mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly, in particular flexible assembly, for heating a component of a building , configured for directing and dissipating moisture from the component through the assembly, wherein the component is in particular a wall and/or a floor and/or a ceiling , having a heating system and a diffusion-permeable insulation , wherein the heating system is configured in such a manner that heat provided by the heating system can cause heating of the component , and wherein the diffusion-permeable insulation is disposed, or able to be disposed, in such a manner that a heat transmission of the heat provided by the heating system to the heating system-proximal environment of the component can be reduced, characterized in that the heating system is an electric resistance heater which can be brought into direct contact with the component .
Setting system for a timepiece or jewelry item comprising: a crimping support ; a precious stone mounted in or on the crimping support ; and a resilient member fastened to the crimping support in order to flexibly link the crimping support to said item , to allow the crimping support to be able to oscillate in an axial and radial movement relative to a symmetrical axis , after a movement of the item ; the resilient member being fastened to the item , the rest of the resilient member deforming elastically under the effect of the acceleration of the mass of the stone and of the crimping support ; characterised in that the setting system also comprises an abutment more rigid than the resilient member , the abutment being able to cooperate with the crimping support , in order to limit the amplitude of the axial and radial movement of the crimping support when it moves relative to the item , the abutment not coming into contact with the crimping support when it is in its resting position or when it is only subjected to shocks below a certain threshold. a crimping support ; a precious stone mounted in or on the crimping support ; and a resilient member fastened to the crimping support in order to flexibly link the crimping support to said item , to allow the crimping support to be able to oscillate in an axial and radial movement relative to a symmetrical axis , after a movement of the item ; the resilient member being fastened to the item , the rest of the resilient member deforming elastically under the effect of the acceleration of the mass of the stone and of the crimping support ; characterised in that the setting system also comprises an abutment more rigid than the resilient member , the abutment being able to cooperate with the crimping support , in order to limit the amplitude of the axial and radial movement of the crimping support when it moves relative to the item , the abutment not coming into contact with the crimping support when it is in its resting position or when it is only subjected to shocks below a certain threshold.
A communication device , comprising: - an ultra-wideband, UWB, device configured to establish a communication session with an external communication device; - a secure element configured to generate at least one session key for use in said communication session and at least one authentication key derived from said session key; and - a processing unit configured to execute at least one application; -- wherein the secure element is further configured to transfer the session key and the authentication key to the UWB device ; -- wherein the UWB device is configured to generate a cryptographic tag using the authentication key received from the secure element and to add, upon or after receiving data for use by said application, the cryptographic tag to said data; -- wherein the processing unit is configured to receive said data and the cryptographic tag added thereto, and to forward said data and cryptographic tag to the secure element ; and -- wherein the secure element is configured to verify said cryptographic tag and to return, upon or after a positive verification of the cryptographic tag, a signed confirmation to the processing unit . - an ultra-wideband, UWB, device configured to establish a communication session with an external communication device; - a secure element configured to generate at least one session key for use in said communication session and at least one authentication key derived from said session key; and - a processing unit configured to execute at least one application; -- wherein the secure element is further configured to transfer the session key and the authentication key to the UWB device ; -- wherein the UWB device is configured to generate a cryptographic tag using the authentication key received from the secure element and to add, upon or after receiving data for use by said application, the cryptographic tag to said data; -- wherein the processing unit is configured to receive said data and the cryptographic tag added thereto, and to forward said data and cryptographic tag to the secure element ; and -- wherein the secure element is configured to verify said cryptographic tag and to return, upon or after a positive verification of the cryptographic tag, a signed confirmation to the processing unit . -- wherein the secure element is further configured to transfer the session key and the authentication key to the UWB device ; -- wherein the UWB device is configured to generate a cryptographic tag using the authentication key received from the secure element and to add, upon or after receiving data for use by said application, the cryptographic tag to said data; -- wherein the processing unit is configured to receive said data and the cryptographic tag added thereto, and to forward said data and cryptographic tag to the secure element ; and -- wherein the secure element is configured to verify said cryptographic tag and to return, upon or after a positive verification of the cryptographic tag, a signed confirmation to the processing unit .
A stable composition comprising a. a dispersed phase comprising, with respect to the total composition, from 1 gram active ingredient per liter (g ai/L) to 200 g ai/L of a water insoluble solid pesticide which is penoxsulam; b. a continuous aqueous phase comprising, with respect to the total composition, from 100 g ai/L to 500 g ai/L of a water soluble salt of bentazon and from 200 g/L to 800 g/L of water; c. from 0.1 g/L to 20 g/L of at least one compatible rheology agent; and d. from 1 g/L to 100 g/L, with respect to the total composition, of at least one wetting-dispersing agent; wherein at least one rheology agent is a mixture comprising microfibrous cellulose, a xanthan gum, and carboxymethylcellulose. a. a dispersed phase comprising, with respect to the total composition, from 1 gram active ingredient per liter (g ai/L) to 200 g ai/L of a water insoluble solid pesticide which is penoxsulam; b. a continuous aqueous phase comprising, with respect to the total composition, from 100 g ai/L to 500 g ai/L of a water soluble salt of bentazon and from 200 g/L to 800 g/L of water; c. from 0.1 g/L to 20 g/L of at least one compatible rheology agent; and d. from 1 g/L to 100 g/L, with respect to the total composition, of at least one wetting-dispersing agent;
A method of supplying power to a wind farm, the wind farm comprising a plurality of wind turbines (A1, A2,..., An) which are connected in parallel to each other in a first string (A), wherein respective cable section circuit breakers (21, 22, ..., 27) are arranged between adjacent wind turbines of the first string (A); and a power generator (G) which is connected to a first wind turbine (A1) of the first string (A), wherein a first string circuit breaker is arranged in a line between the power generator (G) and the first wind turbine (A1); wherein the method comprises the following operation modes in a low wind condition, where a wind speed falls below a threshold value: a first operation mode where the first string circuit breaker is closed to supply active power (P) from the power generator (G) to the first wind turbine (A1) and to supply or consume reactive power (Q) from or to the power generator (G) to or from a passive cable and/or transformer between the power generator (G) and the first wind turbine (A1), while the remaining cable section circuit breakers (21, 22, ..., 27) in the first string (A) are opened; a second operation mode after the first operation mode, where a cable section circuit breaker between the first wind turbine (A1) and an adjacent second wind turbine (A2) is closed to supply active power (P) from the power generator (G) to the first and second wind turbines (A1, A2) and to supply or consume reactive power (Q) from or to the first wind turbine (A1) to or from the passive cable and/or transformer between the first wind turbine (A1) and the second wind turbine (A2), while the remaining cable section circuit breakers (22, 23, ..., 27) in the first string (A) are opened. a first operation mode where the first string circuit breaker is closed to supply active power (P) from the power generator (G) to the first wind turbine (A1) and to supply or consume reactive power (Q) from or to the power generator (G) to or from a passive cable and/or transformer between the power generator (G) and the first wind turbine (A1), while the remaining cable section circuit breakers (21, 22, ..., 27) in the first string (A) are opened; a second operation mode after the first operation mode, where a cable section circuit breaker between the first wind turbine (A1) and an adjacent second wind turbine (A2) is closed to supply active power (P) from the power generator (G) to the first and second wind turbines (A1, A2) and to supply or consume reactive power (Q) from or to the first wind turbine (A1) to or from the passive cable and/or transformer between the first wind turbine (A1) and the second wind turbine (A2), while the remaining cable section circuit breakers (22, 23, ..., 27) in the first string (A) are opened.
A physically stable liquid cheese composition comprising: 30-60 wt% blue cheese, 20-35 wt% fresh cheese, 2-12 wt% vegetable oil, and a liquid aqueous component selected from water, milk and/or whey; wherein the liquid cheese composition was homogenized at a temperature of above 55°C at a pressure of at least 250 bars; wherein the liquid cheese composition has a pH from 4.5 to 6.0, and a viscosity from 50'000 to 350'000 cP at a temperature of 8°C; and wherein the liquid cheese composition does not comprise a food additive added beyond the food additives present in the blue and/or fresh cheese and wherein the food additive is one of the group consisting of melting salts, starches, gums, celluloses, alginates, chelating agents, phosphate salts, citrate salts, pectin, gelatin, agar, glycerol, polyol, egg proteins and soy proteins. 30-60 wt% blue cheese, 20-35 wt% fresh cheese, 2-12 wt% vegetable oil, and a liquid aqueous component selected from water, milk and/or whey; wherein the liquid cheese composition was homogenized at a temperature of above 55°C at a pressure of at least 250 bars; wherein the liquid cheese composition has a pH from 4.5 to 6.0, and a viscosity from 50'000 to 350'000 cP at a temperature of 8°C; and wherein the liquid cheese composition does not comprise a food additive added beyond the food additives present in the blue and/or fresh cheese and wherein the food additive is one of the group consisting of melting salts, starches, gums, celluloses, alginates, chelating agents, phosphate salts, citrate salts, pectin, gelatin, agar, glycerol, polyol, egg proteins and soy proteins.
An exhaust gas purification system of a working machine , comprising: an engine which is mounted to the working machine ; an exhaust gas purification device which is arranged in an exhaust system of the engine ; and a renewing device for burning and removing a particulate matter within the exhaust gas purification device , and the renewing device being operable in the case that a clogged state of the exhaust gas purification device is equal to or more than a prescribed level, wherein the exhaust gas purification system comprises renewal admittance input means which allows an actuation of the renewing device and rotating speed holding input means for holding a rotating speed of the engine to a predetermined rotating speed, and in the case that a turn-on operation of the rotating speed holding input means is carried out in a state in which an allowing operation of the renewal admittance input means is carried out, the rotating speed holding motion of the engine is executed in preference to an actuation of the renewing device; wherein the rotating speed holding motion of the engine is executed in a state in which an allowing operation of the renewal admittance input means is carried out; wherein in the case that the clogged state of the exhaust gas purification device becomes equal to or more than a critical level exceeding the prescribed level under execution of the rotating speed holding motion of the engine , the rotating speed holding motion of the engine is stopped and the renewing device is actuated. an engine which is mounted to the working machine ; an exhaust gas purification device which is arranged in an exhaust system of the engine ; and a renewing device for burning and removing a particulate matter within the exhaust gas purification device , and the renewing device being operable in the case that a clogged state of the exhaust gas purification device is equal to or more than a prescribed level, wherein the exhaust gas purification system comprises renewal admittance input means which allows an actuation of the renewing device and rotating speed holding input means for holding a rotating speed of the engine to a predetermined rotating speed, and in the case that a turn-on operation of the rotating speed holding input means is carried out in a state in which an allowing operation of the renewal admittance input means is carried out, the rotating speed holding motion of the engine is executed in preference to an actuation of the renewing device; wherein the rotating speed holding motion of the engine is executed in a state in which an allowing operation of the renewal admittance input means is carried out; wherein in the case that the clogged state of the exhaust gas purification device becomes equal to or more than a critical level exceeding the prescribed level under execution of the rotating speed holding motion of the engine , the rotating speed holding motion of the engine is stopped and the renewing device is actuated.
A mobile terminal comprising: a memory ; a camera configured to acquire a preview picture including a picture of a subject, the preview picture includes only one subject; a display unit configured to display the preview picture; and a controller configured to: display, on the display unit , a guide object to provide guidance on taking the picture of the subject, process the preview picture and the guide object for matching a shape of the subject with a shape of the guide object, and automatically, take the preview picture if the shape of the subject matches the shape of the guide object by at least one reference value through the camera , characterized in that a whole image acquired by taking the preview picture includes both a preview image corresponding to the preview picture and an additional image corresponding to an additional picture capable of being taken by the camera , and the controller is further configured to: store the whole image in the memory ; generate a final image by moving a position of the stored whole image to a position of the picture of the subject to correspond to a position of the guide object, and display the generated final image. a memory ; a camera configured to acquire a preview picture including a picture of a subject, the preview picture includes only one subject; a display unit configured to display the preview picture; and a controller configured to: display, on the display unit , a guide object to provide guidance on taking the picture of the subject, process the preview picture and the guide object for matching a shape of the subject with a shape of the guide object, and automatically, take the preview picture if the shape of the subject matches the shape of the guide object by at least one reference value through the camera , characterized in that display, on the display unit , a guide object to provide guidance on taking the picture of the subject, process the preview picture and the guide object for matching a shape of the subject with a shape of the guide object, and automatically, take the preview picture if the shape of the subject matches the shape of the guide object by at least one reference value through the camera , a whole image acquired by taking the preview picture includes both a preview image corresponding to the preview picture and an additional image corresponding to an additional picture capable of being taken by the camera , and the controller is further configured to: store the whole image in the memory ; generate a final image by moving a position of the stored whole image to a position of the picture of the subject to correspond to a position of the guide object, and display the generated final image.
Apparatus for treating a respiratory disorder in a patient , the apparatus comprising: a pressure generator configured to generate a supply of air at a positive pressure to an airway of the patient; a sensor configured to generate data representing a property of the supply of air; and a controller configured to: control the pressure generator to generate the supply of air at a positive treatment pressure that oscillates in synchrony with the patient's spontaneous respiratory efforts, wherein amplitude of the oscillation is pressure support; compute a measure indicative of ventilation of the patient from the sensor data; compute the pressure support so as to bring the measure indicative of ventilation towards a target ventilation that is dependent on the measure indicative of ventilation; and control the pressure generator to deliver backup breaths at a backup rate in the absence of significant spontaneous respiratory efforts from the patient, wherein the backup rate is initialised to a spontaneous backup rate and increases from the spontaneous backup rate to a sustained timed backup rate as time elapses since the previous spontaneous respiratory effort. a pressure generator configured to generate a supply of air at a positive pressure to an airway of the patient; a sensor configured to generate data representing a property of the supply of air; and a controller configured to: control the pressure generator to generate the supply of air at a positive treatment pressure that oscillates in synchrony with the patient's spontaneous respiratory efforts, wherein amplitude of the oscillation is pressure support; compute a measure indicative of ventilation of the patient from the sensor data; compute the pressure support so as to bring the measure indicative of ventilation towards a target ventilation that is dependent on the measure indicative of ventilation; and control the pressure generator to deliver backup breaths at a backup rate in the absence of significant spontaneous respiratory efforts from the patient, wherein the backup rate is initialised to a spontaneous backup rate and increases from the spontaneous backup rate to a sustained timed backup rate as time elapses since the previous spontaneous respiratory effort. control the pressure generator to generate the supply of air at a positive treatment pressure that oscillates in synchrony with the patient's spontaneous respiratory efforts, wherein amplitude of the oscillation is pressure support; compute a measure indicative of ventilation of the patient from the sensor data; compute the pressure support so as to bring the measure indicative of ventilation towards a target ventilation that is dependent on the measure indicative of ventilation; and control the pressure generator to deliver backup breaths at a backup rate in the absence of significant spontaneous respiratory efforts from the patient, wherein the backup rate is initialised to a spontaneous backup rate and increases from the spontaneous backup rate to a sustained timed backup rate as time elapses since the previous spontaneous respiratory effort.
A method of cartoning pouches , the method including steps of: forming a stack of said pouches in a product bucket ; pushing said stack from said product bucket through a stack guide bucket and into a carton while confining the pushed stack in the product bucket and in the stack guide bucket and from above with a reciprocal tamp member engaging a topmost pouch; confining a rearward end of said pushed stack within said carton with a containment blade reciprocally operable between a lower position directly engaging said pouches at said rearward end of said pushed stack and an upper position where it is withdrawn from the stack; closing flaps of said carton against said pushed stack therein and against said containment blade ; and thereafter removing said reciprocally operable containment blade from said rearward end of said pushed stack by reciprocating the containment blade to the upper position. forming a stack of said pouches in a product bucket ; pushing said stack from said product bucket through a stack guide bucket and into a carton while confining the pushed stack in the product bucket and in the stack guide bucket and from above with a reciprocal tamp member engaging a topmost pouch; confining a rearward end of said pushed stack within said carton with a containment blade reciprocally operable between a lower position directly engaging said pouches at said rearward end of said pushed stack and an upper position where it is withdrawn from the stack; closing flaps of said carton against said pushed stack therein and against said containment blade ; and thereafter removing said reciprocally operable containment blade from said rearward end of said pushed stack by reciprocating the containment blade to the upper position.
A housing for an integrated unit for use in a pump station, the housing arrangeable to accommodate a motor , a motor controller and an interface to a pump station system controller integrated with one another in the housing , characterised in that the housing comprises mountings arranged to enable an exterior wall portion thereof to be removably mounted, wherein the exterior wall portion comprises an electronic component mounted thereon and wherein the pump station further comprises an automatically engaging coupling arranged to electrically connect the electronic component mounted on the exterior wall portion to the motor controller or pump station system controller while the exterior wall is mounted on the housing , and wherein the automatically engaging coupling is arranged to automatically disconnect the electrical connection between the electronic component and the motor controller or pump station system controller on removal of the exterior wall portion from the housing , wherein the electronic component is arranged to be electrically connected to the motor controller or pump station system controller, away from the exterior wall portion , using a plug-in, push fit or other automatically engaging coupling forming the connection when the exterior wall portion is mounted on the housing .
An article comprising a polymeric substrate having a first major surface comprising a plurality of two-dimensional particles attached thereto, said two-dimensional particles having a length, width, and thickness, wherein the width is not greater than the length, wherein the width is greater than the thickness, and wherein the length is at least two times the thickness, the plurality of particles having an outer surface and lengths greater than 1 micrometer, wherein for at least 50 percent by number of the particles there is at least 20 percent of the respective particle surface area consisting of points having tangential angles in a range from 5 to 175 degrees from the first major surface of the polymeric substrate, wherein the particles have thickness no greater than 300 nm.