mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: a housing comprising a discharge plate having a plurality of discharge holes , and an outlet ; a compressor ; a heat exchanger configured to exchange heat with air introduced into the housing of the air conditioner; a blower fan configured to allow the heat-exchanged air to flow through at least one of the discharge plate and the outlet ; a discharge blade having a plurality of blade holes , and configured to open and close the outlet ; and a controller configured to control the heat-exchanged air to be discharged through the plurality of discharge holes and the plurality of blade holes when the outlet is closed, the air conditioner being characterised in that the controller is further configured to reduce a frequency of the compressor to a predetermined value when an indoor relative humidity increases to be within a predetermined range. a housing comprising a discharge plate having a plurality of discharge holes , and an outlet ; a compressor ; a heat exchanger configured to exchange heat with air introduced into the housing of the air conditioner; a blower fan configured to allow the heat-exchanged air to flow through at least one of the discharge plate and the outlet ; a discharge blade having a plurality of blade holes , and configured to open and close the outlet ; and a controller configured to control the heat-exchanged air to be discharged through the plurality of discharge holes and the plurality of blade holes when the outlet is closed, the air conditioner being characterised in that the controller is further configured to reduce a frequency of the compressor to a predetermined value when an indoor relative humidity increases to be within a predetermined range.
Process for separating a composition comprising polyamide, polyester and at least one further additive, comprising the steps of: - providing the composition , the composition having a density of 50-500 gr/dm 3 , - adding a branched or un-branched alcohol to the composition therewith forming a mixture, the alcohol having a boiling point above 150 °C (at 100 kPa), - heating the mixture to a temperature above 150 °C under reflux until polyamide is dissolved, while the polyester remains unaffected, therewith forming a slurry; - cooling the slurry comprising diluting the slurry by addition of hot water with a temperature of at least 80°C, during which polyamide is precipitated to particles; - filtering the slurry over a first filter with a mesh larger than 0.2 μm therewith forming a filtrate and a residue , wherein the residue comprises the polyester and the filtrate comprises the polyamide particles, - filtering the polyamide particles from the filtrate over a second filter to recover the polyamide , and - recovery of the polyester for further processing for depolymerisation of the polyester. - providing the composition , the composition having a density of 50-500 gr/dm 3 , - adding a branched or un-branched alcohol to the composition therewith forming a mixture, the alcohol having a boiling point above 150 °C (at 100 kPa), - heating the mixture to a temperature above 150 °C under reflux until polyamide is dissolved, while the polyester remains unaffected, therewith forming a slurry; - cooling the slurry comprising diluting the slurry by addition of hot water with a temperature of at least 80°C, during which polyamide is precipitated to particles; - filtering the slurry over a first filter with a mesh larger than 0.2 μm therewith forming a filtrate and a residue , wherein the residue comprises the polyester and the filtrate comprises the polyamide particles, - filtering the polyamide particles from the filtrate over a second filter to recover the polyamide , and - recovery of the polyester for further processing for depolymerisation of the polyester.
An electrolyte solution comprising at least one compound selected from compounds of formula (1-1): wherein R 111 -R 113 each individually are linear C 1-4 -alkyl; and the amount of the compound is 0.01-1000 mass ppm relative to the electrolyte solution.
Method for recycling at least one magnet (D) in a recycling facility , the method comprising a step of demagnetizing the at least one magnet (D), the method being characterized in that, before the demagnetization step, it comprises a step of placing the magnet inside a neutralization container , said neutralization container comprising walls forming a closed container for containing said at least one magnet (D), the walls being made at least partly of non-magnetic metallic material, the magnet (D) being contained in the neutralization container for at least part of the demagnetization step.
A vacuum heat-insulating member comprising a core, a gas barrier film entirely covering the core, and an outer layer provided outside the gas barrier film, wherein the vacuum heat-insulating member is configured to be internally depressurized and hermetically-sealed, the vacuum heat-insulating member further comprises a small-size wireless vacuum gauge on the inner side with respect to the outer layer, wherein the small-size wireless vacuum gauge comprises at least: a pressure sensor ; a battery for supplying electric power to the pressure sensor ; a battery charging unit for charging the battery ; and a transmission unit for transmitting measurement data including at least a signal of a pressure value measured by the pressure sensor , and wherein the pressure sensor is formed by microelectromechanical system (MEMS) techniques, and the battery charging unit comprises a charging mechanism configured to charge the battery without any electrical connection with an external power source, characterized in that the small-size wireless vacuum gauge further comprises at least one of a temperature sensor , a humidity sensor , a sensor configured to measuring various molecular species, and an internal clock . the pressure sensor is formed by microelectromechanical system (MEMS) techniques, and the battery charging unit comprises a charging mechanism configured to charge the battery without any electrical connection with an external power source, characterized in that the small-size wireless vacuum gauge further comprises at least one of a temperature sensor , a humidity sensor , a sensor configured to measuring various molecular species, and an internal clock .
An isolated monoclonal antibody, which binds to human glucocorticoid-inducible TNF receptor (GITR), comprising two heavy chains and two light chains, wherein each of the heavy chains comprises a heavy chain variable region consisting of the amino acid sequence set forth in SEQ ID NO: 13 and each of the light chains comprises a light chain variable region consisting of the amino acid sequence set forth in SEQ ID NO: 14.
An anti-burglar bar for rolling shutters or rolling gates which are defined by a plurality of horizontal slats , associated with a winding roller, and are slidable in a first and a second vertical guides opposite to one another, said bar comprises electromechanical control means of a first and a second blocking elements and , arranged slidingly in a body along an axis orthogonal to said first and second guides, which slidingly engage respectively in a first and a second retention blocks associated with said first and second guides respectively, in a position in front of said body , a first and a second feelers being provided which engage respectively with a first and a second position sensors , said first and second feelers further transmitting an electric signal activating said electromechanical control means only when said first and second feelers are simultaneously aligned with said first and second position sensors respectively, and only when said bar is aligned with said first and second retaining blocks in a closing position defined by the end stroke resting plane of the rolling shutter or rolling gate, characterized in that said first and a second feelers are each movable in opposition and by the action of a first and a second springs .
A continuous annealing method for low coercive force cold-rolled electromagnetic pure iron sheet strip, wherein control parameters of each stages in a continuous annealing process are as follows: 750-850°C at a heating stage; 750-850°C at a soaking stage, with a soaking time being 100-150s; an outlet temperature of 575-675°C at a slow-cooling stage, with a cooling speed in slow-cooling stage being 2.5-10°C/s; an outlet temperature of 380-420°C at a fast-cooling stage, with a cooling speed of the fast-cooling stage being 15-25°C/s; and 270-310°C at an overaging stage; an annealing medium is a non-oxidizing atmosphere composed of H 2 and N 2 ; after annealing, the cold-rolled electromagnetic pure iron sheet strip is leveled and pressed such that a leveling elongation rate of the sheet strip is controlled within a range of 0.2±0.1%; and a thickness of the said cold-rolled electromagnetic pure iron sheet strip is 0.5-3.0mm; and a percent composition by mass of the elements of the said cold-rolled electromagnetic pure iron sheet strip is: C≤0.005%, Si≤0.1%, Mn=0.1%∼0.5%, P≤0.02%, S≤0.003%, Al≤0.005% or Al =0.1∼1.5%, B≤0.007%, [N]≤0.005%, [O]≤0.02%, and the rest is Fe and unavoidable impurities; and the said cold-rolled electromagnetic pure iron sheet strip after annealing has a coercive force of 60-100A/m, a yield strength of not less than 120MPa, a elongation of not less than 35%.
A working machine , comprising - a pair of front wheels having a front rotational axis , - a pair of rear wheels having a rear rotational axis , - a frame structure comprising a front frame portion connected to the front rotational axis , a rear frame portion connected to the rear rotational axis , and a pivot joint pivotally connecting the front and rear frame portions to each other around a laterally extending pivot axis, - an actuator arrangement connected to the frame structure between the front frame portion and the rear frame portion , wherein at least a portion of the front frame portion is arranged vertically above at least a portion of the rear frame portion , the actuator arrangement being arranged to control a mutual motion between the front frame portion and the rear frame portion; and - a lift arm comprising an inner end portion pivotably connected to the front frame portion at a position between the front and rear wheels, and an outer end portion connectable to an implement at a position in front of the pair of front wheels as seen in the longitudinal direction of the working machine. - a pair of front wheels having a front rotational axis , - a pair of rear wheels having a rear rotational axis , - a frame structure comprising a front frame portion connected to the front rotational axis , a rear frame portion connected to the rear rotational axis , and a pivot joint pivotally connecting the front and rear frame portions to each other around a laterally extending pivot axis, - an actuator arrangement connected to the frame structure between the front frame portion and the rear frame portion , wherein at least a portion of the front frame portion is arranged vertically above at least a portion of the rear frame portion , the actuator arrangement being arranged to control a mutual motion between the front frame portion and the rear frame portion; and - a lift arm comprising an inner end portion pivotably connected to the front frame portion at a position between the front and rear wheels, and an outer end portion connectable to an implement at a position in front of the pair of front wheels as seen in the longitudinal direction of the working machine.
A pharmaceutical composition comprising: (a) levetiracetam, or a pharmaceutically acceptable salt thereof, which is in an extended release form; and (b) donepezil, or a pharmaceutically acceptable salt thereof, which is not in an extended release form, for use in treating cognitive impairment associated with a central nervous system (CNS) disorder, or for use in delaying or slowing the progression of said cognitive impairment, or for use in reducing the rate of decline of cognitive function associated with said CNS disorder, in a subject having or at risk of having said cognitive impairment or decline of cognitive function. (a) levetiracetam, or a pharmaceutically acceptable salt thereof, which is in an extended release form; and (b) donepezil, or a pharmaceutically acceptable salt thereof, which is not in an extended release form,
A closed-cycle thermal energy storage system comprising: a thermochemical reactor containing a solid thermochemical material, a heat exchanger , an evaporator/condenser , conduits connecting the reactor, heat exchanger, and evaporator to allow convection of an air/water mixture circulating around the closed cycle, a fan connected to the conduits to force convection of the air/water mixture circulating around the closed cycle, and characterised in that the storage system further comprises a pressure control system for actively controlling an absolute pressure of the air resulting in an air/water mixture to produce a desired temperature difference across the thermochemical reactor, the pressure control system comprises a gas pressure sensor configured to sense the absolute pressure of the air/water mixture, a controller , and an inlet and outlet pump connected to an inlet/outlet, wherein the controller is configured to adjust the pump to create a desired system pressure based in part on measurements from the pressure sensor .
A hot press cushioning material , comprising: a cushioning material body in a form of a plate; and surface materials provided on front and back sides of the cushioning material body , wherein the surface material includes a core layer composed of a heat resistant fiber material for a nonwoven structure, and a front-side resin layer covering an entire front side of the core layer , characterized in that the core layer has an air permeability of 5 cm 3 ·cm -2 ·s -1 or less and a bulk density of 0.8 g/cm 3 or more. a cushioning material body in a form of a plate; and surface materials provided on front and back sides of the cushioning material body , wherein the surface material includes a core layer composed of a heat resistant fiber material for a nonwoven structure, and a front-side resin layer covering an entire front side of the core layer , characterized in that the core layer has an air permeability of 5 cm 3 ·cm -2 ·s -1 or less and a bulk density of 0.8 g/cm 3 or more.
A method for heating food stuffs using an induction device module , which comprises at least two induction coils provided for heating an assigned secondary element and an electrical circuit, wherein detection of the assignment is performed by means of a measuring assembly , whereby it is ascertained for each of the induction coils , whether this is fitted with a secondary element heatable by induction, and wherein induction coils not fitted with a secondary element are deactivated, wherein in addition to detection of the assignment at the beginning of the heating operation or prior to the heating operation a deviation from a set value is determined for each induction coil fitted with a secondary element and for at least one electromagnetic parameter by means of the measuring assembly , wherein the set value corresponds to a specified arrangement and design of the secondary element and activation of the respective induction coil is corrected depending on the deviation from the set value, characterised in that for each induction coil fitted with a secondary element at least one electromagnetic parameter is determined multiple times by means of the measuring assembly during the heating operation, wherein depending on the measured parameter of the respective induction coil an adjusted electrical power is supplied, and wherein from the temporal change of the at least one parameter determined for each induction coil fitted with a secondary element an estimate of the temperature of a respectively assigned food portion is performed. wherein detection of the assignment is performed by means of a measuring assembly , whereby it is ascertained for each of the induction coils , whether this is fitted with a secondary element heatable by induction, and wherein induction coils not fitted with a secondary element are deactivated, wherein in addition to detection of the assignment at the beginning of the heating operation or prior to the heating operation a deviation from a set value is determined for each induction coil fitted with a secondary element and for at least one electromagnetic parameter by means of the measuring assembly , wherein the set value corresponds to a specified arrangement and design of the secondary element and activation of the respective induction coil is corrected depending on the deviation from the set value, characterised in that for each induction coil fitted with a secondary element at least one electromagnetic parameter is determined multiple times by means of the measuring assembly during the heating operation, wherein depending on the measured parameter of the respective induction coil an adjusted electrical power is supplied, and wherein from the temporal change of the at least one parameter determined for each induction coil fitted with a secondary element an estimate of the temperature of a respectively assigned food portion is performed.
A method for determining a correspondence between a gaze direction and an environment around a wearable device , wherein the wearable device comprises an eye tracking device and an outward facing image sensor , and wherein the method comprises: receiving at least one scene image from the outward facing image sensor ; determining , with at least the eye tracking device , at least one gaze direction of a wearer of the wearable device at a point in time corresponding to when the scene image was captured by the outward facing image sensor ; determining , based at least in part on an input parameter, that a particular scene image includes at least a portion of a predefined image; determining , based on the at least one gaze direction, at least one gaze point on the particular scene image; characterized in that the method further comprises: causing the scene image to be displayed with an overlaid visual indication, wherein the overlaid visual indication corresponds to at least a portion of the predefined image; receiving user feedback regarding adjustment of the overlaid visual indication; adjusting the input parameter based at least in part on the user feedback; and determining , based on the input parameter as adjusted, that a future scene image includes at least a portion of the predefined image. receiving at least one scene image from the outward facing image sensor ; determining , with at least the eye tracking device , at least one gaze direction of a wearer of the wearable device at a point in time corresponding to when the scene image was captured by the outward facing image sensor ; determining , based at least in part on an input parameter, that a particular scene image includes at least a portion of a predefined image; determining , based on the at least one gaze direction, at least one gaze point on the particular scene image; characterized in that the method further comprises: causing the scene image to be displayed with an overlaid visual indication, wherein the overlaid visual indication corresponds to at least a portion of the predefined image; receiving user feedback regarding adjustment of the overlaid visual indication; adjusting the input parameter based at least in part on the user feedback; and determining , based on the input parameter as adjusted, that a future scene image includes at least a portion of the predefined image. causing the scene image to be displayed with an overlaid visual indication, wherein the overlaid visual indication corresponds to at least a portion of the predefined image; receiving user feedback regarding adjustment of the overlaid visual indication; adjusting the input parameter based at least in part on the user feedback; and determining , based on the input parameter as adjusted, that a future scene image includes at least a portion of the predefined image.
Flowmeter with at least one measuring tube , with a measuring arrangement for measuring the flow of a medium flowing through the measuring tube , with at least one receiving unit for a sensor unit and with a sensor unit , wherein the receiving unit is arranged on the measuring tube , wherein the sensor unit comprises at least one sensor and at least one flexible printed circuit board , wherein the at least one sensor is arranged on the at least one flexible printed circuit board , and wherein the sensor unit is plugged into the receiving unit , characterized in that the sensor unit comprises at least one carrier and that the at least one flexible printed circuit board is at least partially wrapped or folded around the carrier such that the sensor is arranged inside the measuring tube in the inserted state. wherein the receiving unit is arranged on the measuring tube , wherein the sensor unit comprises at least one sensor and at least one flexible printed circuit board , wherein the at least one sensor is arranged on the at least one flexible printed circuit board , and wherein the sensor unit is plugged into the receiving unit , characterized in that the sensor unit comprises at least one carrier and that the at least one flexible printed circuit board is at least partially wrapped or folded around the carrier such that the sensor is arranged inside the measuring tube in the inserted state.
A method comprising: providing, by a host system, a virtual environment to a guest device and providing the guest device access to a source storage device managed by the host system; initiating migration of contents of the source storage device to a destination storage device ; modifying a logical to physical mapping of the destination storage device such that each logical address in the logical to physical mapping is associated with a particular code that indicates that the data associated with the logical address is invalid; suspending the virtual environment for the guest device and discontinuing access to the source storage device by the guest; before completing migration of the source storage device to the destination storage device, resuming the virtual environment for the guest device and providing the guest device access to the destination storage device instead of the source storage device ; providing the guest device access to the destination storage device over a logical interface of the destination storage device; and directing write requests from the guest device to the destination storage device , wherein carrying out write operations to the destination storage device in response to the write requests involves, for each write operation, writing a physical address to the logical to physical mapping such that the particular code is cleared. providing, by a host system, a virtual environment to a guest device and providing the guest device access to a source storage device managed by the host system; initiating migration of contents of the source storage device to a destination storage device ; modifying a logical to physical mapping of the destination storage device such that each logical address in the logical to physical mapping is associated with a particular code that indicates that the data associated with the logical address is invalid; suspending the virtual environment for the guest device and discontinuing access to the source storage device by the guest; before completing migration of the source storage device to the destination storage device, resuming the virtual environment for the guest device and providing the guest device access to the destination storage device instead of the source storage device ; providing the guest device access to the destination storage device over a logical interface of the destination storage device; and directing write requests from the guest device to the destination storage device , wherein carrying out write operations to the destination storage device in response to the write requests involves, for each write operation, writing a physical address to the logical to physical mapping such that the particular code is cleared.