mhurhangee/ep-ind-claims huggingface dataset:
(Currently amended) A floating chemical dispenser, comprising: a body portion having a first chamber for receiving solid chemicals, a second chamber for receiving a floating member, and at least one first hole for communicating the first chamber with an external environment, an opening being disposed at one end of the body portion, and the opening being in communication with the first chamber; and a cover, configured to close the opening of the body portion; wherein the cover is detachably connected to the body portion via a first locking mechanism, and the first locking mechanism has a locking position and an unlocking position, and the first locking mechanism is configured to move between the locking position and the unlocking position via pressing and rotating the cover by a user, so as to control locking or unlocking of the cover and the body portion, characterized in that the cover comprises a rigid frame portion (112; 116) and a flexible portion connected to the rigid frame portion (112; 116), the flexible portion being configured to be used by a user to take the solid chemicals.. a body portion having a first chamber for receiving solid chemicals, a second chamber for receiving a floating member, and at least one first hole for communicating the first chamber with an external environment, an opening being disposed at one end of the body portion, and the opening being in communication with the first chamber; and a cover, configured to close the opening of the body portion; wherein the cover is detachably connected to the body portion via a first locking mechanism, and the first locking mechanism has a locking position and an unlocking position, and the first locking mechanism is configured to move between the locking position and the unlocking position via pressing and rotating the cover by a user, so as to control locking or unlocking of the cover and the body portion, characterized in that the cover comprises a rigid frame portion (112; 116) and a flexible portion connected to the rigid frame portion (112; 116), the flexible portion being configured to be used by a user to take the solid chemicals..
A laminated heater mat comprising dielectric layers which sandwich a dielectric component with electrical connection, the dielectric component with electrical connection comprising: at least one dielectric layer (50, 55) comprising thermoplastic material, wherein the dielectric layer or a stack of the dielectric layers (50, 55) has first and second main surfaces (502, 506, 552) and a hole extending between the first and second main surfaces; a first sprayed metal coating comprising a first portion deposited on the first main surface adjacent to the hole and a second portion which projects into the hole; and a second sprayed metal coating (5013, 5513) comprising a third portion deposited on the second main surface (506, 552) adjacent to the hole and a fourth portion which projects into the hole; wherein the second portion overlaps the fourth portion to form a continuous conductive path between the first main surface and the second main surface (506, 552); and wherein a heater element comprises a sprayed metal track deposited on the first main surface and at least part of the heater element is provided by the first portion of the first sprayed metal coating. at least one dielectric layer (50, 55) comprising thermoplastic material, wherein the dielectric layer or a stack of the dielectric layers (50, 55) has first and second main surfaces (502, 506, 552) and a hole extending between the first and second main surfaces; a first sprayed metal coating comprising a first portion deposited on the first main surface adjacent to the hole and a second portion which projects into the hole; and a second sprayed metal coating (5013, 5513) comprising a third portion deposited on the second main surface (506, 552) adjacent to the hole and a fourth portion which projects into the hole; wherein the second portion overlaps the fourth portion to form a continuous conductive path between the first main surface and the second main surface (506, 552); and wherein a heater element comprises a sprayed metal track deposited on the first main surface and at least part of the heater element is provided by the first portion of the first sprayed metal coating.
A method for producing a 1H-tetrazole derivative, comprising: reacting an azide compound represented by the following general formula: (wherein, Y represents an alkyl group) with a cyanide compound represented by the following general formula: (wherein, Z represents -CO-, -SO 2 - or -CR a R b - (wherein, R a and R b respectively and independently represent a hydrogen atom, alkyl group or unsubstituted or substituted aryl group), p represents 0 or 1, q represents 0 or 1, r represents 0 or 1, R 1 represents an alkyl group or hydrogen atom in the case q is 0 or an alkylene group or hydrogen atom in the case q is 1 and R 2 represents an unsubstituted or substituted aryl group, provided that q is 1 in the case p is 0 and q is 1 in the case r is 0) in a flow reactor to produce a compound represented by the following general formula: (wherein, Y is the same as defined in general formula and Z, R 1, R 2, p, q and r are the same as defined in general formula).
A solvent-based white ink or coating composition comprising: a) one or more binders; b) titanium dioxide (TiO 2) pigment particles; c) polymeric void hollowsphere particles, wherein the polymeric void hollowsphere particles are polymer spheres that have an outer wall and an inner wall, wherein the inner wall surrounds a void, wherein the polymeric void hollowspheres are present in an amount of 0.5 wt% to 6 wt%, based on the total weight of the ink or coating composition; and d) one or more organic solvents, wherein the organic solvents are present in an amount of 20 wt% to 60 wt%, based on the total weight of the ink or coating composition. a) one or more binders; b) titanium dioxide (TiO 2) pigment particles; c) polymeric void hollowsphere particles, wherein the polymeric void hollowsphere particles are polymer spheres that have an outer wall and an inner wall, wherein the inner wall surrounds a void, wherein the polymeric void hollowspheres are present in an amount of 0.5 wt% to 6 wt%, based on the total weight of the ink or coating composition; and d) one or more organic solvents, wherein the organic solvents are present in an amount of 20 wt% to 60 wt%, based on the total weight of the ink or coating composition.
A paint sprayer comprising a base, a plurality of components (3, 4, 5) mounted on the base, such as a gun mounted on the base, a head mounted on the gun and a nozzle mounted on the head, and at least one sensor able to measure a feature of the sprayer, characterised in that each of the components (3, 4, 5) is equipped with a unique identifier (93, 94, 95) and said at least one sensor further comprises a sensor able to recognize said identifier (93, 94, 95).
A method, comprising: making a first optical density OD measurement on an area on a substrate without any ink; making a second OD measurement on an area of the substrate printed with ink; determining a relative OD of the ink using the first and second measurements, characterized in that the method further comprises determining an absolute OD of the ink by adding the relative OD of the ink to an absolute OD of the substrate. making a first optical density OD measurement on an area on a substrate without any ink; making a second OD measurement on an area of the substrate printed with ink; determining a relative OD of the ink using the first and second measurements, characterized in that the method further comprises determining an absolute OD of the ink by adding the relative OD of the ink to an absolute OD of the substrate.
An input/output controller for a secondary battery, comprising: a temperature detecting unit configured to detect a battery temperature of said secondary battery; a voltage detecting unit configured to detect battery voltage of said secondary battery; and a setting unit configured to receive said battery temperature detected by said temperature detecting unit and said battery voltage detected by said voltage detecting unit; characterized in that said setting unit is further configured to set a limit value of electrical power to be inputted to or outputted from the secondary battery based on a difference between said battery voltage and a target battery voltage, and in that said setting unit is further configured to change a change ratio of said limit value of electrical power in accordance with said battery temperature. a temperature detecting unit configured to detect a battery temperature of said secondary battery; a voltage detecting unit configured to detect battery voltage of said secondary battery; and a setting unit configured to receive said battery temperature detected by said temperature detecting unit and said battery voltage detected by said voltage detecting unit; characterized in that said setting unit is further configured to set a limit value of electrical power to be inputted to or outputted from the secondary battery based on a difference between said battery voltage and a target battery voltage, and in that said setting unit is further configured to change a change ratio of said limit value of electrical power in accordance with said battery temperature.
A support for a heater component of an aerosol provision device, wherein the support defines an axis and is configured to engage an end of the heater component to hold the heater component substantially parallel to the axis at a predetermined distance from a coil, and wherein the support defines a channel (210; 410) to receive a wire (208; 408) of a temperature sensor, the channel (210; 410) defining an opening into a space between the heater component and the coil, and wherein the channel (210; 410) is open along its length.
A method of forming an elasticized portion of an absorbent article, the method comprising: advancing a first web of material in a machine direction; advancing an elastic strand in the machine direction in a stretched state; applying a first amount of adhesive to a first portion of at least one of the first web of material and the elastic strand; applying a second amount of adhesive to a second portion of at least one of the first web of material and the elastic strand; placing the elastic strand on a first surface of the first web of material; covering the elastic strand with either the first surface of the first web of material or a first surface of a second web of material to form an elasticized web, the elasticized web comprising a heavy bond region and a light bond region, the heavy bond region comprising a greater area density of adhesive than the light bond region; and characterised by partially weakening the elastic strand at least at one location within the light bond region, wherein partially weakening the elastic strand comprises weakening the elastic strand without completely severing the elastic strand. advancing a first web of material in a machine direction; advancing an elastic strand in the machine direction in a stretched state; applying a first amount of adhesive to a first portion of at least one of the first web of material and the elastic strand; applying a second amount of adhesive to a second portion of at least one of the first web of material and the elastic strand; placing the elastic strand on a first surface of the first web of material; covering the elastic strand with either the first surface of the first web of material or a first surface of a second web of material to form an elasticized web, the elasticized web comprising a heavy bond region and a light bond region, the heavy bond region comprising a greater area density of adhesive than the light bond region; and characterised by partially weakening the elastic strand at least at one location within the light bond region, wherein partially weakening the elastic strand comprises weakening the elastic strand without completely severing the elastic strand.
A construction equipment stabilization method for an item of construction equipment standing or travelling on a yielding subgrade, wherein - the item of construction equipment has implements and component parts which are adjustable relative to one another and form an ascertainable, variable system state, and - measurement of the inclination of the item of construction equipment takes place, in a continuous manner or though sampling with a high sampling rate, characterized by the steps - preparation of a subgrade model with which the yieldingness of the subgrade when loaded can be precalculated; - calculation of the loading of the subgrade for the particular system state of the item of construction equipment; - precalculation of a predictive inclination of the item of construction equipment, taking into account the system state and the subgrade model; - comparison of the predictive inclination of the item of construction equipment with the currently measured inclination of the item of construction equipment and iterative adaptation of the subgrade model in order to minimize the difference between predictive inclination and measured inclination; - comparison of the predictive inclination for the particular system state, taking into account the subgrade model, with a predetermined tilt criterion and - triggering of safety measures when the tilt criterion is reached. - the item of construction equipment has implements and component parts which are adjustable relative to one another and form an ascertainable, variable system state, and - measurement of the inclination of the item of construction equipment takes place, in a continuous manner or though sampling with a high sampling rate, - preparation of a subgrade model with which the yieldingness of the subgrade when loaded can be precalculated; - calculation of the loading of the subgrade for the particular system state of the item of construction equipment; - precalculation of a predictive inclination of the item of construction equipment, taking into account the system state and the subgrade model; - comparison of the predictive inclination of the item of construction equipment with the currently measured inclination of the item of construction equipment and iterative adaptation of the subgrade model in order to minimize the difference between predictive inclination and measured inclination; - comparison of the predictive inclination for the particular system state, taking into account the subgrade model, with a predetermined tilt criterion and - triggering of safety measures when the tilt criterion is reached.
Method for noise reduction in an audio signal, wherein the audio signal is split into a plurality of frequency bands (1a-f), wherein for a plurality of prediction instants of time (t1, t2), a respective signal component (2t1, 2t2) subsequent to the prediction instant (t1, t2) is predicted on the basis of signal components (2n1, 2n2) of the audio signal prior to the prediction instant of time (t1, t2), wherein the prediction of a signal component (2t1, 2t2) subsequent to the respective prediction instant (t1, t2) on the basis of signal components (2n1, 2n2) of the audio signal prior to the prediction instant of time (t1, t2) is carried out in a frequency band-wise manner, wherein a predicted audio signal (8, 8a-c) is derived from the signal components (2t1, 2t2) subsequent to a respective prediction instant of time (t1, t2), wherein a noise-suppressed audio signal (10, 10a-f) is generated on the basis of the predicted audio signal (8, 8a-c), wherein, for generating the noise-suppressed audio signal (10, 10a-f), the predicted audio signal (8a-c) is mixed, frequency band-wise, with signal components of the audio signal, and wherein the mixing ration is determined in dependence on contributions from harmonic components and/or of contributions from uncorrelated components in the respective frequency band (1a-c). wherein the audio signal is split into a plurality of frequency bands (1a-f), wherein for a plurality of prediction instants of time (t1, t2), a respective signal component (2t1, 2t2) subsequent to the prediction instant (t1, t2) is predicted on the basis of signal components (2n1, 2n2) of the audio signal prior to the prediction instant of time (t1, t2), wherein the prediction of a signal component (2t1, 2t2) subsequent to the respective prediction instant (t1, t2) on the basis of signal components (2n1, 2n2) of the audio signal prior to the prediction instant of time (t1, t2) is carried out in a frequency band-wise manner, wherein a predicted audio signal (8, 8a-c) is derived from the signal components (2t1, 2t2) subsequent to a respective prediction instant of time (t1, t2), wherein a noise-suppressed audio signal (10, 10a-f) is generated on the basis of the predicted audio signal (8, 8a-c), wherein, for generating the noise-suppressed audio signal (10, 10a-f), the predicted audio signal (8a-c) is mixed, frequency band-wise, with signal components of the audio signal, and wherein the mixing ration is determined in dependence on contributions from harmonic components and/or of contributions from uncorrelated components in the respective frequency band (1a-c).
A lid assembly for a container, the lid assembly comprising: a base portion having a spout and a fluid aperture in a top portion of the spout; a button member coupled to the base portion, the button member being longitudinally displaceable relative to the base portion between an un-actuated first position and an actuated second position; and a displaceable seal assembly coupled to the base portion and displaceable from a closed first position to an open second position, the displaceable seal assembly comprising: an intermediate arm pivotably coupled to the base portion, a plunger arm pivotably coupled to the intermediate arm, and a seal member disposed on the plunger arm, the seal member sealingly engaging the fluid aperture when the displaceable seal assembly is in the closed first position and the seal member being separated from the fluid aperture when the displaceable seal assembly is in the open second position, wherein the button member is adapted to contact an engagement portion of the intermediate arm to displace the seal assembly from the closed first position to the open second position; characterised in that the displaceable seal assembly includes a locking member that is pivotably secured to a portion of the base portion and is adapted to be pivoted from a locked first position into an unlocked or unsecured second position, and wherein the intermediate arm is pivotably coupled to the locking member. a base portion having a spout and a fluid aperture in a top portion of the spout; a button member coupled to the base portion, the button member being longitudinally displaceable relative to the base portion between an un-actuated first position and an actuated second position; and a displaceable seal assembly coupled to the base portion and displaceable from a closed first position to an open second position, the displaceable seal assembly comprising: an intermediate arm pivotably coupled to the base portion, a plunger arm pivotably coupled to the intermediate arm, and a seal member disposed on the plunger arm, the seal member sealingly engaging the fluid aperture when the displaceable seal assembly is in the closed first position and the seal member being separated from the fluid aperture when the displaceable seal assembly is in the open second position, wherein the button member is adapted to contact an engagement portion of the intermediate arm to displace the seal assembly from the closed first position to the open second position; characterised in that the displaceable seal assembly includes a locking member that is pivotably secured to a portion of the base portion and is adapted to be pivoted from a locked first position into an unlocked or unsecured second position, and wherein the intermediate arm is pivotably coupled to the locking member.
A medical imaging apparatus comprising: a display unit displaying an elastic image in which different colors are mapped according to strain values of tissues within an object; and a controller, when a target area containing lesion tissues and a reference area containing normal tissues are set in the elastic image, calculating a representative target area value representing strain values of the target area and a representative reference area value representing strain values of the reference area, and displaying a color reference area, expressing distribution of the representative reference area value in the reference area in color, through the display unit. a display unit displaying an elastic image in which different colors are mapped according to strain values of tissues within an object; and a controller, when a target area containing lesion tissues and a reference area containing normal tissues are set in the elastic image, calculating a representative target area value representing strain values of the target area and a representative reference area value representing strain values of the reference area, and displaying a color reference area, expressing distribution of the representative reference area value in the reference area in color, through the display unit.
Air conditioner for a greenhouse which light is used in, comprising: air conditioning enclosure having inlet and outlet for air flow into air conditioning room (r) which is formed inside; air blow means causing air flow that the air comes through the inlet and then goes out through the outlet; photo-catalyst member installed in the air conditioning room and formed with photo-catalyst; moisture removing means installed in the air conditioning room for removing moisture from the air which comes through the inlet; light emitting means providing the photo-catalyst member with the light for photocatalytic reaction; and moisture discharge means installed to discharge the moisture from the air conditioning room (r), wherein the photo-catalyst member is comprised of planar surface member with photo-catalytic layer having photo-catalyst material, characterised in that the moisture removing means is comprised of hydrophobic coating layer which is stacked over the planar surface member, and the air conditioning enclosure has entirely or partially transparent upper part to permit the inflow of sun light. air conditioning enclosure having inlet and outlet for air flow into air conditioning room (r) which is formed inside; air blow means causing air flow that the air comes through the inlet and then goes out through the outlet; photo-catalyst member installed in the air conditioning room and formed with photo-catalyst; moisture removing means installed in the air conditioning room for removing moisture from the air which comes through the inlet; light emitting means providing the photo-catalyst member with the light for photocatalytic reaction; and moisture discharge means installed to discharge the moisture from the air conditioning room (r), wherein the photo-catalyst member is comprised of planar surface member with photo-catalytic layer having photo-catalyst material, characterised in that the moisture removing means is comprised of hydrophobic coating layer which is stacked over the planar surface member, and the air conditioning enclosure has entirely or partially transparent upper part to permit the inflow of sun light.