mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display; a fingerprint sensor configured to acquire fingerprint data through a display region, the display region being at least a partial region of an entire display area of the display; a memory configured to store a first application for performing a designated function other than fingerprint registration and a second application for performing the fingerprint registration; and a processor configured to: execute the first application, the execution causing a first graphical object for controlling the designated function to be displayed through the display region; acquire at least one first fingerprint data from a first user input on the first graphical object using the fingerprint sensor; execute the second application, wherein the execution thereof includes acquiring second fingerprint data from a second user input on the display region, and generate fingerprint information about the same user using the at least one first fingerprint data and the second fingerprint data. a display; a fingerprint sensor configured to acquire fingerprint data through a display region, the display region being at least a partial region of an entire display area of the display; a memory configured to store a first application for performing a designated function other than fingerprint registration and a second application for performing the fingerprint registration; and a processor configured to: execute the first application, the execution causing a first graphical object for controlling the designated function to be displayed through the display region; acquire at least one first fingerprint data from a first user input on the first graphical object using the fingerprint sensor; execute the second application, wherein the execution thereof includes acquiring second fingerprint data from a second user input on the display region, and generate fingerprint information about the same user using the at least one first fingerprint data and the second fingerprint data. execute the first application, the execution causing a first graphical object for controlling the designated function to be displayed through the display region; acquire at least one first fingerprint data from a first user input on the first graphical object using the fingerprint sensor; execute the second application, wherein the execution thereof includes acquiring second fingerprint data from a second user input on the display region, and generate fingerprint information about the same user using the at least one first fingerprint data and the second fingerprint data.
A head up display device, comprising a display unit for emitting display light ; a first mirror for reflecting the display light emitted from the display unit ; a second mirror for reflecting display light reflected by the first mirror ; and a case for housing the display unit and the first and second mirrors , wherein: the first mirror is a first concave mirror having a curvature that causes the reflected display light to cross up and down before reaching the second mirror , the second mirror is a second concave mirror that reflects the received display light , the case includes a first shielding portion and a second shielding portion extending to the vicinity of a cross point to sandwich an optical path between the first and second concave mirrors , and the first and second shielding portions shield external light entering to inside the case from the outside of the case and proceeding toward the first concave mirror after being reflected by the second concave mirror . the first mirror is a first concave mirror having a curvature that causes the reflected display light to cross up and down before reaching the second mirror , the second mirror is a second concave mirror that reflects the received display light , the case includes a first shielding portion and a second shielding portion extending to the vicinity of a cross point to sandwich an optical path between the first and second concave mirrors , and the first and second shielding portions shield external light entering to inside the case from the outside of the case and proceeding toward the first concave mirror after being reflected by the second concave mirror .
System of suction muffler thermal insulation in compressors comprising a protective device and a silencing device ; the silencing device provided with a body, a cavity , a constricted region , an upper region ; the body with a wall that defines an outer face and an inner face ; the silencing device comprises at least a connection region from the wall ; the protection device comprises a body with a wall that defines an outer face and an inner face ; the wall comprising at least one connection region ; the protection device being connected to the silencing device via the interaction between at least a connection region with at least a connection region ; characterized in that the inner face of the protection device has a distance of up to 5.0 mm from the outer face of the silencing device in order to define a gap ; and wherein the protection device is attached to the silencing device by a spring that tightens the suction muffler. the silencing device provided with a body, a cavity , a constricted region , an upper region ; the body with a wall that defines an outer face and an inner face ; the silencing device comprises at least a connection region from the wall ; the protection device comprises a body with a wall that defines an outer face and an inner face ; the wall comprising at least one connection region ; the protection device being connected to the silencing device via the interaction between at least a connection region with at least a connection region ; characterized in that the inner face of the protection device has a distance of up to 5.0 mm from the outer face of the silencing device in order to define a gap ; and wherein the protection device is attached to the silencing device by a spring that tightens the suction muffler.
Vehicle awning comprising a winding drum , comprising a vehicle awning cloth which can be selectively rolled onto the winding drum and unrolled from the winding drum , comprising a housing which receives the winding drum and has a front strip , support means being provided which act on the outer circumference of the winding drum , characterized in that the support means comprise retaining means , and the support means are arranged at least approximately halfway along the length (L) of the winding drum and comprise two cylinders , one cylinder being arranged under the shaft (A) of the winding drum , and another cylinder being arranged in front of the shaft (A) of the winding drum , and vehicle awning feet being attached to the front strip , which feet are telescopic and are arranged in the housing when the awning is closed.
A system , comprising: a sensor to detect a first authentication device associated with a user, a central controller connected to the sensor to receive an indication of a detection of the first authentication device associated with the user; and an electronic device connected to the central controller to: receive the indication of the detection of the first authentication device associated with the user, wherein the electronic device is to transition to a second mode from a first mode upon receiving the indication of the detection of the first authentication device ; detect a second authentication device (130a-e) associated with the user, wherein the electronic device is to transition to a third mode from the second mode upon detection of the second authentication device (130a-e); and upon receiving the indication of the detection of the first authentication device and detection of the second authentication device (130a-e), allow access to the electronic device, wherein the first mode corresponds to the electronic device being completely shut down, the second mode is a sleep mode of the electronic device and the third mode is a fully awake mode of the electronic device. a sensor to detect a first authentication device associated with a user, a central controller connected to the sensor to receive an indication of a detection of the first authentication device associated with the user; and an electronic device connected to the central controller to: receive the indication of the detection of the first authentication device associated with the user, wherein the electronic device is to transition to a second mode from a first mode upon receiving the indication of the detection of the first authentication device ; detect a second authentication device (130a-e) associated with the user, wherein the electronic device is to transition to a third mode from the second mode upon detection of the second authentication device (130a-e); and upon receiving the indication of the detection of the first authentication device and detection of the second authentication device (130a-e), allow access to the electronic device, receive the indication of the detection of the first authentication device associated with the user, wherein the electronic device is to transition to a second mode from a first mode upon receiving the indication of the detection of the first authentication device ; detect a second authentication device (130a-e) associated with the user, wherein the electronic device is to transition to a third mode from the second mode upon detection of the second authentication device (130a-e); and upon receiving the indication of the detection of the first authentication device and detection of the second authentication device (130a-e), allow access to the electronic device, wherein the first mode corresponds to the electronic device being completely shut down, the second mode is a sleep mode of the electronic device and the third mode is a fully awake mode of the electronic device.
A vaporizer comprising: an outer chamber having an inlet and an outlet , wherein a longitudinal axis is defined between the inlet and the outlet; an inner chamber disposed at least partially within the outer chamber, wherein the inner chamber has an end disposed proximate the inlet of the outer chamber; an elongate boat disposed at least partially within the inner chamber, wherein the elongate boat has a distal end that is configured to extend and retract relative to the end of the inner chamber and along the longitudinal axis between at least an extended position and a fully retracted position, wherein the elongate boat is configured, when in the fully retracted position, to allow a portion of heated gas to pass into the inner chamber, and wherein the elongate boat is prevented from rotating about the longitudinal axis; and a heater at least partially surrounding the elongate boat. an outer chamber having an inlet and an outlet , wherein a longitudinal axis is defined between the inlet and the outlet; an inner chamber disposed at least partially within the outer chamber, wherein the inner chamber has an end disposed proximate the inlet of the outer chamber; an elongate boat disposed at least partially within the inner chamber, wherein the elongate boat has a distal end that is configured to extend and retract relative to the end of the inner chamber and along the longitudinal axis between at least an extended position and a fully retracted position, wherein the elongate boat is configured, when in the fully retracted position, to allow a portion of heated gas to pass into the inner chamber, and wherein the elongate boat is prevented from rotating about the longitudinal axis; and a heater at least partially surrounding the elongate boat.
A sensing system for sensing a target analyte in a sample, the sensing system comprising a photonics integrated circuit and an encapsulation material , the photonics integrated circuit being partially encapsulated by the encapsulation material , the photonics integrated circuit comprising: - a first integrated sensor accessible to sample with the target analyte, and at least - a second integrated sensor accessible to a reference substance, wherein the reference substance, such as water or other small molecules, is based on the sample but the target analyte is at least partially filtered out through filtering by the encapsulation material such that the reference substance has similar basic properties as the sample, the second integrated sensor being positioned in the part of the partially encapsulated photonics integrated circuit that is encapsulated by the encapsulation material ; wherein the sensing system is configured such that, when using the sensing system , between the second integrated sensor and the encapsulation material the reference substance is present, but no target analyte, or less target analyte than the amount of target analyte being present at the first integrated sensor , and wherein the first integrated sensor is positioned in the remaining part of the partially encapsulated photonics integrated circuit not being encapsulated by the encapsulation , characterized in that the encapsulation material is a biocompatible packaging material of the sensing system having good implantation properties. - a first integrated sensor accessible to sample with the target analyte, and at least - a second integrated sensor accessible to a reference substance, wherein the reference substance, such as water or other small molecules, is based on the sample but the target analyte is at least partially filtered out through filtering by the encapsulation material such that the reference substance has similar basic properties as the sample, the second integrated sensor being positioned in the part of the partially encapsulated photonics integrated circuit that is encapsulated by the encapsulation material ; wherein the sensing system is configured such that, when using the sensing system , between the second integrated sensor and the encapsulation material the reference substance is present, but no target analyte, or less target analyte than the amount of target analyte being present at the first integrated sensor , and wherein the first integrated sensor is positioned in the remaining part of the partially encapsulated photonics integrated circuit not being encapsulated by the encapsulation , characterized in that the encapsulation material is a biocompatible packaging material of the sensing system having good implantation properties.
A method, comprising: embedding , by a first node among a plurality of nodes in a peer-to-peer blockchain network (120a-120n, 125) and into an unconfirmed transaction being propagated across said network for eventual inclusion in a block, a cryptographic signature and a network address that combines with other cryptographic signatures and network addresses that have been previously embedded in the unconfirmed transaction by one or more other nodes of the plurality of nodes in the blockchain network (120a-120n, 125) to create a chain of signatures that constitutes an independently-verifiable and unforgeable record of a routing path that the unconfirmed transaction takes as it propagates across the peer-to-peer blockchain network (120a-120n, 125), characterized by: validating , with a second node among the plurality of nodes , the chain of signatures embedded in the transactions included in a block of a blockchain to confirm that the block itself is valid in accordance with a set of consensus rules of the blockchain.
Coffee grinder comprising: - a base whereon a frame is mounted, - a grinding unit arranged in the frame , - an electric motor that drives the grinding unit , - a hopper ending into the grinding unit for feeding coffee beans, - a dispenser in communication with the grinding unit for dispensing coffee powder, - a bracket movably mounted in a front partition arranged on the base ; said bracket having a seat suitable for supporting a filter holder so that a filter of the filter holder is disposed under the dispenser for receiving the coffee powder, and - a load cell connected to said bracket for measuring the weight of the coffee powder contained in the filter of the filter holder arranged in the seat of the bracket; said load cell having a rear portion and a front portion fixed to said bracket , - a support fixed to the base ; said support having a rear portion and a front portion ; wherein the load cell is mounted on the support so that the rear portion of the load cell is securely fixed to the rear portion of the support and the front portion of the load cell is spaced away from the front portion of the support in such a way to leave a gap (G) between the front portion of the support and the front portion of the load cell; wherein the width of the gap (G) is such to permit a downward bending of the front portion of the load cell that is lower than a maximum load limit of the load cell. - a base whereon a frame is mounted, - a grinding unit arranged in the frame , - an electric motor that drives the grinding unit , - a hopper ending into the grinding unit for feeding coffee beans, - a dispenser in communication with the grinding unit for dispensing coffee powder, - a bracket movably mounted in a front partition arranged on the base ; said bracket having a seat suitable for supporting a filter holder so that a filter of the filter holder is disposed under the dispenser for receiving the coffee powder, and - a load cell connected to said bracket for measuring the weight of the coffee powder contained in the filter of the filter holder arranged in the seat of the bracket; said load cell having a rear portion and a front portion fixed to said bracket , - a support fixed to the base ; said support having a rear portion and a front portion ;
A system for automatically printing and applying multiple labels to an item to enable shipping of the item by a carrier, the system comprising a controller comprising at least one hardware processor and a memory, the controller being configured to populate multiple label templates with unique information associated with the item , and queue an electronic representation of the populated label templates in print file format, a movable label applicator device (104-1, 104-2), and a conveyor for transporting the item , wherein the movable label applicator device comprises a printer for printing the multiple labels onto a supply of labeling material (127-1), wherein the multiple printed labels contains unique information associated with the item; and an applicator for applying the multiple printed labels to a surface of the item, wherein the applicator is configured to apply the multiple labels to the surface of the item such that the multiple labels are removably stacked on top of one another, wherein the movable label applicator device is positioned above the conveyor and an arrival time of the item at the movable label applicator device is controlled by a stop time of the conveyor, wherein the stop time is determined at the controller based on a length of time required to print and apply the multiple labels to the surface of the item. wherein the movable label applicator device comprises a printer for printing the multiple labels onto a supply of labeling material (127-1), wherein the multiple printed labels contains unique information associated with the item; and an applicator for applying the multiple printed labels to a surface of the item, wherein the applicator is configured to apply the multiple labels to the surface of the item such that the multiple labels are removably stacked on top of one another, wherein the movable label applicator device is positioned above the conveyor and an arrival time of the item at the movable label applicator device is controlled by a stop time of the conveyor, wherein the stop time is determined at the controller based on a length of time required to print and apply the multiple labels to the surface of the item.
A method of making a heat treated coated article, the method comprising: having a coated article including a coating supported by a glass substrate , the coating comprising a copper-doped layer (7, 7', 7") comprising an oxide and/or nitride of zirconium, and wherein the copper-doped layer (7, 7', 7") is substantially free of tungsten and zinc; and thermally tempering the coated article, including the glass substrate and the copper-doped layer (7, 7', 7") comprising an oxide and/or nitride of zirconium, so that after the tempering a layer comprising copper-doped zirconium oxide is provided on the glass substrate . having a coated article including a coating supported by a glass substrate , the coating comprising a copper-doped layer (7, 7', 7") comprising an oxide and/or nitride of zirconium, and wherein the copper-doped layer (7, 7', 7") is substantially free of tungsten and zinc; and thermally tempering the coated article, including the glass substrate and the copper-doped layer (7, 7', 7") comprising an oxide and/or nitride of zirconium, so that after the tempering a layer comprising copper-doped zirconium oxide is provided on the glass substrate .
A compressor for a charging device comprising a compressor housing in which a compressor wheel is arranged, and a cartridge , which is arranged in the compressor housing in the area of a compressor inlet , wherein the cartridge is designed to variably change the cross section of the compressor inlet , wherein the cartridge comprises a bearing ring , an adjusting ring , and a plurality of diaphragm elements , wherein the diaphragm elements are rotatably mounted in the bearing ring via shafts , wherein the shafts are rotatable about axes parallel to an axis of rotation of the compressor , wherein the diaphragm elements are mechanically coupled to the adjusting ring so that a rotation of the adjusting ring causes a displacement of the diaphragm elements , wherein a lever arm is provided per diaphragm element and is in operative connection with the adjusting ring , wherein the lever arm transfers a movement of the adjusting ring to the corresponding diaphragm element , wherein the diaphragm elements are adjustable between a first position, which corresponds to a maximum cross-section of the compressor inlet , and a second position, which corresponds to a minimum cross-section of the compressor inlet , and wherein the diaphragm elements are configured so that together they form a circular cross-sectional boundary for the compressor inlet in the second position. a compressor housing in which a compressor wheel is arranged, and a cartridge , which is arranged in the compressor housing in the area of a compressor inlet , wherein the cartridge is designed to variably change the cross section of the compressor inlet , wherein the cartridge comprises a bearing ring , an adjusting ring , and a plurality of diaphragm elements , wherein the diaphragm elements are rotatably mounted in the bearing ring via shafts , wherein the shafts are rotatable about axes parallel to an axis of rotation of the compressor , wherein the diaphragm elements are mechanically coupled to the adjusting ring so that a rotation of the adjusting ring causes a displacement of the diaphragm elements , wherein a lever arm is provided per diaphragm element and is in operative connection with the adjusting ring , wherein the lever arm transfers a movement of the adjusting ring to the corresponding diaphragm element , wherein the diaphragm elements are adjustable between a first position, which corresponds to a maximum cross-section of the compressor inlet , and a second position, which corresponds to a minimum cross-section of the compressor inlet , and wherein the diaphragm elements are configured so that together they form a circular cross-sectional boundary for the compressor inlet in the second position.