mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: a die electrically coupled to a substrate ; a first memory device electrically coupled to a surface of the die opposite the substrate , the first memory device partially overlapping the die ; an interposer electrically coupled between the surface of the die opposite the substrate and a second memory device , wherein the second memory device partially overlaps the first memory device , the interposer being adjacent to the first memory device; and a redistribution layer between the die and the first memory device and the interposer , wherein the redistribution layer facilitates electrically coupling the first memory device and the interposer . a die electrically coupled to a substrate ; a first memory device electrically coupled to a surface of the die opposite the substrate , the first memory device partially overlapping the die ; an interposer electrically coupled between the surface of the die opposite the substrate and a second memory device , wherein the second memory device partially overlaps the first memory device , the interposer being adjacent to the first memory device; and a redistribution layer between the die and the first memory device and the interposer , wherein the redistribution layer facilitates electrically coupling the first memory device and the interposer .
A device for detecting the icing and deicing of a wind turbine blade, characterized in that it comprises: - on the one hand, a sensor placed on the surface of a blade, and comprising: ∘ a first antenna , called "receiving antenna", ∘ a second antenna , called "emitting antenna", ∘ a frequency doubling device interposed between said first and second antennas , and - on the other hand, an interrogator configured to emit an electromagnetic wave towards the receiving antenna of said sensor , and to receive an electromagnetic wave originating from the emitting antenna of said sensor . - on the one hand, a sensor placed on the surface of a blade, and comprising: ∘ a first antenna , called "receiving antenna", ∘ a second antenna , called "emitting antenna", ∘ a frequency doubling device interposed between said first and second antennas , and ∘ a first antenna , called "receiving antenna", ∘ a second antenna , called "emitting antenna", ∘ a frequency doubling device interposed between said first and second antennas , and - on the other hand, an interrogator configured to emit an electromagnetic wave towards the receiving antenna of said sensor , and to receive an electromagnetic wave originating from the emitting antenna of said sensor .
A mobile terminal , comprising a master device and a slave device , wherein the slave device is detachably installed on the master device , the master device comprises a housing , a bracket , a master controller and a switch assembly , the housing is provided with a groove configured to receive the bracket , the bracket is capable of being rotated into or out of the groove relative to the housing , the master controller is arranged inside the housing , the switch assembly is connected with the master controller , and the switch assembly is arranged in the housing and below the groove ; characterized in that , the switch assembly is configured to generate a first signal and send the first signal to the master controller , when the bracket is rotated out of the groove relative to the housing and an angle of rotation (α) of the bracket meets a first angle; and configured to generate a second signal and send the second signal to the master controller , when the bracket is rotated out of the groove relative to the housing and the angle of rotation (α) of the bracket meets a second angle, wherein the second angle is smaller than the first angle; and the master controller is configured to control, according to the first signal, at least one component of the master device to be switched to a first usage state; and configured to control, according to the second signal, the at least one component of the master device to be switched to a second usage state; wherein the second usage state is different from the first usage state. the switch assembly is configured to generate a first signal and send the first signal to the master controller , when the bracket is rotated out of the groove relative to the housing and an angle of rotation (α) of the bracket meets a first angle; and configured to generate a second signal and send the second signal to the master controller , when the bracket is rotated out of the groove relative to the housing and the angle of rotation (α) of the bracket meets a second angle, wherein the second angle is smaller than the first angle; and the master controller is configured to control, according to the first signal, at least one component of the master device to be switched to a first usage state; and configured to control, according to the second signal, the at least one component of the master device to be switched to a second usage state; wherein the second usage state is different from the first usage state.
A method of dry-mating a first connector part and a second connector part , wherein the method comprises the steps of: - bringing the first connector part and the second connector part into a first mated state, whereby a first seal is engaged between the first connector part and the second connector part, wherein a sealed inner space is formed between the first connector part and the second connector part ; connecting a vacuum pump to an evacuation port and operating the vacuum pump in the first mated state; to evacuate the sealed inner space through the evacuation port , wherein the evacuation port is arranged such that the evacuation port is located on an inner sealed side of the engaged first seal in the first mated state so that the evacuation port is in flow communication with the sealed inner space , and - bringing the first connector part and the second connector part into a second mated state, thereby engaging the first seal and a further seal between the first connector part and the second connector part ; and operating the vacuum pump when bringing the first and second connector parts into the second mated state; wherein the evacuation port is located on an outer side of the engaged further seal so that the evacuation port is no longer in flow communication with the sealed inner space . - bringing the first connector part and the second connector part into a first mated state, whereby a first seal is engaged between the first connector part and the second connector part, wherein a sealed inner space is formed between the first connector part and the second connector part ; connecting a vacuum pump to an evacuation port and operating the vacuum pump in the first mated state; to evacuate the sealed inner space through the evacuation port , wherein the evacuation port is arranged such that the evacuation port is located on an inner sealed side of the engaged first seal in the first mated state so that the evacuation port is in flow communication with the sealed inner space , and - bringing the first connector part and the second connector part into a second mated state, thereby engaging the first seal and a further seal between the first connector part and the second connector part ; and operating the vacuum pump when bringing the first and second connector parts into the second mated state; wherein the evacuation port is located on an outer side of the engaged further seal so that the evacuation port is no longer in flow communication with the sealed inner space .
Valve, comprising - a central portion including a valve element movable relative to a valve seat to adjust a valve opening to regulate a fluid flow, - wherein a presetting element is provided to adjust a maximum flow through said valve opening , - wherein said presetting element is rotatable around said central portion , said central portion being configured to remain stationary as said presetting element is being rotated, - wherein an upper part of said central portion protrudes from said valve , - wherein the upper part of said central portion comprises a protruding valve pin which is slidingly arranged to act on said valve element , - wherein said presetting element comprises or is connected to a rotatable handle , the valve being characterized in that said handle is ring shaped and arranged to rotate around said upper part of said central portion . - a central portion including a valve element movable relative to a valve seat to adjust a valve opening to regulate a fluid flow, - wherein a presetting element is provided to adjust a maximum flow through said valve opening , - wherein said presetting element is rotatable around said central portion , said central portion being configured to remain stationary as said presetting element is being rotated, - wherein an upper part of said central portion protrudes from said valve , - wherein the upper part of said central portion comprises a protruding valve pin which is slidingly arranged to act on said valve element , - wherein said presetting element comprises or is connected to a rotatable handle ,
Automotive lighting appliance comprising an internal wall , and a mini-LED lighting device which is coupled to said internal wall and comprises: a support circuit board formed by one or more support portions and a plurality of flat plate-shaped mini-LED electronic modules , which are firmly coupled to said one or more support portions of said support circuit board , next to each other, so as to form a light emitting surface configured to emit light, wherein each mini-LED electronic module comprises: a flat plate-shaped circuit base , which has a first surface firmly fixed to a first face of said support circuit board , and a second surface opposite the first surface, a mini-LED array comprising a plurality of mini-LEDs which are arranged on said second surface of the circuit base and have a pre-established pitch, with respect to each other, a LED-driver which is firmly arranged on the first surface of the circuit base and is electrically connected to the mini-LED array of said mini-LED electronic module , the LED-driver is configured to control said mini-LED array . a support circuit board formed by one or more support portions and a plurality of flat plate-shaped mini-LED electronic modules , which are firmly coupled to said one or more support portions of said support circuit board , next to each other, so as to form a light emitting surface configured to emit light, wherein each mini-LED electronic module comprises: a flat plate-shaped circuit base , which has a first surface firmly fixed to a first face of said support circuit board , and a second surface opposite the first surface, a mini-LED array comprising a plurality of mini-LEDs which are arranged on said second surface of the circuit base and have a pre-established pitch, with respect to each other, a LED-driver which is firmly arranged on the first surface of the circuit base and is electrically connected to the mini-LED array of said mini-LED electronic module , the LED-driver is configured to control said mini-LED array . a flat plate-shaped circuit base , which has a first surface firmly fixed to a first face of said support circuit board , and a second surface opposite the first surface, a mini-LED array comprising a plurality of mini-LEDs which are arranged on said second surface of the circuit base and have a pre-established pitch, with respect to each other, a LED-driver which is firmly arranged on the first surface of the circuit base and is electrically connected to the mini-LED array of said mini-LED electronic module , the LED-driver is configured to control said mini-LED array .
An appliance comprising: an outer wrapper defining a top wall , a bottom wall , a rear wall , and first and second side walls ; an inner liner ; a trim breaker sealing the outer wrapper to the inner liner to define an insulation space ; a single vacuum port disposed on each of the top wall , the bottom wall , and the first and second side walls ; a plurality of vacuum ports disposed on the rear wall ; an insulative material disposed between the outer wrapper and the inner liner ; characterized in further comprising a filter media disposed proximate each of the vacuum ports such that air can be drawn from the insulation space past the filter media and through each of the plurality of vacuum ports . an outer wrapper defining a top wall , a bottom wall , a rear wall , and first and second side walls ; an inner liner ; a trim breaker sealing the outer wrapper to the inner liner to define an insulation space ; a single vacuum port disposed on each of the top wall , the bottom wall , and the first and second side walls ; a plurality of vacuum ports disposed on the rear wall ; an insulative material disposed between the outer wrapper and the inner liner ; characterized in further comprising a filter media disposed proximate each of the vacuum ports such that air can be drawn from the insulation space past the filter media and through each of the plurality of vacuum ports .
A patient-specific instrument comprising one or more contact surfaces which are configured to match a body part , wherein the body part is configured as a bone structure, wherein the body part is provided with a surface, wherein the patient-specific instrument comprises an alignment structure for positioning the patient-specific instrument on the body part, wherein the alignment structure is configured to be spaced from the surface of the body part , characterized in that the alignment structure contains a flexible material, such that the alignment structure can be changed in its shape by the application of the compressive force, such that the operator can adjust the alignment structure at will and consciously.
A fault diagnosis apparatus for a circuit breaker , comprising: at least one sensor adapted to be coupled to at least one mechanism arranged in the circuit breaker and configured to obtain waveform data of a parameter over time, the waveform data related to an operation state of the at least one mechanism ; and a processing unit coupled to the at least one sensor and configured to; analyze the waveform data to obtain at least one feature value; determine a dissimilarity between the at least one feature value and a threshold matrix; and in response to the dissimilarity being greater than a threshold dissimilarity, determine that the at least one mechanism has a fault; wherein the threshold matrix records feature values corresponding to a normal operation status of the at least one mechanism ; and wherein the threshold matrix records 50 or more vibration feature values. at least one sensor adapted to be coupled to at least one mechanism arranged in the circuit breaker and configured to obtain waveform data of a parameter over time, the waveform data related to an operation state of the at least one mechanism ; and a processing unit coupled to the at least one sensor and configured to; analyze the waveform data to obtain at least one feature value; determine a dissimilarity between the at least one feature value and a threshold matrix; and in response to the dissimilarity being greater than a threshold dissimilarity, determine that the at least one mechanism has a fault; wherein the threshold matrix records feature values corresponding to a normal operation status of the at least one mechanism ; and wherein the threshold matrix records 50 or more vibration feature values. analyze the waveform data to obtain at least one feature value; determine a dissimilarity between the at least one feature value and a threshold matrix; and in response to the dissimilarity being greater than a threshold dissimilarity, determine that the at least one mechanism has a fault; wherein the threshold matrix records feature values corresponding to a normal operation status of the at least one mechanism ; and wherein the threshold matrix records 50 or more vibration feature values.
Method for evaluating a pump actuation on a pump dispenser for discharging a fluid, in particular a pharmaceutical fluid, having the following features: a. the method is applied to a pump dispenser which has two sub-units , which can be moved manually relative to one another, and has a pump having a pump chamber that can be made smaller by moving the sub-units from an unactuated first end position into an actuated second end position, and b. to detect the actuated second end position, a force with which the sub-units are manually moved towards one another is detected by means of a force sensor during the movement of the sub-units towards one another, and c. the time curve of the detected force is evaluated in such a way that a force increase characteristic of reaching the actuated second end position is identified, and d. depending on whether the force increase characteristic of reaching the actuated second end position has been detected, a signal characteristic of the result is output haptically, acoustically and/or visually and/or is sent via a wireless interface to an external display device by an output device, characterized by the following further features: e. the data detected by the force sensor are stored in a memory in such a way that the time curve of the detected force results from this, and f. the evaluation used to determine whether a force increase characteristic of reaching the actuated second end position has occurred is performed taking the detected time curve into account. a. the method is applied to a pump dispenser which has two sub-units , which can be moved manually relative to one another, and has a pump having a pump chamber that can be made smaller by moving the sub-units from an unactuated first end position into an actuated second end position, and b. to detect the actuated second end position, a force with which the sub-units are manually moved towards one another is detected by means of a force sensor during the movement of the sub-units towards one another, and c. the time curve of the detected force is evaluated in such a way that a force increase characteristic of reaching the actuated second end position is identified, and d. depending on whether the force increase characteristic of reaching the actuated second end position has been detected, a signal characteristic of the result is output haptically, acoustically and/or visually and/or is sent via a wireless interface to an external display device by an output device, e. the data detected by the force sensor are stored in a memory in such a way that the time curve of the detected force results from this, and f. the evaluation used to determine whether a force increase characteristic of reaching the actuated second end position has occurred is performed taking the detected time curve into account.
A motorcycle seamless gearbox system for selecting gears, including: - a first input shaft for odd gears being associated to a first plurality of sprockets; - a second input shaft for even gears, coaxial to the first input shaft, the second shaft being associated to a second plurality of sprockets; - an output shaft having a plurality of output sprockets, each of the plurality of output sprockets corresponding to one of the sprockets on the first input shaft or on the second input shaft; - a torque management system adapted to transmit the torque alternatively and exclusively to one of the first and the second input shafts, whereby the torque management system includes a first and a second lockable roller bearing, whereby each of the latter may be e.g. a lockable roller bearing or a lockable ball bearing, and an input hub , wherein the first input shaft for odd gears receives the torque from the first lockable roller bearing , when locked, and the second input shaft for even gears receives the torque from the second lockable roller bearing , when locked, the first and second roller bearings being selectively and exclusively locked according to the relative rotation speed of the two input shafts. - a first input shaft for odd gears being associated to a first plurality of sprockets; - a second input shaft for even gears, coaxial to the first input shaft, the second shaft being associated to a second plurality of sprockets; - an output shaft having a plurality of output sprockets, each of the plurality of output sprockets corresponding to one of the sprockets on the first input shaft or on the second input shaft; - a torque management system adapted to transmit the torque alternatively and exclusively to one of the first and the second input shafts,
A sensor system for detecting if water or air is present in a hollow member, comprising a first acoustic sensor assembly mounted in a first housing placed on one side of the hollow member, a second acoustic sensor assembly mounted in a second housing placed on the opposite side of the hollow member relative to the first housing , a controller unit connected to the first and/or second sensor assemblies, and where the first and second sensor assemblies and the controller unit are provided with power supply, where each of the first and second sensor assemblies comprises a set of probes connected to electronics for transmitting and receiving signals, and where the housings comprise fastening means for connecting the housings , and thus the probes , to the hollow member, characterised in that - the controller unit comprises a micro-controller, software for controlling and coordinating transmission and reception of signals between said probes and means for registering and logging data generated by the sensor assemblies; - each probe in the first sensor assembly is configured to transmit an acoustic signal to each probe in the second sensor assembly; and each probe in the second sensor assembly is configured to successively receive the acoustic signals transmitted from each probe in the first sensor assembly for logging. - the controller unit comprises a micro-controller, software for controlling and coordinating transmission and reception of signals between said probes and means for registering and logging data generated by the sensor assemblies; - each probe in the first sensor assembly is configured to transmit an acoustic signal to each probe in the second sensor assembly; and
Method for producing a material strip having an integrated electronic component , said method comprising the following steps: feeding a material web which is first wound on a roll and unwound by a feeding device ; cutting off a first material piece from the material web ; cutting off a second material piece from the same material web ; placing an electronic component onto the first material piece or onto the second material piece ; placing the second material piece onto the first material piece , or the first material piece onto the second material piece in such a way that the electronic component is received between the first material piece and the second material piece ; wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber. feeding a material web which is first wound on a roll and unwound by a feeding device ; cutting off a first material piece from the material web ; cutting off a second material piece from the same material web ; placing an electronic component onto the first material piece or onto the second material piece ; placing the second material piece onto the first material piece , or the first material piece onto the second material piece in such a way that the electronic component is received between the first material piece and the second material piece ; wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber.