mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible electrical circuit having connection between electrically conductive structure elements, comprising: - at least one lacquer layer , - at least one electrical conductor track disposed above the at least one lacquer layer , - at least one electrical component and at least one electrically conductive contact layer for contacting the at least one electrical component , characterized by - a conductive cement layer and a primer layer , - wherein the primer layer is disposed on the at least one lacquer layer , - wherein the conductive cement layer is disposed underneath the at least one electrically conductive contact layer and above the primer layer . - at least one lacquer layer , - at least one electrical conductor track disposed above the at least one lacquer layer , - at least one electrical component and at least one electrically conductive contact layer for contacting the at least one electrical component , - a conductive cement layer and a primer layer , - wherein the primer layer is disposed on the at least one lacquer layer , - wherein the conductive cement layer is disposed underneath the at least one electrically conductive contact layer and above the primer layer .
A target direction determining device configured to determine a direction of a target as seen from a surveying device , wherein the direction of the target as seen from the surveying device is determined on a basis of a photographic image of the surveying device that is captured from the target side.
A sensor device comprising a piezoelectric transducer and a base member , wherein the piezoelectric transducer comprises a piezoelectric member with at least one excitation electrode connected to a first face thereof and having a thickness (h) between the first face and a second face, wherein the piezoelectric transducer is attached to a supporting face of the base member with the second face of the piezoelectric transducer adjacent the supporting face of the base member, characterized in that the base member comprises at least one acoustic wave reflecting tag distant from the piezo-electric member. wherein the piezoelectric transducer comprises a piezoelectric member with at least one excitation electrode connected to a first face thereof and having a thickness (h) between the first face and a second face, wherein the piezoelectric transducer is attached to a supporting face of the base member with the second face of the piezoelectric transducer adjacent the supporting face of the base member, characterized in that the base member comprises at least one acoustic wave reflecting tag distant from the piezo-electric member.
Temperature sensor device for sensing the temperature of a surface of an object, comprising: a temperature sensor element , in particular, being or comprising a thermistor; a measuring cavity ; a housing ; and a measuring surface configured for contacting the surface of the object; wherein the housing comprises an outer shell , an inner shell , and a measuring cavity shell , wherein an outer cavity is formed between the outer shell and the inner shell that are configured for thermally insulating the measuring cavity and the measuring surface from an environment (E) of the object, wherein an inner cavity is formed between the inner shell and the measuring cavity shell , and wherein the measuring cavity is formed between the measuring cavity shell and the measuring surface ; wherein the temperature sensor element is located in the measuring cavity ; and wherein the housing is made of one integrally formed single piece. a temperature sensor element , in particular, being or comprising a thermistor; a measuring cavity ; a housing ; and a measuring surface configured for contacting the surface of the object; wherein the housing comprises an outer shell , an inner shell , and a measuring cavity shell , wherein an outer cavity is formed between the outer shell and the inner shell that are configured for thermally insulating the measuring cavity and the measuring surface from an environment (E) of the object, wherein an inner cavity is formed between the inner shell and the measuring cavity shell , and wherein the measuring cavity is formed between the measuring cavity shell and the measuring surface ; wherein the temperature sensor element is located in the measuring cavity ; and wherein the housing is made of one integrally formed single piece.
A support device for attaching an optical termination box to a wall mounting element , the support device comprising: - a frame having one or more walls , the walls defining an opening and surrounding the opening ; - attachment members projecting from the frame and comprising first attachment members configured to attach the frame to the optical termination box and second attachment members configured to attach the frame to the wall mounting element , characterised in that : - at least one wall has a resiliently deformable portion; and - the first attachment members are configured to mutually move upon resilient deformation of the resiliently deformable portion; - the second attachment members are configured to mutually move upon resilient deformation of the resiliently deformable portion; - the first attachment members and the second attachment members move in antagonist way upon application of forces on the walls - a frame having one or more walls , the walls defining an opening and surrounding the opening ; - attachment members projecting from the frame and comprising first attachment members configured to attach the frame to the optical termination box and second attachment members configured to attach the frame to the wall mounting element , - at least one wall has a resiliently deformable portion; and - the first attachment members are configured to mutually move upon resilient deformation of the resiliently deformable portion; - the second attachment members are configured to mutually move upon resilient deformation of the resiliently deformable portion; - the first attachment members and the second attachment members move in antagonist way upon application of forces on the walls
A heat exchanger of a heat exchange device for use on an air-cooled water chiller unit or commercial rooftop machine, wherein the heat exchanger comprises: a main body part , having a substantially quadrilateral side; two bent parts (16, 17; 66, 67) connected to the main body part ; at least one heat exchange tube , extending between the main body part and both bent parts (16, 17; 66, 67), wherein at least one heat exchange tube in the bent parts (16, 17; 66, 67) is inclined and bent relative to a heat exchange tube in the main body part , such that the plane in which the main body part lies is perpendicular or substantially perpendicular to the planes in which the bent parts (16, 17; 66, 67) lie, wherein one of the two bent parts (17; 66, 67) has a substantially trapezoidal side comprising two non-parallel sides, characterized by the other bent part having a substantially parallelogram-shaped side. a main body part , having a substantially quadrilateral side; two bent parts (16, 17; 66, 67) connected to the main body part ; at least one heat exchange tube , extending between the main body part and both bent parts (16, 17; 66, 67), wherein at least one heat exchange tube in the bent parts (16, 17; 66, 67) is inclined and bent relative to a heat exchange tube in the main body part , such that the plane in which the main body part lies is perpendicular or substantially perpendicular to the planes in which the bent parts (16, 17; 66, 67) lie, wherein one of the two bent parts (17; 66, 67) has a substantially trapezoidal side comprising two non-parallel sides, characterized by the other bent part having a substantially parallelogram-shaped side.
A heat exchanger having a circulation guide, the heat exchanger comprising: a heat exchanger body having a water chamber formed inside thereof; an inlet port (IN), which is connected to a bottom end of the heat exchanger body and through which water is supplied to the water chamber ; a discharge port (OUT), which is connected to a top end of the heat exchanger body and through which water is discharged from the water chamber ; a top body tube installed at a top end of an inside of the heat exchanger body and having a fire chamber formed inside thereof; a bottom end plate installed at a bottom end of the inside of the heat exchanger body ; and a plurality of combustion pipes , which each have a top end connected to pass through a floor surface of the top body tube and a bottom end connected to pass through the bottom end plate and through which a combustion gas at a high temperature introduced through the fire chamber is discharged, wherein sidewalls that constitute the top body tube are spaced apart from an inner circumferential surface of the heat exchanger body , characterized by a spiral guide that protrudes along a spiral shape is installed at inner circumferential surfaces of the sidewalls . a heat exchanger body having a water chamber formed inside thereof; an inlet port (IN), which is connected to a bottom end of the heat exchanger body and through which water is supplied to the water chamber ; a discharge port (OUT), which is connected to a top end of the heat exchanger body and through which water is discharged from the water chamber ; a top body tube installed at a top end of an inside of the heat exchanger body and having a fire chamber formed inside thereof; a bottom end plate installed at a bottom end of the inside of the heat exchanger body ; and a plurality of combustion pipes , which each have a top end connected to pass through a floor surface of the top body tube and a bottom end connected to pass through the bottom end plate and through which a combustion gas at a high temperature introduced through the fire chamber is discharged, wherein sidewalls that constitute the top body tube are spaced apart from an inner circumferential surface of the heat exchanger body , characterized by a spiral guide that protrudes along a spiral shape is installed at inner circumferential surfaces of the sidewalls .
Method for operating a vehicle, wherein the vehicle comprises at least one first and one second electric motor, wherein a front axle of the vehicle can be driven by the first electric motor, and a rear axle of the vehicle can be driven by the second electric motor, wherein the first and the second electric motors are operated using a torque, which is dependent upon a characteristic map, wherein the characteristic map defines areas, which are delimited depending on a driver-requested torque and a vehicle speed, which areas have torque distributions for the first and the second electric motors, which are discontinuously different from one another, wherein the characteristic map defines at least three areas, wherein, in a first area, the first electric motor is activated exclusively and, in a second area, the second electric motor is activated exclusively and in a third area both electric motors are activated, characterized in that , when a motor is deactivated, it is disconnected from the drive train by means of a clutch, so that a non-driven axle is decoupled and is disconnected from the drive train, so that, in the first area, the front axle is driven exclusively, in the second area, the rear axle is driven exclusively, and in the third area, both axles are driven.
A method for acquiring channel information, comprising: acquiring , by a receiving side, indexes L {i 1 ,i 2 ,...,i M } of M antennae which send reference signals in N antennae of a sending side, wherein M is less than N; acquiring , by the receiving side, channel information Y between the M antennae and a receiving antenna of the receiving side according to reference data transmitted by the M antennae; acquiring , by the receiving side, a unitary matrix W with a dimension of N×N; and determining , by the receiving side, an estimate S' of channel information S between the N antennae of the sending side and the receiving antenna of the receiving side by virtue of the indexes L{i 1 ,i 2 ,...,i M }, the unitary matrix W and the channel information Y. acquiring , by a receiving side, indexes L {i 1 ,i 2 ,...,i M } of M antennae which send reference signals in N antennae of a sending side, wherein M is less than N; acquiring , by the receiving side, channel information Y between the M antennae and a receiving antenna of the receiving side according to reference data transmitted by the M antennae; acquiring , by the receiving side, a unitary matrix W with a dimension of N×N; and determining , by the receiving side, an estimate S' of channel information S between the N antennae of the sending side and the receiving antenna of the receiving side by virtue of the indexes L{i 1 ,i 2 ,...,i M }, the unitary matrix W and the channel information Y.
A printing head for a 3D printing assembly comprising: a filament output port connected to receive an unsolidified printing material from a feedstock processor (1-1) and extrude with a filament comprising the unsolidified printing material; a pressing surface positioned to contact the filament once the filament is extruded; characterised by a field emitter configured to emit a field to attract a backing article toward the pressing surface to compress the filament between a substrate and the pressing surface . a filament output port connected to receive an unsolidified printing material from a feedstock processor (1-1) and extrude with a filament comprising the unsolidified printing material; a pressing surface positioned to contact the filament once the filament is extruded; characterised by a field emitter configured to emit a field to attract a backing article toward the pressing surface to compress the filament between a substrate and the pressing surface .
A liquid absorber comprising: a plurality of small parts each including a first layer containing fibers, a second layer containing fibers, and a third layer which contains a water absorbing resin and which is provided between the first layer and the second layer , wherein when the water absorbing resin is measured to obtain a TG curve in accordance with a plastic thermogravimetric measurement method defined by JIS K 7120: 1987 under measurement conditions in which a sample amount is 5 to 15 mg, a temperature increase rate is 10.0°C/min, and a measurement atmosphere is nitrogen, from the TG curve, the ratio of a weight decrease amount of the water absorbing resin at 400°C with respect to an initial weight thereof is 0.050 to less than 0.500, and wherein the small parts each have two primary surfaces in a front-rear relationship, and a 1/2 /b > 5.0 and 0.05 ≤ b ≤ 10.0 hold, wherein a represents the area of the primary surface [mm 2 ], and b represents the thickness of the small part in a direction normal to the primary surface thereof [mm]. a plurality of small parts each including a first layer containing fibers, a second layer containing fibers, and a third layer which contains a water absorbing resin and which is provided between the first layer and the second layer , wherein when the water absorbing resin is measured to obtain a TG curve in accordance with a plastic thermogravimetric measurement method defined by JIS K 7120: 1987 under measurement conditions in which a sample amount is 5 to 15 mg, a temperature increase rate is 10.0°C/min, and a measurement atmosphere is nitrogen, from the TG curve, the ratio of a weight decrease amount of the water absorbing resin at 400°C with respect to an initial weight thereof is 0.050 to less than 0.500, and wherein the small parts each have two primary surfaces in a front-rear relationship, and a 1/2 /b > 5.0 and 0.05 ≤ b ≤ 10.0 hold, wherein a represents the area of the primary surface [mm 2 ], and b represents the thickness of the small part in a direction normal to the primary surface thereof [mm].
A header for an agricultural harvester comprising a frame (106, 106', 106"), a control shaft (500, 500', 500") connected to the frame (106, 106', 106"), a flex arm (402A-F, 402A'-F', 402A"-F"), and a cutter bar connected to the flex arm (402A-F, 402A'-F', 402A"-F"), and a linkage assembly (404A-F, 404A'-F', 404A"-F") pivotably connected to the control shaft (500, 500', 500") and movable between a first position and a second position, the header being characterized in that the control shaft (500, 500', 500") includes a tab (502A-F) positioned to engage a first end (406, 406', 406") of the linkage assembly (404A-F, 404A'-F', 404A"-F") at one of the first or second positions. a linkage assembly (404A-F, 404A'-F', 404A"-F") pivotably connected to the control shaft (500, 500', 500") and movable between a first position and a second position, the header being characterized in that the control shaft (500, 500', 500") includes a tab (502A-F) positioned to engage a first end (406, 406', 406") of the linkage assembly (404A-F, 404A'-F', 404A"-F") at one of the first or second positions.
Double-sided adhesive tape having a first outer pressure-sensitive adhesive side and a second outer heat-activatable side, comprising an at least two-layer product system composed of layers A and B, layer A being a layer of pressure-sensitive adhesive crosslinked chemically by thermal initiation, or a pressure-sensitive adhesive carrier layer crosslinked chemically by thermal initiation, layer B being a layer based on a polyolefin or a polyolefin mixture, layer A and layer B being in direct contact with one another, and the surface of layer A that is in direct contact with layer B having been plasma-pretreated, characterized in that the plasma pretreatment has taken place in an atmosphere of nitrogen, carbon dioxide, or a noble gas, or a mixture of at least two of these gases.
A power supply system of an electric tractor for supplying power to a power system of the electric tractor, comprising a bracket , first cases and first power battery packs, wherein the bracket is provided above or below a frame of a transport trailer and is connected to the frame through bolts and reinforced rib plates ; a shock-absorbing pad is arranged between each of the first cases and the bracket , so that a gap is provided between the frame and each of the first cases so as to facilitate air flow for heat dissipation of the first cases , each of the first cases has a first side wall and a second side wall which are oppositely arranged, characterising in that a first ventilation structure is arranged on the first side wall, a second ventilation structure is arranged on the second side wall , the first side wall and the second side wall are arranged in a direction parallel to the axis of the frame, so that while the transport trailer is moving, wind can enter the first case from the first ventilation structure and be discharged from the second ventilation structure to achieve cooling and heat dissipation from the first power battery packs; and the first power battery packs are suspended in the first cases and are used for supplying power to the power system . wherein the bracket is provided above or below a frame of a transport trailer and is connected to the frame through bolts and reinforced rib plates ; a shock-absorbing pad is arranged between each of the first cases and the bracket , so that a gap is provided between the frame and each of the first cases so as to facilitate air flow for heat dissipation of the first cases , each of the first cases has a first side wall and a second side wall which are oppositely arranged, characterising in that a first ventilation structure is arranged on the first side wall, a second ventilation structure is arranged on the second side wall , the first side wall and the second side wall are arranged in a direction parallel to the axis of the frame, so that while the transport trailer is moving, wind can enter the first case from the first ventilation structure and be discharged from the second ventilation structure to achieve cooling and heat dissipation from the first power battery packs; and the first power battery packs are suspended in the first cases and are used for supplying power to the power system .
A controller for an electromechanical brake actuator (EBA), comprising: an error detector configured to determine an error in a motor angular position signal of an actuator motor; and a synthetic angle generator configured to generate a synthetic motor angular position signal for the actuator motor, wherein the controller controls the actuator motor via the synthetic motor angular position signal in response to the error in the motor angular position signal being detected, and characterized in that the motor angular position signal is replaced with the synthetic motor angular position signal in response to the error being determined. an error detector configured to determine an error in a motor angular position signal of an actuator motor; and a synthetic angle generator configured to generate a synthetic motor angular position signal for the actuator motor, wherein the controller controls the actuator motor via the synthetic motor angular position signal in response to the error in the motor angular position signal being detected, and characterized in that the motor angular position signal is replaced with the synthetic motor angular position signal in response to the error being determined.
A flexible retroreflective sheeting comprising: an emboss layer having a front surface and an opposite back surface comprising a plurality of retroreflective elements ; a flexible backing layer in contact with the emboss layer back surface; a first adhesive layer connected to the flexible backing layer opposite the emboss layer; an interleaf layer having an opacity greater than 40% and connected to the first adhesive layer opposite the flexible backing layer; and a second adhesive layer connected to the interleaf layer opposite the first adhesive layer wherein the emboss layer has an emboss color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the emboss color of less than 20, or wherein the emboss layer is transparent and wherein the flexible backing layer has a backing color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the backing color of less than 20. an emboss layer having a front surface and an opposite back surface comprising a plurality of retroreflective elements ; a flexible backing layer in contact with the emboss layer back surface; a first adhesive layer connected to the flexible backing layer opposite the emboss layer; an interleaf layer having an opacity greater than 40% and connected to the first adhesive layer opposite the flexible backing layer; and a second adhesive layer connected to the interleaf layer opposite the first adhesive layer wherein the emboss layer has an emboss color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the emboss color of less than 20, or wherein the emboss layer is transparent and wherein the flexible backing layer has a backing color, and wherein the interleaf layer has an interleaf color with a CIEDE2000 color difference from the backing color of less than 20.