mhurhangee/ep-ind-claims huggingface dataset:
A sensor for continuous detection of one or more analytes in a liquid flow, comprising: an electrode part 204 comprising an array of electrodes 214-224 together forming an essentially planar sensing surface; a flow distributor 201, comprising a flow inlet 203', a flow channel 208 and a flow outlet 203" in order to establish a liquid flow of analytes along the sensing surface; wherein the sensor being characterized in that: the flow distributor comprises a ceiling 206 having a surface facing said flow channel, where said ceiling surface is more hydrophobic than said sensing surface the flow inlet and the flow outlet are located in the plane of said ceiling surface, where the plane of said ceiling surface is essentially parallel to that of the sensing surface, and in that the array of electrodes, is arranged so that, in the direction from the flow inlet to the flow outlet, the array of electrodes consecutively comprises a first blank electrode, at least one measuring electrode, a second blank electrode, at least one measuring electrode and optionally a third blank electrode. an electrode part 204 comprising an array of electrodes 214-224 together forming an essentially planar sensing surface; a flow distributor 201, comprising a flow inlet 203', a flow channel 208 and a flow outlet 203" in order to establish a liquid flow of analytes along the sensing surface; wherein the sensor being characterized in that: the flow distributor comprises a ceiling 206 having a surface facing said flow channel, where said ceiling surface is more hydrophobic than said sensing surface the flow inlet and the flow outlet are located in the plane of said ceiling surface, where the plane of said ceiling surface is essentially parallel to that of the sensing surface, and in that the array of electrodes, is arranged so that, in the direction from the flow inlet to the flow outlet, the array of electrodes consecutively comprises a first blank electrode, at least one measuring electrode, a second blank electrode, at least one measuring electrode and optionally a third blank electrode. the flow distributor comprises a ceiling 206 having a surface facing said flow channel, where said ceiling surface is more hydrophobic than said sensing surface the flow inlet and the flow outlet are located in the plane of said ceiling surface, where the plane of said ceiling surface is essentially parallel to that of the sensing surface, and in that the array of electrodes, is arranged so that, in the direction from the flow inlet to the flow outlet, the array of electrodes consecutively comprises a first blank electrode, at least one measuring electrode, a second blank electrode, at least one measuring electrode and optionally a third blank electrode.
Apparatus for painting mainly flat products comprising a spray booth, in turn comprising a plenum, a conveying belt for conveying products at least one device for applying paint, and at least one suction plant, wherein the plenum of the spray booth has a symmetric M-shape comprising, from a periphery of the plenum to a centre of said plenum in sequential order: - two external first surface portions, opposing to each other with respect to the centre,each ascending from the periphery and tilted toward the centre; - two lateral second surface portions, opposing to each other with respect to the centre, parallel to the conveying belt; - two central third surface portions, opposing to each other with respect to the centre, each descending to the centre with a tilt opposed to that of the external first surface portions; - a central fourth surface portion parallel to said conveying belt, which is closer to said conveying belt than the lateral second surface portions. the plenum of the spray booth has a symmetric M-shape comprising, from a periphery of the plenum to a centre of said plenum in sequential order: - two external first surface portions, opposing to each other with respect to the centre,each ascending from the periphery and tilted toward the centre; - two lateral second surface portions, opposing to each other with respect to the centre, parallel to the conveying belt; - two central third surface portions, opposing to each other with respect to the centre, each descending to the centre with a tilt opposed to that of the external first surface portions; - a central fourth surface portion parallel to said conveying belt, which is closer to said conveying belt than the lateral second surface portions. - two external first surface portions, opposing to each other with respect to the centre,each ascending from the periphery and tilted toward the centre; - two lateral second surface portions, opposing to each other with respect to the centre, parallel to the conveying belt; - two central third surface portions, opposing to each other with respect to the centre, each descending to the centre with a tilt opposed to that of the external first surface portions; - a central fourth surface portion parallel to said conveying belt, which is closer to said conveying belt than the lateral second surface portions.
A buttress applier cartridge for carrying a buttress assembly and applying the buttress assembly to a surgical linear stapler that comprises an end effector having an anvil and a staple cartridge, wherein the buttress applier cartridge comprises: (i) a U-shaped housing defining a gap configured to receive a portion of the end effector of the surgical linear stapler, (ii) a platform, wherein a portion of the platform is exposed in the gap defined by the housing, (iii) a first buttress assembly positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing, characterised by (iv) a data communication feature, wherein the data communication feature is configured to provide communication of data relating to the buttress applier cartridge between the buttress applier cartridge and the surgical linear stapler and/or another external device. (i) a U-shaped housing defining a gap configured to receive a portion of the end effector of the surgical linear stapler, (ii) a platform, wherein a portion of the platform is exposed in the gap defined by the housing, (iii) a first buttress assembly positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing, characterised by (iv) a data communication feature, wherein the data communication feature is configured to provide communication of data relating to the buttress applier cartridge between the buttress applier cartridge and the surgical linear stapler and/or another external device.
A method of reducing microorganisms on a food product, wherein the food product is a ready-to-eat meat, or poultry product, comprising: (a) applying an antimicrobial composition to a food product, wherein the antimicrobial composition comprises an active antimicrobial agent being acidified sodium chlorite; (b) packaging the food product in a packaging to create a packaged food product; (c) sealing the packaged food product so that additional microorganisms are less likely to enter the packaging; and (d) applying an activation energy to the sealed food product to activate the antimicrobial composition such that the activated antimicrobial composition reduces any microorganisms that remain inside the packaging, wherein the activation energy is microwave radiation and is applied for 1 to 60 seconds. (a) applying an antimicrobial composition to a food product, wherein the antimicrobial composition comprises an active antimicrobial agent being acidified sodium chlorite; (b) packaging the food product in a packaging to create a packaged food product; (c) sealing the packaged food product so that additional microorganisms are less likely to enter the packaging; and (d) applying an activation energy to the sealed food product to activate the antimicrobial composition such that the activated antimicrobial composition reduces any microorganisms that remain inside the packaging, wherein the activation energy is microwave radiation and is applied for 1 to 60 seconds.
A cartridge comprising: a pouch capable of containing liquid, the pouch having a first major side and a second major side opposite the first major side; a mated stem-well film disposed on the first major side of the pouch, the mated stem-well film comprising a well film and a stem film including an array of stems or posts projecting into the well film, the stem film and the well film being separably mated with each other so that the stem film is removable from the well film such that when the stem film is separated from the well film, an array of wells on the well film is provided; a sealing film being disposed on the second major side of the pouch, the sealing film comprising a removable release liner covering an adhesive surface thereof; and a pull tab extending into the pouch and attached to at least one of the removable stem film and the removable release liner, and configured to remove the stem film and the release liner from the well film and the sealing film, respectively. a pouch capable of containing liquid, the pouch having a first major side and a second major side opposite the first major side; a mated stem-well film disposed on the first major side of the pouch, the mated stem-well film comprising a well film and a stem film including an array of stems or posts projecting into the well film, the stem film and the well film being separably mated with each other so that the stem film is removable from the well film such that when the stem film is separated from the well film, an array of wells on the well film is provided; a sealing film being disposed on the second major side of the pouch, the sealing film comprising a removable release liner covering an adhesive surface thereof; and a pull tab extending into the pouch and attached to at least one of the removable stem film and the removable release liner, and configured to remove the stem film and the release liner from the well film and the sealing film, respectively.
A system comprising: an electronic device having a processor, a receiving socket, a light source, and a light sensor; a component for the electronic device; a component-connector for connecting the component to the electronic device, the component-connector having a distal end for inserting into the receiving socket of the electronic device, the distal end having a light-reflecting surface and having a smaller diameter than the component-connector; wherein: the light source is configured to emit light toward the light-reflecting surface of the distal end of the component-connector when the component-connector is inserted into the receiving socket of the electronic device; the light sensor is configured to detect reflection of the emitted light reflecting off the light-reflecting surface of the component-connector; and the processor is communicatively coupled to the light sensor and configured to identify the component based on a stored reflected light profile associated with the identity of the component and at least one of detected amplitude of the reflected light, the detected wavelength of reflected light, and the detected intensity of the reflected light. an electronic device having a processor, a receiving socket, a light source, and a light sensor; a component for the electronic device; a component-connector for connecting the component to the electronic device, the component-connector having a distal end for inserting into the receiving socket of the electronic device, the distal end having a light-reflecting surface and having a smaller diameter than the component-connector; wherein: the light source is configured to emit light toward the light-reflecting surface of the distal end of the component-connector when the component-connector is inserted into the receiving socket of the electronic device; the light sensor is configured to detect reflection of the emitted light reflecting off the light-reflecting surface of the component-connector; and the processor is communicatively coupled to the light sensor and configured to identify the component based on a stored reflected light profile associated with the identity of the component and at least one of detected amplitude of the reflected light, the detected wavelength of reflected light, and the detected intensity of the reflected light. the light source is configured to emit light toward the light-reflecting surface of the distal end of the component-connector when the component-connector is inserted into the receiving socket of the electronic device; the light sensor is configured to detect reflection of the emitted light reflecting off the light-reflecting surface of the component-connector; and the processor is communicatively coupled to the light sensor and configured to identify the component based on a stored reflected light profile associated with the identity of the component and at least one of detected amplitude of the reflected light, the detected wavelength of reflected light, and the detected intensity of the reflected light.
A control method of a washing machine, which has a tub, a heater and a drum installed in the tub, and a motor to rotate the drum, comprising: judging whether or not a tub washing course is selected; performing the tub washing course by operating the heater and the motor at a set RPM and water temperature, if the tub washing course is selected; measuring displacement data according to vibration of the tub so as to sense whether or not laundry is present in the drum while performing the tub washing course; comparing the measured vibration displacement data with a set limit value, judging that laundry is present in the drum, if the measured vibration displacement data exceeds the set limit value, characterized by stopping the operation of the motor based on the judging that laundry is present in the drum, lowering the set RPM and water temperature, and performing the remaining tub washing course at the lowered RPM and the lowered water temperature. judging whether or not a tub washing course is selected; performing the tub washing course by operating the heater and the motor at a set RPM and water temperature, if the tub washing course is selected; measuring displacement data according to vibration of the tub so as to sense whether or not laundry is present in the drum while performing the tub washing course; comparing the measured vibration displacement data with a set limit value, judging that laundry is present in the drum, if the measured vibration displacement data exceeds the set limit value, characterized by stopping the operation of the motor based on the judging that laundry is present in the drum, lowering the set RPM and water temperature, and performing the remaining tub washing course at the lowered RPM and the lowered water temperature.
A method for transitioning from an active wireless controller to a standby wireless controller, comprising: receiving, at a layer 2 switch, a first message to establish a fast re-switch tunnel for switching from a first wireless controller to a second wireless controller, wherein the fast re-switch tunnel is between the layer 2 switch and the second wireless controller, wherein the first wireless controller is an active wireless controller, and wherein the second wireless controller is a standby wireless controller; in response to receiving the first message, setting up, by the layer 2 switch, the fast re-switch tunnel as a standby backup path to the second wireless controller for data intended for the first wireless controller; receiving, at the layer 2 switch, a second message to trigger use of the fast re-switch tunnel; in response to receiving the second message, activating the fast re-switch tunnel; receiving data at the layer 2 switch intended for the first wireless controller; and forwarding the data to the second wireless controller through the fast re-switch tunnel instead of to the first wireless controller to transition from the active wireless controller to the standby wireless controller. receiving, at a layer 2 switch, a first message to establish a fast re-switch tunnel for switching from a first wireless controller to a second wireless controller, wherein the fast re-switch tunnel is between the layer 2 switch and the second wireless controller, wherein the first wireless controller is an active wireless controller, and wherein the second wireless controller is a standby wireless controller; in response to receiving the first message, setting up, by the layer 2 switch, the fast re-switch tunnel as a standby backup path to the second wireless controller for data intended for the first wireless controller; receiving, at the layer 2 switch, a second message to trigger use of the fast re-switch tunnel; in response to receiving the second message, activating the fast re-switch tunnel; receiving data at the layer 2 switch intended for the first wireless controller; and forwarding the data to the second wireless controller through the fast re-switch tunnel instead of to the first wireless controller to transition from the active wireless controller to the standby wireless controller.
An accumulator for carrying bales (B1, B2) received from a baling chamber of an agricultural baler, the accumulator and the agricultural baler configured to move in a direction of travel across a field to form bales (B1, B2), the accumulator comprising: a base frame mountable behind the baler; a carriage mounted to the base frame to be movable relative to the base frame in a lateral direction, wherein the lateral direction is transverse to the direction of travel, the carriage having a platform and first and second upstanding side walls (70, 72) defining a crop package receiving area therebetween; and at least one actuator (92, 1092, 1112, 2112) mounted to the base frame and configured to move the carriage relative to the base frame or to move the carriage in response to a bale (B1, B2) engaging one of the upstanding side walls (70, 72), such that the platform and the first and second upstanding side walls (70, 72) are moved laterally relative to the base frame characterized in that, the crop package receiving area having a fixed lateral width during all movement of the carriage relative to the base frame. a base frame mountable behind the baler; a carriage mounted to the base frame to be movable relative to the base frame in a lateral direction, wherein the lateral direction is transverse to the direction of travel, the carriage having a platform and first and second upstanding side walls (70, 72) defining a crop package receiving area therebetween; and at least one actuator (92, 1092, 1112, 2112) mounted to the base frame and configured to move the carriage relative to the base frame or to move the carriage in response to a bale (B1, B2) engaging one of the upstanding side walls (70, 72), such that the platform and the first and second upstanding side walls (70, 72) are moved laterally relative to the base frame characterized in that, the crop package receiving area having a fixed lateral width during all movement of the carriage relative to the base frame.
An aircraft passenger compartment suite, comprising: a first side having a first aircraft seat; a second side having a second aircraft seat; a privacy divider configured to separate the first side of the aircraft passenger compartment suite including the first aircraft seat and the second side of the aircraft passenger compartment suite including the second aircraft seat (112; and a collapsible display device positioned proximate to the privacy divider of the aircraft passenger compartment suite, the collapsible display device configured to actuate between a deployed position and a stowed position, the collapsible display device configured to display an image output when in the deployed position; the collapsible display device configured to operate as a collapsible barrier between the first side and the second side when the collapsible display device is in the deployed position, wherein the first side comprises: a first display device configured to actuate between a first display device deployed position and a first display device stowed position, the first display device configured to display an image output when in the first display device deployed position, the first display device configured to rotate about an axis to face downward towards a floor surface in the first display device stowed position, the first display device being different from the collapsible display device; and a first plate positioned proximate to a rear surface of the first display device, the first plate configured to be an extension of a horizontal surface in the first side of the aircraft passenger compartment suite when the first display device is in the first display device stowed position. a first side having a first aircraft seat; a second side having a second aircraft seat; a privacy divider configured to separate the first side of the aircraft passenger compartment suite including the first aircraft seat and the second side of the aircraft passenger compartment suite including the second aircraft seat (112; and a collapsible display device positioned proximate to the privacy divider of the aircraft passenger compartment suite, the collapsible display device configured to actuate between a deployed position and a stowed position, the collapsible display device configured to display an image output when in the deployed position; a first display device configured to actuate between a first display device deployed position and a first display device stowed position, the first display device configured to display an image output when in the first display device deployed position, the first display device configured to rotate about an axis to face downward towards a floor surface in the first display device stowed position, the first display device being different from the collapsible display device; and a first plate positioned proximate to a rear surface of the first display device, the first plate configured to be an extension of a horizontal surface in the first side of the aircraft passenger compartment suite when the first display device is in the first display device stowed position.
Throttle flap device for an exhaust gas line or an air supply line of an internal combustion engine, comprising a throttle flap housing, which comprises an inner housing element and an outer housing element radially surrounding the inner housing element, wherein an air gap is provided between the outer housing element and the inner housing element, and wherein the inner housing element radially defines a flow channel and comprises a flap stop projecting into the flow channel, a throttle flap, which is pivotably arranged in the flow channel, wherein the outer housing element is made of two outer housing half-shells (90, 92) and the inner housing element is made of two inner housing half-shells (94, 96), characterised in that the air gap is a cavity which is defined on all sides by the inner housing element and the outer housing element. a throttle flap housing, which comprises an inner housing element and an outer housing element radially surrounding the inner housing element, wherein an air gap is provided between the outer housing element and the inner housing element, and wherein the inner housing element radially defines a flow channel and comprises a flap stop projecting into the flow channel, a throttle flap, which is pivotably arranged in the flow channel, wherein the outer housing element is made of two outer housing half-shells (90, 92) and the inner housing element is made of two inner housing half-shells (94, 96), characterised in that the air gap is a cavity which is defined on all sides by the inner housing element and the outer housing element.