the remote location enabling communication with the portable device for the exchange of data therewith; d) at the remote location writing information to the data storage means of the portable device via the auxiliary connection means and data input means; e) transporting the portable device into the train ; f) communicatively engaging the portable device with the train connection means at the train-carried equipment ; and g) passing said information from the data storage means of the portable device to the train-carried equipment via the data output means and train connection means, characterized in that the method further comprises storing a 'time validity' in the portable device , thereby specifying a time extent for which the information stored within the data storage means will be valid, and in that operation of the train is enabled only within the specified time extent.
Toilet cistern arrangement comprising a cistern with an interior which is bounded by a front wall , a rear wall and a side wall , wherein the front wall having a front side opening and the side wall having an upper side opening , a cover plate for closing one of the said openings , a shield plate for covering the other of said openings , wherein the shield plate has at least one passage for leading through actuating means for actuating a flush valve arranged in the cistern, and bearing elements arranged in the region of the said openings with bearing structures for mounting the cover plate and the shield plate , characterized in that the toilet cistern arrangement further comprises a spacer with a stop surface , which spacer can be moved from an initial position into a stop position relative to the rear wall such that in the stop position the stop surface is at a distance (A) from the rear wall ; and in that the spacer is moveably mounted on the bearing element of the top side opening so as to be movable from the initial position into the stop position; or in that the spacer is mounted on the cistern so as to be movable from the starting position into the stop position. a cistern with an interior which is bounded by a front wall , a rear wall and a side wall , wherein the front wall having a front side opening and the side wall having an upper side opening , a cover plate for closing one of the said openings , a shield plate for covering the other of said openings , wherein the shield plate has at least one passage for leading through actuating means for actuating a flush valve arranged in the cistern, and bearing elements arranged in the region of the said openings with bearing structures for mounting the cover plate and the shield plate , characterized in that the toilet cistern arrangement further comprises a spacer with a stop surface , which spacer can be moved from an initial position into a stop position relative to the rear wall such that in the stop position the stop surface is at a distance (A) from the rear wall ; and in that the spacer is moveably mounted on the bearing element of the top side opening so as to be movable from the initial position into the stop position; or in that the spacer is mounted on the cistern so as to be movable from the starting position into the stop position.
A method for displaying information about a wireless charging pad in an electronic device , the method comprising: receiving information from a specific server or from the wireless charging pad about a first direction for which one side surface of the wireless charging pad heads; comparing the first direction of the wireless charging pad with a second direction for which one side surface of the electronic device heads; and displaying a third direction of the electronic device such that the third direction is a direction that obtains a maximum wireless charging efficiency. receiving information from a specific server or from the wireless charging pad about a first direction for which one side surface of the wireless charging pad heads; comparing the first direction of the wireless charging pad with a second direction for which one side surface of the electronic device heads; and displaying a third direction of the electronic device such that the third direction is a direction that obtains a maximum wireless charging efficiency.
A communication device for a wireless communication system , the communication device comprising: means for determining whether downlink data transmission is expected; and means for transmitting, to a Mobility Management Entity, MME , via a base station , non-access stratum, NAS, signalling including uplink data and assistance information indicating whether downlink data transmission is expected following an uplink transmission, for use by the MME in determining whether a connection is to be released for the communication device . means for determining whether downlink data transmission is expected; and means for transmitting, to a Mobility Management Entity, MME , via a base station , non-access stratum, NAS, signalling including uplink data and assistance information indicating whether downlink data transmission is expected following an uplink transmission, for use by the MME in determining whether a connection is to be released for the communication device .
An induction cooking hob with an integrated down-draft hood, an air inlet and an air outlet , wherein: - the down-draft hood includes at least one downstream channel extending from the air inlet to the air outlet , - the air inlet is arranged within a cooking panel of the induction cooking hob , - the air outlet is arranged in a bottom wall of a chassis of the induction cooking hob , - the air inlet is arranged in a centre of the cooking panel , so that steam from a cooking pot arranged on the cooking panel enters the downstream channel through the air inlet , wherein the air leaves the downstream channel through the air outlet , - the air outlet is arranged beneath the air inlet , so that a vertical downstream channel is formed inside the down-draft hood, - the induction cooking hob includes at least one heat sink arranged in the downstream channel , - the heat sink is thermally connected to at least one power circuit for at least one induction generator, and - the heat sink provides a heat exchange between the power circuit and an air stream through the downstream channel , so that the power circuit is cooled down, - the downstream channel is arranged vertically and - the induction cooking hob with the integrated down-draft hood allows cooling down the at least one power circuit by the air stream through said down-draft hood - the down-draft hood includes at least one fan for sucking the air stream through the downstream channel . - the down-draft hood includes at least one downstream channel extending from the air inlet to the air outlet , - the air inlet is arranged within a cooking panel of the induction cooking hob , - the air outlet is arranged in a bottom wall of a chassis of the induction cooking hob , - the air inlet is arranged in a centre of the cooking panel , so that steam from a cooking pot arranged on the cooking panel enters the downstream channel through the air inlet , wherein the air leaves the downstream channel through the air outlet , - the air outlet is arranged beneath the air inlet , so that a vertical downstream channel is formed inside the down-draft hood, - the induction cooking hob includes at least one heat sink arranged in the downstream channel , - the heat sink is thermally connected to at least one power circuit for at least one induction generator, and - the heat sink provides a heat exchange between the power circuit and an air stream through the downstream channel , so that the power circuit is cooled down, - the downstream channel is arranged vertically and - the induction cooking hob with the integrated down-draft hood allows cooling down the at least one power circuit by the air stream through said down-draft hood - the down-draft hood includes at least one fan for sucking the air stream through the downstream channel .
A sight assembly for a firearm , the sight assembly comprising: a main body operable to be attached to the firearm ; and a pair of projections integrally formed with and extending from said main body and defining a first surface opposing a shooter and a second surface formed on an opposite side of said projections than said first surface , said first surface being formed at an angle relative to a top surface of the firearm such that a bottom portion of said first surface disposed proximate to the top surface of the firearm is farther away from a shooter than a top portion of said first surface ; wherein said pair of projections defines a rear sight , and said second surface of said pair of projections is substantially perpendicular to the top surface of the firearm to provide a surface against which a force may be applied to actuate a slide mechanism of the firearm . a main body operable to be attached to the firearm ; and a pair of projections integrally formed with and extending from said main body and defining a first surface opposing a shooter and a second surface formed on an opposite side of said projections than said first surface , said first surface being formed at an angle relative to a top surface of the firearm such that a bottom portion of said first surface disposed proximate to the top surface of the firearm is farther away from a shooter than a top portion of said first surface ; wherein said pair of projections defines a rear sight , and said second surface of said pair of projections is substantially perpendicular to the top surface of the firearm to provide a surface against which a force may be applied to actuate a slide mechanism of the firearm .
A polymer comprising at least five polymer arms each comprising a plurality of monomers each independently selected from the group consisting of methacrylate, acrylate, acrylamide and methacrylamide, wherein each monomer comprises a hydrophilic group; an initiator fragment linked to a proximal end of each polymer arm, wherein the initator moiety is suitable for radical polymerization; and an end group linked to a distal end of each polymer arm, wherein at least one of the initiator fragment and the end group comprises a linking group, and the polymer has a peak molecular weight of greater than 50 kDa as measured by multi-angle light scattering and a polydispersity index of less than 1.5 as determined by gel permeation chromatography. at least five polymer arms each comprising a plurality of monomers each independently selected from the group consisting of methacrylate, acrylate, acrylamide and methacrylamide, wherein each monomer comprises a hydrophilic group; an initiator fragment linked to a proximal end of each polymer arm, wherein the initator moiety is suitable for radical polymerization; and an end group linked to a distal end of each polymer arm, wherein at least one of the initiator fragment and the end group comprises a linking group, and the polymer has a peak molecular weight of greater than 50 kDa as measured by multi-angle light scattering and a polydispersity index of less than 1.5 as determined by gel permeation chromatography.
A digital phase shifter comprising: a plurality of digital phase shift circuit groups in which a plurality of digital phase shift circuits are connected in cascade; and one or more bend-type connection units connected between two digital phase shift circuit groups , wherein each of the digital phase shift circuits includes at least a signal line , a pair of inner lines provided at both sides of the signal line, a pair of outer lines provided outside of the inner lines, a first ground conductor connected to one end of each of the inner lines and the outer lines, a second ground conductor connected to the other end of each of the outer lines , a pair of electronic switches provided between the other ends of the inner line and the second ground conductor, and a capacitor electrically connected between the signal line and at least one of the first ground conductor and the second ground conductor , wherein each of the digital phase shift circuits is a circuit set in a low-delay mode in which a return current flows through the inner line or a high-delay mode in which a return current flows through the outer line , and wherein at least one of the digital phase shift circuits constituting at least one digital phase shift circuit group is a mitigation circuit (RC), characterized in that the mitigation circuit (RC) is configured to mitigate differences in phase shift amounts of the plurality of digital phase shift circuits caused by reflections at the one or more bend-type connection units . a plurality of digital phase shift circuit groups in which a plurality of digital phase shift circuits are connected in cascade; and one or more bend-type connection units connected between two digital phase shift circuit groups , wherein each of the digital phase shift circuits includes at least a signal line , a pair of inner lines provided at both sides of the signal line, a pair of outer lines provided outside of the inner lines, a first ground conductor connected to one end of each of the inner lines and the outer lines, a second ground conductor connected to the other end of each of the outer lines , a pair of electronic switches provided between the other ends of the inner line and the second ground conductor, and a capacitor electrically connected between the signal line and at least one of the first ground conductor and the second ground conductor , wherein each of the digital phase shift circuits is a circuit set in a low-delay mode in which a return current flows through the inner line or a high-delay mode in which a return current flows through the outer line , and wherein at least one of the digital phase shift circuits constituting at least one digital phase shift circuit group is a mitigation circuit (RC), characterized in that the mitigation circuit (RC) is configured to mitigate differences in phase shift amounts of the plurality of digital phase shift circuits caused by reflections at the one or more bend-type connection units .
Method for operating a filter assembly for the air supply to a turbomachine , wherein the effectiveness (11a-13a) and preferably the filter type (11b-13b) of at least one filter stage (11-13) of the filter assembly tracks a change in the current and/or to be expected concentration n(d) of particles at the inlet to this filter stage , characterized in that a filter stage (11-13) with a filter the action of which can be activated by applying an electrical voltage to the filter and/or by driving an electrical current through the filter is chosen, and in that the effectiveness (11a-13a) of the filter stage is adjusted by the electrical voltage and/or the electrical current being increased or reduced .
A compound selected from the group consisting of: (6-(trifluoromethyl)pyridin-3-yl)methyl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate; 4-fluorobenzyl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate; 4,4-difluorocyclohexyl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate; and tetrahydro-2H-pyran-4-yl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate; or, a pharmaceutically acceptable salt thereof. (6-(trifluoromethyl)pyridin-3-yl)methyl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate; 4-fluorobenzyl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate; 4,4-difluorocyclohexyl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate; and tetrahydro-2H-pyran-4-yl (1-hydroxy-7-methyl-1,3-dihydrobenzo[c] oxaborole-6-carbonyl)-L-valinate;
An air-conditioner comprising: a refrigerant circuit comprising a compressor , a condenser, an expansion valve and an evaporator in which a refrigerant circulates sequentially through the compressor , the condenser, the expansion valve, and the evaporator; an indoor temperature sensor detecting an indoor temperature; an indoor fan ; a controller (K) that controls at least the compressor and the expansion valve, and the indoor temperature; wherein one of the condenser and the evaporator is an outdoor heat exchanger , and other is an indoor heat exchanger , and the controller (K): makes the indoor heat exchanger function as the evaporator to freeze water on the indoor heat exchanger , during the freezing of water on the indoor heat exchanger , stops the indoor fan , or drives and stops, alternatively, the indoor fan , wherein during cooling operation or heating operation of an air-condition, the controller (K) uses a detection value obtained from the indoor temperature sensor for control of devices, and characterised in that during freezing water on the indoor heat exchanger , the controller (K) does not use, for the control of the devices, the detection value obtained from the indoor temperature sensor . a refrigerant circuit comprising a compressor , a condenser, an expansion valve and an evaporator in which a refrigerant circulates sequentially through the compressor , the condenser, the expansion valve, and the evaporator; an indoor temperature sensor detecting an indoor temperature; an indoor fan ; a controller (K) that controls at least the compressor and the expansion valve, and the indoor temperature; wherein one of the condenser and the evaporator is an outdoor heat exchanger , and other is an indoor heat exchanger , and the controller (K): makes the indoor heat exchanger function as the evaporator to freeze water on the indoor heat exchanger , during the freezing of water on the indoor heat exchanger , stops the indoor fan , or drives and stops, alternatively, the indoor fan , wherein during cooling operation or heating operation of an air-condition, the controller (K) uses a detection value obtained from the indoor temperature sensor for control of devices, and characterised in that during freezing water on the indoor heat exchanger , the controller (K) does not use, for the control of the devices, the detection value obtained from the indoor temperature sensor . makes the indoor heat exchanger function as the evaporator to freeze water on the indoor heat exchanger , during the freezing of water on the indoor heat exchanger , stops the indoor fan , or drives and stops, alternatively, the indoor fan , wherein during cooling operation or heating operation of an air-condition, the controller (K) uses a detection value obtained from the indoor temperature sensor for control of devices, and characterised in that during freezing water on the indoor heat exchanger , the controller (K) does not use, for the control of the devices, the detection value obtained from the indoor temperature sensor .