mhurhangee/patent-ind-claim-en huggingface dataset:
Cooking appliance - having a cooking chamber wall provided with a wall opening , - having a sealing element that is seated in the wall opening and has an annular recess , - having an illumination device that has a cooking appliance lamp having at least one light source and one light conduction rod , - the light conduction rod guides the light emitted from the light source to a cooking chamber of the cooking appliance, characterised by - a mounting bracket as part of the illumination device , said bracket at least holding the light conduction rod and at least arranging the light conduction rod on a holding component, in particular a shielding plate , of the cooking appliance , wherein, - the light conduction rod is seated in the annular recess of the sealing element in order to feed light to the cooking chamber of the cooking appliance, wherein the mounting bracket has a joint that bears a fixing device for at least the light conduction rod , such that the cooking appliance lamp with the light source and the light conduction rod is mounted pivotably in the mounting bracket . - having a cooking chamber wall provided with a wall opening , - having a sealing element that is seated in the wall opening and has an annular recess , - having an illumination device that has a cooking appliance lamp having at least one light source and one light conduction rod , - the light conduction rod guides the light emitted from the light source to a cooking chamber of the cooking appliance, characterised by - a mounting bracket as part of the illumination device , said bracket at least holding the light conduction rod and at least arranging the light conduction rod on a holding component, in particular a shielding plate , of the cooking appliance , wherein, - the light conduction rod is seated in the annular recess of the sealing element in order to feed light to the cooking chamber of the cooking appliance, wherein the mounting bracket has a joint that bears a fixing device for at least the light conduction rod , such that the cooking appliance lamp with the light source and the light conduction rod is mounted pivotably in the mounting bracket .
A method of analyzing a polymer comprising: translocating a polymer through a nanopore, wherein different kinds of monomers of the polymer are labeled with different optical labels that generate distinguishable optical signals and wherein the nanopore constrains the monomers to move single file through an excitation zone that encompasses a plurality of monomers; detecting a time -ordered set of optical signals from the monomers as they pass through the excitation zone; separating optical signals from different kinds of monomers to form monomer-specific time-ordered sets of optical signals; and determining a sequence of monomers from the monomer-specific time-ordered sets of optical signals from the polymer. translocating a polymer through a nanopore, wherein different kinds of monomers of the polymer are labeled with different optical labels that generate distinguishable optical signals and wherein the nanopore constrains the monomers to move single file through an excitation zone that encompasses a plurality of monomers; detecting a time -ordered set of optical signals from the monomers as they pass through the excitation zone; separating optical signals from different kinds of monomers to form monomer-specific time-ordered sets of optical signals; and determining a sequence of monomers from the monomer-specific time-ordered sets of optical signals from the polymer.
A hinged structure for a toilet cover plate, comprising a fixed seat fixedly arranged on the toilet and a cover plate rotatably arranged on the fixed seat , a mounting hole is arranged on the cover plate , a seat hinge assembly for hinging the fixed seat with the cover plate is installed in the mounting hole , and the seat hinge assembly comprises a hinge shaft , characterized in that the seat hinge assembly comprises an oil core sleeve fixedly arranged in the mounting hole ; and further in that the hinge shaft comprises an oil core part rotatably arranged in the oil core sleeve and a seat hinge part inserted and matched with the connection column on the fixed seat , the oil core part is integrally formed with the seat hinge part , and the opening of the mounting hole is provided with an inward protruding annular flange ; when the seat hinge assembly is installed in the mounting hole , the seat hinge assembly abuts against the annular flange through a rhombus elastic buckle , so that the seat hinge assembly is fixed axially; the rhombus elastic buckle comprises a seat part , an elastic part and an guide part , one side of the seat part is fixedly connected with the elastic part , and the other side of the seat part is fixedly connected with the guide part ; during assembly, the guide part of the rhombus elastic buckle is guided into the mounting hole from outside to inside along an axis direction of the mounting hole , so that the guide part abuts against the annular flange in the axis direction of the mounting hole .
Device for moving a product pile with a robot, wherein the robot comprises an articulated arm , on which a first gripper for the product pile is arranged, wherein a gripping device is arranged on the articulated arm , which comprises the first gripper and a second gripper , wherein the first gripper and the second gripper can be positioned relative to one another, wherein the first gripper is designed as a first gripper with a first pair of gripper jaws and the second gripper is designed as a second gripper with a second pair of gripper jaws , and wherein both pairs of gripper jaws each comprise an immovable gripper jaw and a gripper jaw which is linearly movable relative to the immovable gripper jaw, characterized in that the immovable gripper jaws each comprise a horizontally extending abutment member and in each case at least one vertically extending stop member .
A method for preserving cosmetic products, such as creams or fluids in particular, and/or activating active substances or active substance components contained in such cosmetic products, the product, which is contained in a container, being exposed to light of a defined wavelength by means of an LED device disposed above a product surface on a removal device of the container, and the product surface being exposed to light of a wavelength adapted to an active substance or to an active substance component contained in the product so as to activate the active substance or the active substance component, characterized in that to activate a vitamin D precursor, a product contained in the container and containing glycerin is exposed to light of a defined wavelength.
An agricultural sprayer , comprising: at least one nozzle configured to receive a liquid and direct atomized liquid to an agricultural field in a dispersal area; characterized in that a thermal imager is operably coupled to the agricultural sprayer and having a field of view behind the agricultural sprayer , the thermal imager being configured to provide an indication of a thermal reaction of the agricultural field in response to application of the atomized liquid; wherein an output of the thermal imager is used to characterize operation of the at least one nozzle , wherein the output of the thermal imager is coupled to an image processor that is configured to provide operation characterization with respect to the at least one nozzle ; and wherein the agricultural sprayer includes a plurality of nozzles spaced along a spray boom, and wherein the thermal imager has a field of view that encompasses all of the plurality of nozzles . a thermal imager is operably coupled to the agricultural sprayer and having a field of view behind the agricultural sprayer , the thermal imager being configured to provide an indication of a thermal reaction of the agricultural field in response to application of the atomized liquid; wherein an output of the thermal imager is used to characterize operation of the at least one nozzle , wherein the output of the thermal imager is coupled to an image processor that is configured to provide operation characterization with respect to the at least one nozzle ; and wherein the agricultural sprayer includes a plurality of nozzles spaced along a spray boom, and wherein the thermal imager has a field of view that encompasses all of the plurality of nozzles .
Device for equalizing a pressure difference for an aircraft, comprising - a planar separating wall which is fixed to the aircraft and fluidically separates a first space from a second space , - the separating wall having a flow opening which fluidically connects the first and the second space , and - a decompression valve which closes the flow opening , - a securing element on the decompression valve or on the separating wall being designed to enable a release movement of the decompression valve when a predetermined pressure gradient between the first and the second space is exceeded, such that there is a fluidic connection between the first and the second space , - a receiving element being provided on the separating wall or on the decompression valve, to which receiving element the securing element is operatively connected, wherein - the securing element comprises a rotary element and at least two fixing elements , - the rotary element being rotatably mounted about a rotational shaft , - the rotary element being provided to be received in the receiving element , - the fixing elements non-rotatably fixing the rotary element beneath the predetermined pressure gradient in a fixing position and - at least one of the at least two fixing elements being a spring element , characterized in that - the at least one spring element is a planar flexural spring element. - a planar separating wall which is fixed to the aircraft and fluidically separates a first space from a second space , - the separating wall having a flow opening which fluidically connects the first and the second space , and - a decompression valve which closes the flow opening , - a securing element on the decompression valve or on the separating wall being designed to enable a release movement of the decompression valve when a predetermined pressure gradient between the first and the second space is exceeded, such that there is a fluidic connection between the first and the second space , - a receiving element being provided on the separating wall or on the decompression valve, to which receiving element the securing element is operatively connected, wherein - the securing element comprises a rotary element and at least two fixing elements , - the rotary element being rotatably mounted about a rotational shaft , - the rotary element being provided to be received in the receiving element , - the fixing elements non-rotatably fixing the rotary element beneath the predetermined pressure gradient in a fixing position and - at least one of the at least two fixing elements being a spring element , characterized in that - the at least one spring element is a planar flexural spring element.
An insole comprising: an insole body insertable in a shoe ; an electronic element in the insole body ; a connection line configured to be electrically connected to the electronic element , the connection line including a contact terminal exposed to an outside of the insole body ; and a connector including a detachable member configured to at least partially protrude from the insole body towards the outside of the insole body and a base configured to support the contact terminal and to expose the contact terminal at a portion in which the contact terminal wraps around the base , wherein the detachable member is configured to protrude downward from the base with respect to a top surface of the insole body , characterized in that the base comprises: a lower plate ; an upper plate configured to be separated from the lower plate in a vertical direction; and a connection member configured to connect the lower plate and the upper plate . an insole body insertable in a shoe ; an electronic element in the insole body ; a connection line configured to be electrically connected to the electronic element , the connection line including a contact terminal exposed to an outside of the insole body ; and a connector including a detachable member configured to at least partially protrude from the insole body towards the outside of the insole body and a base configured to support the contact terminal and to expose the contact terminal at a portion in which the contact terminal wraps around the base , wherein the detachable member is configured to protrude downward from the base with respect to a top surface of the insole body , characterized in that the base comprises: a lower plate ; an upper plate configured to be separated from the lower plate in a vertical direction; and a connection member configured to connect the lower plate and the upper plate . a lower plate ; an upper plate configured to be separated from the lower plate in a vertical direction; and a connection member configured to connect the lower plate and the upper plate .
An apparatus for measuring stopping distance of a working machine comprising a user interface ; at least one processor ; and at least one memory including a computer program code, the at least one memory and the computer code configured to, with the at least one processor , cause the apparatus at least to: receive a first and a second speed parameter based on at least two user input on the user interface; receive at least one speed information value from a controller or an engine control unit of the working machine ; send a slowdown command to the controller or the engine control unit to decelerate the working machine , when the received speed information value of the working machine is equal to the first speed parameter; send a stopping command to the controller or the engine control unit to stop the working machine when the received speed information value of the working machine is equal to the second speed parameter; track speed and time to calculate a travelled distance; and calculate the stopping distance of the working machine, wherein the stopping distance is a travelled distance travelled during the slowdown and stop time. a user interface ; at least one processor ; and at least one memory including a computer program code, the at least one memory and the computer code configured to, with the at least one processor , cause the apparatus at least to: receive a first and a second speed parameter based on at least two user input on the user interface; receive at least one speed information value from a controller or an engine control unit of the working machine ; send a slowdown command to the controller or the engine control unit to decelerate the working machine , when the received speed information value of the working machine is equal to the first speed parameter; send a stopping command to the controller or the engine control unit to stop the working machine when the received speed information value of the working machine is equal to the second speed parameter; track speed and time to calculate a travelled distance; and calculate the stopping distance of the working machine, wherein the stopping distance is a travelled distance travelled during the slowdown and stop time. receive a first and a second speed parameter based on at least two user input on the user interface; receive at least one speed information value from a controller or an engine control unit of the working machine ; send a slowdown command to the controller or the engine control unit to decelerate the working machine , when the received speed information value of the working machine is equal to the first speed parameter; send a stopping command to the controller or the engine control unit to stop the working machine when the received speed information value of the working machine is equal to the second speed parameter; track speed and time to calculate a travelled distance; and calculate the stopping distance of the working machine, wherein the stopping distance is a travelled distance travelled during the slowdown and stop time.
A windscreen wiper device , particularly for automobiles, comprising an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade is of the flat blade type and includes at least one groove , in which groove an elastic, elongated carrier element is disposed, wherein said windscreen wiper device further comprises a mounting head for transferring a reciprocal movement to said wiper blade wherein said windscreen wiper device further comprises a longitudinal strip-shaped arm , wherein said arm near a first end thereof is directly and detachably connected to said mounting head through a snapping operation and near a second end thereof is directly and detachably connected to a connecting device of said wiper blade through a snapping operation, and wherein said arm made of a resilient material is biased in order to exert a pressure onto said wiper blade towards said windscreen to be wiped, wherein said mounting head comprises at least one resilient tongue engaging in a correspondingly shaped hole provided in said arm near said first end thereof, and wherein said resilient tongue is hingeable between a wiping position retaining said arm onto said mounting head and a lift position releasing said arm from said mounting head , wherein an elongated cap is connected to at least one of the mounting head , the arm and the connecting device , and wherein said mounting head has two opposite side walls at the location of its attachment to said cap , wherein each side wall comprises a guiding groove cooperating with an inwardly extending protrusion on a wall of said cap .
A spring brake chamber that is used in pneumatic braking systems used in heavy commercial vehicles such as buses, trucks, trailers and tractors, said spring brake chamber which includes a power spring , detects the parking position, the driving position and the situation in which the power spring is broken and allows the driver to be notified by sending a signal.; comprises a connection plate , a lower housing containing a spring chamber in which there is the power spring with constant electric resistance (R), a diaphragm provided at the connection region of the connection plate and the lower housing by being compressed, a shaft that performs braking via its forward motion, a parking chamber which the air from the compressor enters in when a force is applied to the foot brake pedal, characterised in that it further consists of an aluminium flange , conductive disk , a jack , an electronic circuit that comprises a microcontroller (CPU) to which the positive terminal and the negative terminal of the cable from the jack is connected, • a microcontroller (CPU) that sends two separate signals to the driver that is the contact signal when the power spring is completely set up and the warning signal when a problem occurs such as a fracture in the power spring , and • a dielectric disk located between the lower housing and the conductive disk to provide isolation between the lower housing and the conductive disk which is an electronic circuit component. • a microcontroller (CPU) that sends two separate signals to the driver that is the contact signal when the power spring is completely set up and the warning signal when a problem occurs such as a fracture in the power spring , and • a dielectric disk located between the lower housing and the conductive disk to provide isolation between the lower housing and the conductive disk which is an electronic circuit component.
A roll-in cot comprising: a support frame for supporting a patient above a loading surface of an emergency vehicle; the support frame comprising a front end , and a back end ; a pair of front legs , wherein each front leg comprises at least one front wheel ; a pair of back legs , wherein each back leg comprises at least one back wheel ; a cot actuation system comprising a front actuator that moves the front legs and a back actuator that moves the back legs, wherein the front actuator and the back actuator raise or lower the support frame in tandem; the front actuator is configured to raise or lower the front end of the support frame independently of the back actuator; and the back actuator is configured to raise or lower the back end of the support frame independently of the front actuator; characterized in that ; the roll-in cot further comprises a control box configured to receive a signal from one or more sensors which detect the location of the roll-in cot relative to the loading surface ; wherein the operation of the back actuator is dependent upon the location of the cot relative to the loading surface based on a signal from the sensor. a support frame for supporting a patient above a loading surface of an emergency vehicle; the support frame comprising a front end , and a back end ; a pair of front legs , wherein each front leg comprises at least one front wheel ; a pair of back legs , wherein each back leg comprises at least one back wheel ; a cot actuation system comprising a front actuator that moves the front legs and a back actuator that moves the back legs, wherein the front actuator and the back actuator raise or lower the support frame in tandem; the front actuator is configured to raise or lower the front end of the support frame independently of the back actuator; and the back actuator is configured to raise or lower the back end of the support frame independently of the front actuator; the front actuator is configured to raise or lower the front end of the support frame independently of the back actuator; and the back actuator is configured to raise or lower the back end of the support frame independently of the front actuator; characterized in that ; the roll-in cot further comprises a control box configured to receive a signal from one or more sensors which detect the location of the roll-in cot relative to the loading surface ; wherein the operation of the back actuator is dependent upon the location of the cot relative to the loading surface based on a signal from the sensor.
A molded body having a non-woven fiber aggregate structure comprising two or more non-woven fiber aggregates, comprising: a polyester-based fiber and a polypropylene composite fiber, wherein the polypropylene composite fiber comprises polypropylene; and maleic anhydride polyolefin, wherein the maleic anhydride polyolefin is grafted with polyolefin and maleic anhydride; and wherein the polyolefin is polypropylene having a homopolymer structure. a polyester-based fiber and a polypropylene composite fiber, wherein the polypropylene composite fiber comprises polypropylene; and maleic anhydride polyolefin, wherein the maleic anhydride polyolefin is grafted with polyolefin and maleic anhydride; and wherein the polyolefin is polypropylene having a homopolymer structure.