mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module , characterized by comprising: a plurality of secondary batteries disposed in a row and provided with explosion-proof valves ; an insulating plate disposed above the secondary batteries ; a monitoring cable set connected with the insulating plate , and a battery management system, wherein the insulating plate is provided with a receiving groove extending along an arrangement direction of the secondary batteries , the receiving groove is disposed correspondingly to positions of the explosion-proof valves , and the monitoring cable set is accommodated in the receiving groove ; and wherein the monitoring cable set is corresponding to a position of each of the explosion-proof valves ; the monitoring cable set comprises two monitoring cables respectively connected with a positive terminal and a negative terminal of the battery management system, and each of the two monitoring cables comprises a wire and a thermomelting insulating layer cladding the wire ; when the explosion-proof valve of any of the secondary batteries explodes, thermomelting insulating layers of the two monitoring cables melt, and the two wires respectively in the two monitoring cables are in contact with each other and short-circuited. a plurality of secondary batteries disposed in a row and provided with explosion-proof valves ; an insulating plate disposed above the secondary batteries ; a monitoring cable set connected with the insulating plate , and a battery management system, wherein the insulating plate is provided with a receiving groove extending along an arrangement direction of the secondary batteries , the receiving groove is disposed correspondingly to positions of the explosion-proof valves , and the monitoring cable set is accommodated in the receiving groove ; and wherein the monitoring cable set is corresponding to a position of each of the explosion-proof valves ; the monitoring cable set comprises two monitoring cables respectively connected with a positive terminal and a negative terminal of the battery management system, and each of the two monitoring cables comprises a wire and a thermomelting insulating layer cladding the wire ; when the explosion-proof valve of any of the secondary batteries explodes, thermomelting insulating layers of the two monitoring cables melt, and the two wires respectively in the two monitoring cables are in contact with each other and short-circuited.
A filament winding apparatus comprising a rail extending in a first direction, a core material support device for supporting a core material , and a winding device that is adapted to wind a fiber bundle (F) onto an outer peripheral surface of the core material , the winding device comprising: a guide unit having an opening through which the core material can pass, and which is adapted to guide the fiber bundle (F); and a main frame on which the guide unit is mounted; wherein the main frame is movable relative to the core material in the first direction, characterized in that the main frame is movable in a second direction that is orthogonal to the first direction, and the main frame is rotatable around a first rotational axis (A1) extending in a third direction orthogonal to each of the first direction and the second direction. a guide unit having an opening through which the core material can pass, and which is adapted to guide the fiber bundle (F); and a main frame on which the guide unit is mounted; wherein the main frame is movable relative to the core material in the first direction, characterized in that the main frame is movable in a second direction that is orthogonal to the first direction, and the main frame is rotatable around a first rotational axis (A1) extending in a third direction orthogonal to each of the first direction and the second direction.
Fence comprising at least a first and a second fence module which are consecutive connectable to each other, wherein said fence modules comprise a base with a receptacle for a substance such as concrete , gravel, water or sand, wherein the first fence module comprises a first connecting element with an upright passage , the second fence module comprises a second connecting element with an upright passage , and the fence comprises a connecting rod for extending through both said passages to connect the fence modules to each other, and wherein in a connected state of the fence modules , these fence modules can occupy at least two positions with regard to each other, being a first position where the distance between the said passages along the connecting rod is minimal and a second position where the distance between the said passages along the connecting rod is maximal, characterized in that the base comprises a front side and a back side and the base has a certain depth between said front side and back side, the connecting elements are located at the height of the front side and the maximal length dimensions of the base decreases from the connecting elements on to the back side.
Injector test device having a fluid pump which is designed to convey a test oil; a motor which is mechanically connected to the fluid pump and is designed to drive the fluid pump ; and a rail which is designed to receive the test oil conveyed by the fluid pump and to establish a fluidic connection to the at least one injector for testing; characterized in that the fluid pump , the motor and the rail are mounted as a common assembly (9a; 9b) in the injector test device in elastic fashion on at least one buffer , wherein the assembly (9a; 9b) comprises a frame and/or a trough which is mounted elastically in a rack of the injector test device such that no relative movements can occur between said components even during operation of the fluid pump .
A throughflow measurement system for measuring a fluid throughflow through a pipe, said throughflow measurement system comprising a measurement device, preferably an ultrasound measurement device, for performing a measurement at the fluid, in particular of its flow rate, and a flow conditioner arranged upstream of the measurement device for conditioning a fluid flow, said flow conditioner comprising: a pipe which has a pipe axis and which can be flowed through by a fluid in the direction of the pipe axis , wherein the flow conditioner comprises at least one hub body which is rotationally symmetrical with respect to an axis of symmetry and which is fixed in the pipe such that the axis of symmetry coincides with the pipe axis , wherein the hub body fixed in the pipe has an onflow region which is arched outwardly against the onflow direction , wherein the hub body has a diffuser section in which the cross-sectional surface of the hub body decreases along the pipe axis in a direction facing downstream, wherein the cross-sectional surface of the onflow region amounts to at least 50% and preferably at least 60% of the cross-sectional surface of the pipe , wherein the diffuser section adjoins the arched onflow region of the hub body in the direction facing downstream, wherein a step is formed at the end of the hub body disposed downstream, characterized in that the hub body is fixed in the pipe by means of at least one areal web , and in that the hub body is annular in cross-section and has a central through passage . a pipe which has a pipe axis and which can be flowed through by a fluid in the direction of the pipe axis , wherein the flow conditioner comprises at least one hub body which is rotationally symmetrical with respect to an axis of symmetry and which is fixed in the pipe such that the axis of symmetry coincides with the pipe axis , wherein the hub body fixed in the pipe has an onflow region which is arched outwardly against the onflow direction , wherein the hub body has a diffuser section in which the cross-sectional surface of the hub body decreases along the pipe axis in a direction facing downstream, wherein the cross-sectional surface of the onflow region amounts to at least 50% and preferably at least 60% of the cross-sectional surface of the pipe , wherein the diffuser section adjoins the arched onflow region of the hub body in the direction facing downstream, wherein a step is formed at the end of the hub body disposed downstream, characterized in that the hub body is fixed in the pipe by means of at least one areal web , and in that the hub body is annular in cross-section and has a central through passage .
Descaling device for the chemical descaling of a metal strip , comprising at least one first spraying device and at least one further spraying device for spraying a pickling agent onto the same top side or bottom side of the metal strip , - wherein the first spraying device and the further spraying device each comprise a first outer spraying unit for spraying the pickling agent onto a first edge region of the top side/bottom side of the metal strip and a second outer spraying unit for spraying the pickling agent onto a second edge region of the top side/bottom side of the metal strip situated opposite the first edge region , - wherein the first spraying device comprises a middle spraying unit for spraying the pickling agent onto a middle region of the top side/bottom side of the metal strip situated between the edge regions and - wherein each of the spraying units of the first spraying device comprises its own pickling agent distribution chamber , characterized in that - at least one of the spraying units of the first spraying device comprises multiple rows of full jet nozzles , - at least one of the two outer spraying units of the further spraying device comprises one or more slit nozzles and in that - each of the two outer spraying units of the further spraying device comprises its own pickling agent distribution chamber . - wherein the first spraying device and the further spraying device each comprise a first outer spraying unit for spraying the pickling agent onto a first edge region of the top side/bottom side of the metal strip and a second outer spraying unit for spraying the pickling agent onto a second edge region of the top side/bottom side of the metal strip situated opposite the first edge region , - wherein the first spraying device comprises a middle spraying unit for spraying the pickling agent onto a middle region of the top side/bottom side of the metal strip situated between the edge regions and - wherein each of the spraying units of the first spraying device comprises its own pickling agent distribution chamber , characterized in that - at least one of the spraying units of the first spraying device comprises multiple rows of full jet nozzles , - at least one of the two outer spraying units of the further spraying device comprises one or more slit nozzles and in that - each of the two outer spraying units of the further spraying device comprises its own pickling agent distribution chamber .
System for moving containers (C) with different sizes between stations (S) of a production plant to produce fluids, such as paints; said system comprising: • at least one input/output station , in which the container (C) is introduced into/removed from the moving system ; • at least one gripping device for gripping the container (C) arranged in a station; • at least one first moving device to move the container (C) between at least two stations; said system is characterized in that : • said first moving device comprising a base which is fixed to the ground; • said first gripping device and said first moving device are arranged in a cell (P), which is arranged between two stations, thus creating a modular system ; • said first gripping device comprises forks for engaging with said container (C); • said first moving device comprises at least one first actuator , for moving said forks at least along a longitudinal axis of said forks ; • said input/output station comprises a second gripping device , for gripping the container (C) arranged in the station itself, and a second moving device , for moving said second gripping device at least along a vertical axis (Z). • at least one input/output station , in which the container (C) is introduced into/removed from the moving system ; • at least one gripping device for gripping the container (C) arranged in a station; • at least one first moving device to move the container (C) between at least two stations; • said first moving device comprising a base which is fixed to the ground; • said first gripping device and said first moving device are arranged in a cell (P), which is arranged between two stations, thus creating a modular system ; • said first gripping device comprises forks for engaging with said container (C); • said first moving device comprises at least one first actuator , for moving said forks at least along a longitudinal axis of said forks ; • said input/output station comprises a second gripping device , for gripping the container (C) arranged in the station itself, and a second moving device , for moving said second gripping device at least along a vertical axis (Z).
A device for humidifying breathing gas comprising: a coaxial tubing arrangement, the coaxial tubing arrangement comprising an inner tube and an outer tube , the inner tube defining a gas transport pathway , the gas transport pathway including an inlet and an outlet , each end of the device being terminated with a connector providing said inlet and said outlet, said inlet and said outlet being provided with protective caps to prevent contamination of the gas transport pathway, the outer tube coaxial with and surrounding at least a section of the inner tube , wherein a reservoir for storing a humidifying fluid is defined between the inner tube and the outer tube , the inner tube comprised of a breathable material and the outer tube being impermeable to humidifying fluid, wherein a chemical heater is located within the reservoir , and wherein, in a pre-use configuration, the reservoir is pre-charged with the humidifying fluid via a pre-charge port formed in the connector forming the inlet or outlet, the port being subsequently sealed to store the humidifying fluid within the reservoir, the humidifying fluid being contained by the outer tube , the humidifying fluid then stored ready for use, and wherein a trigger is configured for activating the chemical heater to generate heat to promote humidifying fluid uptake by the gas, in an in-use configuration, and wherein the inner tube comprised of the breathable material allows for passage of the humidifying fluid to the gas passing through the gas transport pathway once the protective caps are removed from the inlet and the outlet. a coaxial tubing arrangement, the coaxial tubing arrangement comprising an inner tube and an outer tube , the inner tube defining a gas transport pathway , the gas transport pathway including an inlet and an outlet , each end of the device being terminated with a connector providing said inlet and said outlet, said inlet and said outlet being provided with protective caps to prevent contamination of the gas transport pathway, the outer tube coaxial with and surrounding at least a section of the inner tube , wherein a reservoir for storing a humidifying fluid is defined between the inner tube and the outer tube , the inner tube comprised of a breathable material and the outer tube being impermeable to humidifying fluid, wherein a chemical heater is located within the reservoir , and wherein, in a pre-use configuration, the reservoir is pre-charged with the humidifying fluid via a pre-charge port formed in the connector forming the inlet or outlet, the port being subsequently sealed to store the humidifying fluid within the reservoir, the humidifying fluid being contained by the outer tube , the humidifying fluid then stored ready for use, and wherein a trigger is configured for activating the chemical heater to generate heat to promote humidifying fluid uptake by the gas, in an in-use configuration, and wherein the inner tube comprised of the breathable material allows for passage of the humidifying fluid to the gas passing through the gas transport pathway once the protective caps are removed from the inlet and the outlet.
A filter for filtering an air stream in a vacuum cleaner , the vacuum cleaner having a suction source for drawing an airstream from a surface to be cleaned to a debris collector for collecting dirt and debris carried by the airstream, the filter comprising: a frame with an edge defining an open area through which air may pass; a filter media mounted to the frame and covering the open area ; and a fragrance-containing polymeric matrix adhesively bonded directly to the frame and directly to the filter media ; characterized in that the filter media is secured to the frame by the adhesive bond formed by the fragrance-containing polymeric matrix . a frame with an edge defining an open area through which air may pass; a filter media mounted to the frame and covering the open area ; and a fragrance-containing polymeric matrix adhesively bonded directly to the frame and directly to the filter media ; characterized in that the filter media is secured to the frame by the adhesive bond formed by the fragrance-containing polymeric matrix .
A method for determining a filter for interpolating one or more pixels of block (SB) of a frame surrounded by a window (WIN), said method comprising: - determining a set (PS) of full reconstructions pixels already encoded or decoded in said window (WIN) using motion vectors having the same horizontal and/or vertical phase and references the same reference picture as a motion vector of said block; - determining the filter as being a default filter in case said set of full reconstruction pixels is empty, and, in case that said set of full reconstruction pixels is not empty, for the set (PS) of full reconstruction pixels: - generating several different interpolated reference pixel sets using different interpolation filter candidates; - determining the filter as being one of said different interpolation filter candidates based on a quality measure obtained for each of the interpolated reference pixel set by comparing each of the different interpolated reference pixel set with the set (PS) of full reconstruction pixel. - determining a set (PS) of full reconstructions pixels already encoded or decoded in said window (WIN) using motion vectors having the same horizontal and/or vertical phase and references the same reference picture as a motion vector of said block; - determining the filter as being a default filter in case said set of full reconstruction pixels is empty, and, - generating several different interpolated reference pixel sets using different interpolation filter candidates; - determining the filter as being one of said different interpolation filter candidates based on a quality measure obtained for each of the interpolated reference pixel set by comparing each of the different interpolated reference pixel set with the set (PS) of full reconstruction pixel.
A method to compensate for audio channel down-mixing when embedding watermarks in a multichannel audio signal, the method comprising: obtaining a watermark to be embedded in respective ones of a plurality of audio channels of the multichannel audio signal; and embedding the watermark in a first one of the plurality of audio channels and a second one of the plurality of audio channels, characterised in that the embedding of watermark is based on a compensation factor that is to reduce perceptibility of the watermark when the first one of the plurality of audio channels is down-mixed with the second one of the plurality of audio channels after the watermark has been applied to the first and second ones of the plurality of audio channels, the compensation factor corresponding to at least one of an attenuation factor to be applied to the watermark when the watermark is embedded in the first one of the plurality of audio channels and the second one of the plurality of audio channels, the attenuation factor to be determined for a first audio band based on a ratio of a first energy and a second energy determined for the first audio band, the first energy corresponding to an energy in the first audio band for a first block of down-mixed audio samples formed by down-mixing the first one of the plurality of audio channels with the second one of the plurality of audio channels, the second energy corresponding to a maximum of a plurality of energies determined for a respective plurality of blocks of down-mixed audio samples including the first block of down-mixed audio samples, or a decision factor indicating whether the watermark is permitted to be embedded in a first block of audio samples from the first one of the plurality of audio channels, the decision factor determined based on a delay between the first block of audio samples from the first one of the plurality of audio channels and a second block of audio samples from the second one of the plurality of audio channels, the first and second blocks of audio samples corresponding to a same interval of time. obtaining a watermark to be embedded in respective ones of a plurality of audio channels of the multichannel audio signal; and embedding the watermark in a first one of the plurality of audio channels and a second one of the plurality of audio channels,
A pressure sensitive label including a facestock layer and an adhesive layer against one side of the facestock layer, wherein the facestock layer is non-oriented and comprises a plastic film comprising low density polyethylene (LDPE), high density polyethylene (HDPE) and an additive of hydrocarbon resin (HC), wherein the plastic film comprises: - at most 20 wt-% high density polyethylene (HDPE) and - an additive of hydrocarbon resin (HC) between 5 and 40 wt-% and having M n below 2000 g/mol. - at most 20 wt-% high density polyethylene (HDPE) and - an additive of hydrocarbon resin (HC) between 5 and 40 wt-% and having M n below 2000 g/mol.