mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module, comprising: a battery cell ; a circuit board , disposed at a top of the battery cell and electrically connected to the battery cell ; a temperature sensor , disposed at the top of the battery cell and configured to measure a temperature of the battery cell , wherein the temperature sensor is electrically connected to the circuit board ; and a fixing component , wherein the fixing component comprises a fixing portion and a rotation portion , the fixing portion is fixed to the top of the battery cell , and the rotation portion is screwed into the fixing portion so that the temperature sensor is pressed against the battery cell tightly; wherein the fixing portion comprises an inner cavity ; the inner cavity runs through to the top of the battery cell , and the temperature sensor is accommodated in the inner cavity ; and a mating slot is disposed on a side wall of the inner cavity , and the rotation portion is screwed into the fixing portion along the mating slot . wherein the rotation portion comprises a spindle , a bulge is disposed on a side wall of the spindle , and the bulge is screwed into the fixing portion along the mating slot ; wherein a quantity of bulges is two, and two bulges are symmetrically disposed on two sides of the spindle . a battery cell ; a circuit board , disposed at a top of the battery cell and electrically connected to the battery cell ; a temperature sensor , disposed at the top of the battery cell and configured to measure a temperature of the battery cell , wherein the temperature sensor is electrically connected to the circuit board ; and a fixing component , wherein the fixing component comprises a fixing portion and a rotation portion , the fixing portion is fixed to the top of the battery cell , and the rotation portion is screwed into the fixing portion so that the temperature sensor is pressed against the battery cell tightly; wherein the fixing portion comprises an inner cavity ; the inner cavity runs through to the top of the battery cell , and the temperature sensor is accommodated in the inner cavity ; and a mating slot is disposed on a side wall of the inner cavity , and the rotation portion is screwed into the fixing portion along the mating slot . wherein the rotation portion comprises a spindle , a bulge is disposed on a side wall of the spindle , and the bulge is screwed into the fixing portion along the mating slot ; wherein a quantity of bulges is two, and two bulges are symmetrically disposed on two sides of the spindle .
A refrigerator comprising: a body in which a storage compartment is defined, a door hingedly coupled to the body and serving to open or close the storage compartment , a door opening device to open the door , and a shield provided at a front surface of the door and serving to cover the door opening device , wherein the door opening device is mounted in a grip part defined in any one of an upper surface of the door , a lower surface of the door and a side surface of the door opposite to a hinge shaft of the door , wherein the door opening device includes a pivoting member having a pivoting shaft extending in a longitudinal direction of the grip part , a press portion extending from the pivoting shaft outward of the door , and an operating portion extending from the pivoting shaft inward of the door , and wherein the door opening device further comprises a push unit configured to slide toward the body and to push the body when being pressed by the operating portion of the pivoting member . a body in which a storage compartment is defined, a door hingedly coupled to the body and serving to open or close the storage compartment , a door opening device to open the door , and a shield provided at a front surface of the door and serving to cover the door opening device , wherein the door opening device is mounted in a grip part defined in any one of an upper surface of the door , a lower surface of the door and a side surface of the door opposite to a hinge shaft of the door , wherein the door opening device includes a pivoting member having a pivoting shaft extending in a longitudinal direction of the grip part , a press portion extending from the pivoting shaft outward of the door , and an operating portion extending from the pivoting shaft inward of the door , and wherein the door opening device further comprises a push unit configured to slide toward the body and to push the body when being pressed by the operating portion of the pivoting member .
A method of processing a data stream, wherein the method comprising: detecting , by a gateway device, whether a node corresponding to each node identifier in a node identifier chain gets on-line, wherein the node identifier chain comprises a node identifier of a head node, node identifiers of one or more sequent service nodes via which the head node accesses a tail node, and a node identifier of the tail node; and in case that the node corresponding to each of the node identifiers gets on-line, distributing , by the gateway device, a first stream classifying strategy associated with the node identifier chain to the hardware of the gateway device when the gateway device is a gateway device accessed by the head node, and forwarding , by the gateway device, the data stream which is from the head node to the tail node according to the node identifier chain based on the first stream classifying strategy when the data stream is received; and distributing , by the gateway device, a second stream classifying strategy associated with the node identifier chain to the hardware of the gateway device when the gateway device is a gateway device accessed by the service node, and forwarding , by the gateway device, the data stream which is from the head node to the tail node according to the node identifier chain based on the second stream classifying strategy when the data stream is received. detecting , by a gateway device, whether a node corresponding to each node identifier in a node identifier chain gets on-line, wherein the node identifier chain comprises a node identifier of a head node, node identifiers of one or more sequent service nodes via which the head node accesses a tail node, and a node identifier of the tail node; and in case that the node corresponding to each of the node identifiers gets on-line, distributing , by the gateway device, a first stream classifying strategy associated with the node identifier chain to the hardware of the gateway device when the gateway device is a gateway device accessed by the head node, and forwarding , by the gateway device, the data stream which is from the head node to the tail node according to the node identifier chain based on the first stream classifying strategy when the data stream is received; and distributing , by the gateway device, a first stream classifying strategy associated with the node identifier chain to the hardware of the gateway device when the gateway device is a gateway device accessed by the head node, and forwarding , by the gateway device, the data stream which is from the head node to the tail node according to the node identifier chain based on the first stream classifying strategy when the data stream is received; and distributing , by the gateway device, a second stream classifying strategy associated with the node identifier chain to the hardware of the gateway device when the gateway device is a gateway device accessed by the service node, and forwarding , by the gateway device, the data stream which is from the head node to the tail node according to the node identifier chain based on the second stream classifying strategy when the data stream is received.
Resilient support body for receiving a load in a container, consisting of a load-side, tub-shaped cover , a core which at least partially fills the interior of the cover , and a base plate which closes the cover together with the core , wherein • the cover consists of an elastomer or rubber-elastic polymer, • the core is made of a plastics material of which the Shore hardness is different from that of the cover material, and increases the compressive strength of the cover and • the cover is thermally welded to the base plate or is molded therearound in a form-fitting or integrally bonded manner, • the cover consists of an elastomer or rubber-elastic polymer, • the core is made of a plastics material of which the Shore hardness is different from that of the cover material, and increases the compressive strength of the cover and • the cover is thermally welded to the base plate or is molded therearound in a form-fitting or integrally bonded manner,
A method for applying an electrochromic film directly to a surface of a substrate, the method comprising: dissolving an electrolyte salt, a polymer framework and one or more optional plasticizers in a solvent, wherein the polymer framework including one or more polar polymers crosslinked to form a network, and the one or more polar polymers have a semi-crystalline or crystalline microstructure; removing the solvent to obtain solid state electrolyte; obtaining an electrochromic film comprising the solid state electrolyte disposed therein; selecting at least one adhesive surface configured to adhere to a surface of a substrate, and an additional layer coupled to the adhesive surface, and affixing the adhesive surface and the additional layer to the electrochromic film; removing the additional layer from the electrochromic film to expose the adhesive surface; and contacting the exposed adhesive surface of the electrochromic film directly to the surface of the substrate to apply the electrochromic film thereto. dissolving an electrolyte salt, a polymer framework and one or more optional plasticizers in a solvent, wherein the polymer framework including one or more polar polymers crosslinked to form a network, and the one or more polar polymers have a semi-crystalline or crystalline microstructure; removing the solvent to obtain solid state electrolyte; obtaining an electrochromic film comprising the solid state electrolyte disposed therein; selecting at least one adhesive surface configured to adhere to a surface of a substrate, and an additional layer coupled to the adhesive surface, and affixing the adhesive surface and the additional layer to the electrochromic film; removing the additional layer from the electrochromic film to expose the adhesive surface; and contacting the exposed adhesive surface of the electrochromic film directly to the surface of the substrate to apply the electrochromic film thereto.
Device for lifting and stabilizing loads, in particular hangers for vehicles or vehicle parts, consisting of a frame and, disposed therebelow, a crossbeam which receives the load, is height-adjustable by lifting means fastened to the crossbeam and is able to be stabilized by means of at least one telescopic strut which runs diagonally substantially in an imaginary vertical plane parallel to the direction of displacement of the frame and is pivotably articulated on the frame on one side and on the crossbeam on the other side, the length of said telescopic strut being adaptable for avoiding a lateral offset between the frame and the crossbeam during a lifting or lowering procedure, wherein the telescopic strut has an actuator for actively changing the length, and wherein provided is a control installation for adapting the length of the telescopic strut at least during a lifting or lowering movement, characterized in that the device comprises a measuring installation for measuring a lateral offset of the crossbeam relative to the frame , wherein it is provided that the length of the at least one telescopic strut , when exceeding a predefined maximum lateral offset, is changed so as to counteract the offset. wherein the telescopic strut has an actuator for actively changing the length, and wherein provided is a control installation for adapting the length of the telescopic strut at least during a lifting or lowering movement, characterized in that the device comprises a measuring installation for measuring a lateral offset of the crossbeam relative to the frame , wherein it is provided that the length of the at least one telescopic strut , when exceeding a predefined maximum lateral offset, is changed so as to counteract the offset.
Thixotropic composition comprising a microcrystalline cellulose, a swelling or water binding agent, a starch glycolate, a solvent, and carboxymethyl cellulose or its alkaline salt or its alkaline earth metal salt, wherein the swelling or water binding agent is mica, wherein the solvent comprises or consists of water, wherein a water content of the composition is at least 70% w/w, wherein the weight ratio of microcrystalline cellulose to carboxymethyl cellulose or its alkaline salt or its alkaline earth metal salt is in the range of 3 : 1 to 11 : 1 and/or the weight ratio of microcrystalline cellulose and carboxymethyl cellulose or its alkaline salt or its alkaline earth metal salt together to the swelling or water binding agent is in the range of 3 : 1 to 4 : 1.
Method for forming a flow guidance device of a turbomachine , for a partial stream of the outlet flow of an outlet guide vane of a compressor , wherein during assembly a flow guiding element delimits an annular channel around a shaft of the turbomachine , characterized in that a) a mould with a non-circular cross section is used for at least partially imparting a non-circular cross section as a closed enveloping surface to a circular-cylindrical moulded body for the flow guiding element , b) for the connection of the flow guiding element to another component of the turbomachine , the flow guiding element has a frictional-engagement connecting surface on the circumference, wherein the frictional-engagement connecting surface with the closed enveloping surface is inserted in a deformed state with at least two opposite points (P1, P2) into the component with a circular-cylindrical sealing surface , so that during assembly the at least two points (P1, P2) of the closed enveloping surface after deformation are arranged in at least two opposite frictionally engaging contact areas (P1', P2') of the circular-cylindrical sealing surface . a) a mould with a non-circular cross section is used for at least partially imparting a non-circular cross section as a closed enveloping surface to a circular-cylindrical moulded body for the flow guiding element , b) for the connection of the flow guiding element to another component of the turbomachine , the flow guiding element has a frictional-engagement connecting surface on the circumference, wherein the frictional-engagement connecting surface with the closed enveloping surface is inserted in a deformed state with at least two opposite points (P1, P2) into the component with a circular-cylindrical sealing surface , so that during assembly the at least two points (P1, P2) of the closed enveloping surface after deformation are arranged in at least two opposite frictionally engaging contact areas (P1', P2') of the circular-cylindrical sealing surface .
A mapping method comprising (a) operating at least one mobile robot comprising at least two cameras and at least one processing component, wherein the at least one mobile robot is wheeled and adapted to move in unstructured areas; and (b) taking visual images with the at least two cameras; and (c) extracting at least straight lines from the visual images by applying an edge detection algorithm followed by a line extractor algorithm with at least one processing component; (d) generating map data using at least the extracted straight lines from the visual images; wherein step (d) comprises using an iterative algorithm to at least associate the extracted straight lines with physical objects; and wherein the iterative algorithm comprises at least combining lines belonging to the same physical object from images taken by different cameras. (a) operating at least one mobile robot comprising at least two cameras and at least one processing component, wherein the at least one mobile robot is wheeled and adapted to move in unstructured areas; and (b) taking visual images with the at least two cameras; and (c) extracting at least straight lines from the visual images by applying an edge detection algorithm followed by a line extractor algorithm with at least one processing component; (d) generating map data using at least the extracted straight lines from the visual images;
Method for detecting a variation in a physical variable (a) which is acquired by a sensor , by means of an interference variable, wherein the method comprises the following steps: - reading in a multiplicity of sensor signal values , wherein the sensor signal values each represent the physical variable (a) which is acquired at a specific point in time (ti); - determining a characteristic curve using at least two of the multiplicity of sensor signal values ; - forming a characteristic value (m) which represents a derivative of the characteristic curve , wherein the characteristic value (m) is assigned to the characteristic curve , and - identifying the variation in the physical variable (a) by means of the interference variable if the characteristic value (m) has a predetermined relationship with a threshold value, wherein - in the forming step the characteristic curve is formed as a regression polynomial, in particular as a linear regression polynomial or as a straight line, and - in the identifying step the variation of the physical variable (a) is detected by means of the interference variable when the characteristic value (m) is higher than the threshold value. - reading in a multiplicity of sensor signal values , wherein the sensor signal values each represent the physical variable (a) which is acquired at a specific point in time (ti); - determining a characteristic curve using at least two of the multiplicity of sensor signal values ; - forming a characteristic value (m) which represents a derivative of the characteristic curve , wherein the characteristic value (m) is assigned to the characteristic curve , and - identifying the variation in the physical variable (a) by means of the interference variable if the characteristic value (m) has a predetermined relationship with a threshold value, - in the forming step the characteristic curve is formed as a regression polynomial, in particular as a linear regression polynomial or as a straight line, and - in the identifying step the variation of the physical variable (a) is detected by means of the interference variable when the characteristic value (m) is higher than the threshold value.
A composition, in particular pharmaceutical composition, for use in the prophylactic and/or therapeutic treatment of nose polyps ( polyposis nasi et sinuum ), wherein the composition contains cineole, preferably 1,8-cineole, as the active ingredient, in particular as the pharmaceutical active ingredient.
Optical sensor for detecting objects, having a transmitter emitting transmitted light beams , a receiver receiving received light beams and an evaluation unit for evaluating received signals from the receiver , characterized in that an arrangement of plane mirrors (13a-d) is assigned to the receiver as receiving optics , wherein the plane mirrors each have a rectangular contour and their lengths are identical, wherein in each case two adjacent plane mirrors (13a-d) adjoin one another with their longitudinal edges and the planes of these adjacent plane mirrors extend at an obtuse angle to one another, wherein the receiving optics is arranged at a distance from the receiver in such a way that the distribution of the received light beams reflected back from an object on the plane mirrors (13a-d) is dependent on the distance of the object from the optical sensor , and wherein objects within a depth-of-field range in which the plane mirrors are dimensioned in such a way that a maximum received light level on the receiver is not exceeded can be detected by means of the receiving optics .
An embossing device for fine embossing of packaging material with a set of embossing rollers having male die and female die rollers cooperating with one another, the surfaces of which are provided with texture elements which have contours with a linear total error in axial and radial direction of less than +/- 10 μm and/or an angle error of less than 5°, wherein the texture elements (MR) on the surface of the female die roller(s) (M), which are assigned to the texture elements (PE) on the surface of the male die roller(s) (P), are not inversely congruent by an amount of above 15 μm in axial and radial direction and the texture elements of the male die and female die roller(s) assigned to one another have facets (F) for the purpose of local pressure increase.
Device for controlling a flight opening of a beehive of a bee colony, comprising a closure element for at least partially closing the flight opening , characterized by - at least one identification unit that is arrangeable or arranged on a queen bee , - a reading unit for reading the at least one identification unit , wherein the reading unit or at least an antenna unit of the reading unit is arrangeable or arranged at the flight opening , and - an actuating unit for actuating the closure element , said actuating unit being coupled to the reading unit , wherein the closure element is designed to completely close the flight opening or has at least one passage opening which is too small for the queen bee and is large enough for smaller bees, in particular for workers and/or drones. - at least one identification unit that is arrangeable or arranged on a queen bee , - a reading unit for reading the at least one identification unit , wherein the reading unit or at least an antenna unit of the reading unit is arrangeable or arranged at the flight opening , and - an actuating unit for actuating the closure element , said actuating unit being coupled to the reading unit ,
A receiver circuit for multi-level amplitude signaling, the receiver circuit comprising: a peak detector adapted to detect a peak voltage of a multi-level amplitude signal which includes at least three amplitude levels for each symbol period; a reference voltage generator (206; 300) adapted to generate a plurality of reference voltages at least partially in response to the peak voltage; and a comparator circuit (208; 400; 700) adapted to use the plurality of reference voltages to detect an amplitude level of the multi-level amplitude signal; wherein the reference voltage generator comprises a first resistor ladder adapted to generate a positive reference voltage of the plurality of reference voltages and a second resistor ladder adapted to generate a negative reference voltage of the plurality of reference voltages, characterized in that the reference voltage generator includes an inverting amplifier circuit formed by the first resistor ladder , the second resistor ladder , and an operational amplifier circuit . a peak detector adapted to detect a peak voltage of a multi-level amplitude signal which includes at least three amplitude levels for each symbol period; a reference voltage generator (206; 300) adapted to generate a plurality of reference voltages at least partially in response to the peak voltage; and a comparator circuit (208; 400; 700) adapted to use the plurality of reference voltages to detect an amplitude level of the multi-level amplitude signal; wherein the reference voltage generator comprises a first resistor ladder adapted to generate a positive reference voltage of the plurality of reference voltages and a second resistor ladder adapted to generate a negative reference voltage of the plurality of reference voltages, characterized in that the reference voltage generator includes an inverting amplifier circuit formed by the first resistor ladder , the second resistor ladder , and an operational amplifier circuit .