mhurhangee/patent-ind-claim-en huggingface dataset:
Extractor hood device for a cooking hob which can be installed in a piece of furniture , the piece of furniture having a base interior clad with a baseboard , and the extractor hood device having the following features: an extracted air pipe having at least one first pipe portion which is designed to conduct an air flow from a region surrounding the cooking hob to the base interior ; a ventilation device which is designed to convey the air flow through the extracted air pipe ; an air recirculation device which has an odour filter for cleaning the air stream; a moisture adsorber , which is designed to remove moisture from the air flow, characterised in that a sensor device which is designed to sense an air humidity and/or a temperature and to provide a sensor signal which indicates air humidity and/or temperature; and a control device which is designed to use the sensor signal to provide a control signal for controlling the ventilation device , and in that the control device is designed to provide the control signal for operating the ventilation device in a drying mode for drying the moisture adsorber , depending on a value of the sensor signal . an extracted air pipe having at least one first pipe portion which is designed to conduct an air flow from a region surrounding the cooking hob to the base interior ; a ventilation device which is designed to convey the air flow through the extracted air pipe ; an air recirculation device which has an odour filter for cleaning the air stream; a moisture adsorber , which is designed to remove moisture from the air flow, characterised in that a sensor device which is designed to sense an air humidity and/or a temperature and to provide a sensor signal which indicates air humidity and/or temperature; and a control device which is designed to use the sensor signal to provide a control signal for controlling the ventilation device , and in that the control device is designed to provide the control signal for operating the ventilation device in a drying mode for drying the moisture adsorber , depending on a value of the sensor signal .
A refrigeration system comprising a heat transfer fluid circulation loop configured to allow a refrigerant to circulate therethrough; a purge outlet from the heat transfer fluid circulation loop; at least one gas permeable membrane comprising a porous inorganic material with pores of a size to allow passage of contaminants through the membrane and restrict passage of the refrigerant through the membrane, said membrane having a first side in communication with the purge outlet; and a retentate return flow path from the first side of the membrane to the heat transfer fluid circulation loop, characterized in that : the retentate flow path includes a control device, and/or the system includes a prime mover configured to move gas from a second side of the membrane to an exhaust port leading outside the refrigeration system, and a controller configured to operate the refrigeration system in response to a cooling demand signal, and to operate the prime mover in response to a purge signal. the retentate flow path includes a control device, and/or the system includes a prime mover configured to move gas from a second side of the membrane to an exhaust port leading outside the refrigeration system, and a controller configured to operate the refrigeration system in response to a cooling demand signal, and to operate the prime mover in response to a purge signal.
A brake-pad wear-measurement system for a brake, comprising at least one brake pad having a pad back plate (3a, 3'a) to which a friction mass (3b, 3'b) is fitted, and an evaluation unit , the evaluation unit of the brake-pad wear-measurement system having a first measuring device , this first measuring device cooperating with the friction mass (3b, 3'b) of the at least one brake pad and indirectly ascertaining a brake-pad thickness (h) of the friction mass (3b, 3'b) of the at least one brake pad , characterised in that the first measuring device is electro-conductively connected to the friction mass (3b, 3'b) of the at least one brake pad , is designed as a resistance meter and indirectly ascertains the brake-pad thickness (h) of the friction mass (3b, 3'b) of the at least one brake pad by measuring an electrical resistance (R1, R'1) of the friction mass (3b, 3'b), the first measuring device being electro-conductively connected to the friction mass (3b, 3'b) of the at least one brake pad via at least two electroconductive contact strips (7, 8 and 9, 10). the evaluation unit of the brake-pad wear-measurement system having a first measuring device , this first measuring device cooperating with the friction mass (3b, 3'b) of the at least one brake pad and indirectly ascertaining a brake-pad thickness (h) of the friction mass (3b, 3'b) of the at least one brake pad , characterised in that the first measuring device is electro-conductively connected to the friction mass (3b, 3'b) of the at least one brake pad , is designed as a resistance meter and indirectly ascertains the brake-pad thickness (h) of the friction mass (3b, 3'b) of the at least one brake pad by measuring an electrical resistance (R1, R'1) of the friction mass (3b, 3'b), the first measuring device being electro-conductively connected to the friction mass (3b, 3'b) of the at least one brake pad via at least two electroconductive contact strips (7, 8 and 9, 10).
A system for storing a liquid, comprising: a reservoir comprising an enclosure ; a chamber-defining structure disposed inside said enclosure that divides an internal volume of said enclosure into a storage compartment and a chamber which are hermetically sealed from each other, said chamber-defining structure comprising a membrane having a top surface that partly defines said storage compartment and a bottom surface that partly defines said chamber , and a housing that supports said membrane and partly defines said chamber ; and an optical fiber having a length disposed inside said chamber , said length of optical fiber having a distal end with a surface that confronts said bottom surface of said membrane with a gap therebetween, wherein said membrane is made of a semiconductor material that has a direct band gap, wherein said membrane is sufficiently thin that said membrane is capable of flexing upward or downward when a magnitude of a pressure being exerted on its top surface changes. a reservoir comprising an enclosure ; a chamber-defining structure disposed inside said enclosure that divides an internal volume of said enclosure into a storage compartment and a chamber which are hermetically sealed from each other, said chamber-defining structure comprising a membrane having a top surface that partly defines said storage compartment and a bottom surface that partly defines said chamber , and a housing that supports said membrane and partly defines said chamber ; and an optical fiber having a length disposed inside said chamber , said length of optical fiber having a distal end with a surface that confronts said bottom surface of said membrane with a gap therebetween, wherein said membrane is made of a semiconductor material that has a direct band gap, wherein said membrane is sufficiently thin that said membrane is capable of flexing upward or downward when a magnitude of a pressure being exerted on its top surface changes.
A dressing comprising: a first major surface , a second major surface , opposite the first major surface, defined by a perimeter around a body layer , wherein the second major surface comprises an adhesive ; a slot , wherein the slot is an extension of the perimeter within the body layer to a terminal end and has a width forming a gap between a first portion and a second portion of the body layer , wherein the slot is linear along a slot axis , and wherein the slot has a receiving end that is open and is a separation between the first portion and the second portion of the body layer ; and a first perforation set extending at least partially through a thickness of the body layer and extending from the perimeter at the slot to within the body layer ; wherein the first perforation set is positioned near the terminal end ; and wherein the first perforation set extends substantially perpendicular to the dressing slot axis . a first major surface , a second major surface , opposite the first major surface, defined by a perimeter around a body layer , wherein the second major surface comprises an adhesive ; a slot , wherein the slot is an extension of the perimeter within the body layer to a terminal end and has a width forming a gap between a first portion and a second portion of the body layer , wherein the slot is linear along a slot axis , and wherein the slot has a receiving end that is open and is a separation between the first portion and the second portion of the body layer ; and a first perforation set extending at least partially through a thickness of the body layer and extending from the perimeter at the slot to within the body layer ; wherein the first perforation set is positioned near the terminal end ; and wherein the first perforation set extends substantially perpendicular to the dressing slot axis .
A sealing device having a seal member made of an annular elastic material and a backup ring arranged in an annular gap , the annular gap being formed between two members that are a shaft and a housing having a shaft hole in which the shaft is inserted, the two members having a sloped surface disposed on a member surface of one of the two members with a distance from a counterpart member gradually reduced from a high pressure side toward a low pressure side, the backup ring being in contact with the sloped surface on the low pressure side relative to the seal member , the backup ring having an axially extending cylindrical portion and a projecting portion continuously disposed on an end portion of the cylindrical portion on the high pressure side, the projecting portion formed by annularly projecting in a radial direction from the end portion towards the sloped surface , a radial tip surface of the projecting portion configured as a taper surface facing the sloped surface , characterised in that a space portion surrounded with the cylindrical portion , the projecting portion , and the sloped surface is disposed, and the seal member is not in contact with the sloped surface by disposing the backup ring so as to extend over the substantially full width of the annular gap .
A manufacturing method of a thin film transistor, TFT, substrate, comprising: Step S1, providing a base substrate and forming thereon a plurality of TFTs (T) arranged in an array, and depositing a first passivation layer (PV1) covering all the TFTs (T); Step S2, depositing a color resist on the first passivation layer (PV1) and patterning to form a color resist layer , a first color resist block and a second color resist block , wherein the height of the first color resist block is greater than the height of the second color resist block ; Step S3, depositing a second passivation layer (PV2) on the first passivation layer (PV1), the color resist layer , the first color resist block and the second color resist block ; Step S4, depositing a black photoresist on the second passivation layer (PV2) and patterning to form a main integrated photoresist spacer , a sub-photoresist spacer and a black matrix , and a hole (V) through the black matrix , the second passivation layer (PV2) and the first passivation layer (PV1); wherein the main integrated photoresist spacer is located above the first color resist block , the sub-photoresist spacer is located above the second color resist block ; and the hole (V) is completely overlapped by a drain (D) of a TFT (T); Step S5, depositing a transparent conductive film on the main integrated photoresist spacer , the sub-photoresist spacer and the black matrix and patterning to form a pixel electrode and a common electrode , and the pixel electrode is exposed through the hole (V) connected to the drain (D) of the TFT (T). Step S1, providing a base substrate and forming thereon a plurality of TFTs (T) arranged in an array, and depositing a first passivation layer (PV1) covering all the TFTs (T); Step S2, depositing a color resist on the first passivation layer (PV1) and patterning to form a color resist layer , a first color resist block and a second color resist block , wherein the height of the first color resist block is greater than the height of the second color resist block ; Step S3, depositing a second passivation layer (PV2) on the first passivation layer (PV1), the color resist layer , the first color resist block and the second color resist block ; Step S4, depositing a black photoresist on the second passivation layer (PV2) and patterning to form a main integrated photoresist spacer , a sub-photoresist spacer and a black matrix , and a hole (V) through the black matrix , the second passivation layer (PV2) and the first passivation layer (PV1); wherein the main integrated photoresist spacer is located above the first color resist block , the sub-photoresist spacer is located above the second color resist block ; and the hole (V) is completely overlapped by a drain (D) of a TFT (T); Step S5, depositing a transparent conductive film on the main integrated photoresist spacer , the sub-photoresist spacer and the black matrix and patterning to form a pixel electrode and a common electrode , and the pixel electrode is exposed through the hole (V) connected to the drain (D) of the TFT (T).
A method of controlling shutdown of a wind turbine having a rotor, the rotor comprising one or more wind turbine blades , the method comprising: dynamically determining a rotor speed reference; obtaining a measure of the rotor speed of the rotor; obtaining a measure of a fore-aft movement of the wind turbine tower; determining an error between the rotor speed reference and the rotor speed of the rotor; and controlling a pitch of one or more of the wind turbine blades based on the determined error and the measured fore-aft movement of the wind turbine tower; characterized in that the method further comprising determining whether the rotor speed of the rotor is increasing, wherein the dynamic determination of the rotor speed reference comprises maintaining a constant rotor speed reference value when the rotor speed of the rotor is determined to be increasing. dynamically determining a rotor speed reference; obtaining a measure of the rotor speed of the rotor; obtaining a measure of a fore-aft movement of the wind turbine tower; determining an error between the rotor speed reference and the rotor speed of the rotor; and controlling a pitch of one or more of the wind turbine blades based on the determined error and the measured fore-aft movement of the wind turbine tower; characterized in that the method further comprising determining whether the rotor speed of the rotor is increasing, wherein the dynamic determination of the rotor speed reference comprises maintaining a constant rotor speed reference value when the rotor speed of the rotor is determined to be increasing.
A marking tape for application on pavement, comprising: - a core layer and an adhesive layer; - wherein the adhesive layer is adapted for retaining the marking tape on the pavement; and - the core layer being formed of a combination of a conforming layer of a thermoplastic material, a marking layer of a cross-linked material, and a fibrous layer, wherein the fibrous layer is at least partially embedded in the conforming layer; - wherein the conforming layer and the marking layer are at least partially contiguous and directly interconnected with each other . - a core layer and an adhesive layer; - wherein the adhesive layer is adapted for retaining the marking tape on the pavement; and - the core layer being formed of a combination of a conforming layer of a thermoplastic material, a marking layer of a cross-linked material, and a fibrous layer, wherein the fibrous layer is at least partially embedded in the conforming layer; - wherein the conforming layer and the marking layer are at least partially contiguous and directly interconnected with each other .
A base plate for an ostomy appliance , the base plate comprising: - a top layer ; - a first adhesive layer comprising one or more water soluble or water swellable hydrocolloids; and - an electrode assembly comprising a plurality of electrodes ; - a monitor interface configured for connecting the base plate to a monitor device , the monitor interface comprising a plurality of terminals electrically connected to the plurality of electrodes and configured to connect with respective terminals of the monitor device , characterised in that the monitor interface comprises a coupling part , the coupling part comprising an elastically deformable part configured for coupling the monitor device and the base plate. - a top layer ; - a first adhesive layer comprising one or more water soluble or water swellable hydrocolloids; and - an electrode assembly comprising a plurality of electrodes ; - a monitor interface configured for connecting the base plate to a monitor device , the monitor interface comprising a plurality of terminals electrically connected to the plurality of electrodes and configured to connect with respective terminals of the monitor device ,
An electric pump comprising: a pump portion including a pump housing and a gear pump which is housed in the pump housing , the pump portion suctioning and discharging a hydraulic fluid by a rotation of the gear pump ; a motor portion arranged adjacent to the pump portion in a direction along an axis of the pump portion and including a rotor which rotates synchronously with the gear pump and coaxially with the axis, the motor portion including a stator which is arranged at an outer periphery of the rotor and disposed coaxially with the axis, the stator applying a rotation drive force to the rotor ; and a resin portion integrally surrounding at least an outer periphery of the pump housing and an outer periphery of the stator , the resin portion being provided at outer peripheral surfaces of the stator of the motor portion and the pump housing of the pump portion , and the resin portion and the pump housing being firmly integrated with each other, characterized in that the pump housing includes a recess portion at an outer surface, the recess portion into which resin of the resin portion is fitted. a pump portion including a pump housing and a gear pump which is housed in the pump housing , the pump portion suctioning and discharging a hydraulic fluid by a rotation of the gear pump ; a motor portion arranged adjacent to the pump portion in a direction along an axis of the pump portion and including a rotor which rotates synchronously with the gear pump and coaxially with the axis, the motor portion including a stator which is arranged at an outer periphery of the rotor and disposed coaxially with the axis, the stator applying a rotation drive force to the rotor ; and a resin portion integrally surrounding at least an outer periphery of the pump housing and an outer periphery of the stator , the resin portion being provided at outer peripheral surfaces of the stator of the motor portion and the pump housing of the pump portion , and the resin portion and the pump housing being firmly integrated with each other, characterized in that the pump housing includes a recess portion at an outer surface, the recess portion into which resin of the resin portion is fitted.
An oil separator for a compressor comprising a tank and a lid for the tank, wherein the lid integrally comprises a valve body defining an outlet duct of the separator and a head of a coalescence filter , characterized in that the lid further integrally comprises a body of an anti-condensate valve , a body of a minimum pressure valve and relative connection ducts.
A robot cleaner comprising: a main body defining an outer appearance thereof; a suction device provided inside the main body ; a suction port for sucking foreign substances on a floor upon operation of the suction device ; a dust collection device for collecting foreign substances from air sucked through the suction port ; one or more wheels for enabling the main body to travel autonomously; and a control unit (C) for controlling operation of the suction device and the wheels , wherein the main body includes an upper housing and a lower housing, the upper housing and the lower housing being coupled to each other, and a side body interposed between the upper housing and the lower housing to surround a side portion of the main body , the side body being mounted with one or more obstacle sensors , characterized in that one or more sensor covers are removably mounted to the side body at positions corresponding to the one or more obstacle sensors , and wherein each of the sensor covers includes a front surface and a rear surface, the front surface and the rear surface being symmetrical with each other, and all surfaces of each of the sensor covers being treated with UV coating. a main body defining an outer appearance thereof; a suction device provided inside the main body ; a suction port for sucking foreign substances on a floor upon operation of the suction device ; a dust collection device for collecting foreign substances from air sucked through the suction port ; one or more wheels for enabling the main body to travel autonomously; and a control unit (C) for controlling operation of the suction device and the wheels , wherein the main body includes an upper housing and a lower housing, the upper housing and the lower housing being coupled to each other, and a side body interposed between the upper housing and the lower housing to surround a side portion of the main body , the side body being mounted with one or more obstacle sensors , characterized in that one or more sensor covers are removably mounted to the side body at positions corresponding to the one or more obstacle sensors , and wherein each of the sensor covers includes a front surface and a rear surface, the front surface and the rear surface being symmetrical with each other, and all surfaces of each of the sensor covers being treated with UV coating.
A method for adjusting an adjustment device of a wind power plant , by means of which a movable part of the wind power plant is rotated, wherein the adjustment device comprises at least two drive axles (11-1, 11-2, 11-3, 11-4), each having a drive motor (12-1, 12-2, 12-3, 12-4), the at least two drive axles (11-1, 11-2, 11-3, 11-4) are mechanically coupled to the movable part, wherein the drive axles (11-1, 11-2, 11-3, 11-4) are tensioned against each other prior to the adjustment by rotating at least one drive axle (11-1) relative to the other drive axles (11-2, 11-3, 11-4), characterized in that, during the adjustment, the drive axles (11-1, 11-2, 11-3, 11-4) are rotated together in the same direction of rotation, while maintaining the tensioning of the drive axles (11-1, 11-2, 11-3, 11-4), by means of a position control of the drive axles (11-1, 11-2, 11-3, 11-4) until the desired end position (φ S ) of the movable part is reached.