mhurhangee/patent-ind-claim-en huggingface dataset:
A door seal , comprising: a first seal mechanism including a first seal portion provided at a door end of a door and a second seal portion configured to contact the first seal portion when the door is closed; and a second seal mechanism including a third seal portion provided at the door end of the door and positioned differently in a thickness direction (E) of the door from the first seal portion and a fourth seal portion configured to contact the third seal portion when the door is closed, wherein when the door is closed, a first contact surface formed by the first seal portion and the second seal portion extends in a different direction than a second contact surface formed by the third seal portion and the fourth seal portion , wherein the first seal mechanism includes a projection as one of the seal portions thereof and a projection as the other seal portion thereof, characterized in that the second seal mechanism includes a projection as one of the seal portions thereof and a recess as the other of the seal portions thereof, and the projection and the recess are constructed and shaped such that, when the door is closed, the projection is fitted in the recess and contacts the recess at both widthwise side surfaces thereof, and a projection length, in a direction (A1, A2, B1, B2) in which the door moves, of the projection of the second seal mechanism is greater than a projection length, in the direction (A1, A2, B1, B2) in which the door moves, of the projections of the first seal mechanism . a first seal mechanism including a first seal portion provided at a door end of a door and a second seal portion configured to contact the first seal portion when the door is closed; and a second seal mechanism including a third seal portion provided at the door end of the door and positioned differently in a thickness direction (E) of the door from the first seal portion and a fourth seal portion configured to contact the third seal portion when the door is closed, wherein when the door is closed, a first contact surface formed by the first seal portion and the second seal portion extends in a different direction than a second contact surface formed by the third seal portion and the fourth seal portion , wherein the first seal mechanism includes a projection as one of the seal portions thereof and a projection as the other seal portion thereof, characterized in that the second seal mechanism includes a projection as one of the seal portions thereof and a recess as the other of the seal portions thereof, and the projection and the recess are constructed and shaped such that, when the door is closed, the projection is fitted in the recess and contacts the recess at both widthwise side surfaces thereof, and a projection length, in a direction (A1, A2, B1, B2) in which the door moves, of the projection of the second seal mechanism is greater than a projection length, in the direction (A1, A2, B1, B2) in which the door moves, of the projections of the first seal mechanism .
Gravity lubrication chute for pinions and gearbox bearings , comprising a flow floor , edged by guiding walls so as to form therewith a feed ramp capable of collecting the lubricant sprayed into the box, followed by spill corridors onto targeted lubrication points, characterized in that the floor has cavities having a cutout of conical form, so as to form, in the thickness of the floor , retention cones for the particles flowing in the flow of lubricant.
A method of detecting the presence or absence of multiple barcodes in a partition, the method comprising, forming partitions comprising forward primers comprising a barcode and , at the 3' end of the forward primers, a capture sequence complementary to the 3' sequence of a target nucleic acid or the reverse complement of said target nucleic acid, wherein different partitions contain different forward primers comprising different barcode sequences, a partition ID tag oligonucleotide comprising a variable partition ID tag sequence and a reverse complement of the capture sequence at the 3' end of the partition ID tag oligonucleotide; in the partitions, hybridizing at least one forward primer to the partition ID tag oligonucleotide to form a hybridized product; performing amplification on the hybridized product to form amplicons, wherein at least some amplicons are formed from a forward primer and the partition ID tag oligonucleotide; and sequencing the amplicons, wherein if different forward primers form amplicons with the same variable partition ID tag sequence, the different forward primers are considered to be from the same partition, wherein the partition ID tag oligonucleotide has a blocked 3' end such that a polymerase cannot extend the blocked 3' end during amplification; or the partition ID tag oligonucleotide comprises a double-stranded variable partition ID tag sequence and one or two single-stranded 3' ends comprising the reverse complement of the capture sequence. forming partitions comprising forward primers comprising a barcode and , at the 3' end of the forward primers, a capture sequence complementary to the 3' sequence of a target nucleic acid or the reverse complement of said target nucleic acid, wherein different partitions contain different forward primers comprising different barcode sequences, a partition ID tag oligonucleotide comprising a variable partition ID tag sequence and a reverse complement of the capture sequence at the 3' end of the partition ID tag oligonucleotide; in the partitions, hybridizing at least one forward primer to the partition ID tag oligonucleotide to form a hybridized product; performing amplification on the hybridized product to form amplicons, wherein at least some amplicons are formed from a forward primer and the partition ID tag oligonucleotide; and sequencing the amplicons, wherein if different forward primers form amplicons with the same variable partition ID tag sequence, the different forward primers are considered to be from the same partition, wherein the partition ID tag oligonucleotide has a blocked 3' end such that a polymerase cannot extend the blocked 3' end during amplification; or the partition ID tag oligonucleotide comprises a double-stranded variable partition ID tag sequence and one or two single-stranded 3' ends comprising the reverse complement of the capture sequence.
An information processing method, comprising: receiving a first signaling, the first signaling being used for indicating a terminal to transmit feedback information corresponding to a first downlink physical channel group on a first uplink physical resource; receiving a second signaling, wherein a value of new feedback indication information corresponding to the first downlink physical channel group indicated by the second signaling is different from a value of new feedback indication information corresponding to the first downlink physical channel group indicated by the first signaling, and the second signaling is transmitted after the first signaling; and cancelling transmission of the feedback information on the first uplink physical resource when the second signaling is received before the first uplink physical resource and when a time interval between a physical channel carrying the second signaling and the first uplink physical resource is greater than or equal to a first time length threshold, wherein the first signaling is first downlink control information, DCI, the second signaling is second DCI, and the new feedback indication information in the second DCI is toggled relative to the new feedback indication information in the first DCI. receiving a first signaling, the first signaling being used for indicating a terminal to transmit feedback information corresponding to a first downlink physical channel group on a first uplink physical resource; receiving a second signaling, wherein a value of new feedback indication information corresponding to the first downlink physical channel group indicated by the second signaling is different from a value of new feedback indication information corresponding to the first downlink physical channel group indicated by the first signaling, and the second signaling is transmitted after the first signaling; and cancelling transmission of the feedback information on the first uplink physical resource when the second signaling is received before the first uplink physical resource and when a time interval between a physical channel carrying the second signaling and the first uplink physical resource is greater than or equal to a first time length threshold, wherein the first signaling is first downlink control information, DCI, the second signaling is second DCI, and the new feedback indication information in the second DCI is toggled relative to the new feedback indication information in the first DCI.
A circuit for a wireless power receiver device, the circuit comprising: an inductive element configured to receive wireless power from a magnetic field associated with a wireless power transmitter device , the received wireless power inducing an alternating current in the inductive element; an output interface circuit electrically coupled to the inductive element and configured to provide a current to a load causing a voltage across the load; a voltage detector configured to detect the voltage across the load; and a decoupling controller configured to isolate the load from the output interface circuit based on the detected voltage, to decouple variations in the voltage across the load from the inductive element, so as to maintain the alternating current in the inductive element substantially constant as the voltage across the load varies. an inductive element configured to receive wireless power from a magnetic field associated with a wireless power transmitter device , the received wireless power inducing an alternating current in the inductive element; an output interface circuit electrically coupled to the inductive element and configured to provide a current to a load causing a voltage across the load; a voltage detector configured to detect the voltage across the load; and a decoupling controller configured to isolate the load from the output interface circuit based on the detected voltage, to decouple variations in the voltage across the load from the inductive element, so as to maintain the alternating current in the inductive element substantially constant as the voltage across the load varies.
A cobalt-free high-nickel positive electrode material, comprising: a cobalt-free high-nickel matrix material and a coating layer which is coated on the cobalt-free high-nickel matrix material, wherein a chemical formula of the cobalt-free high-nickel matrix material is Li m Ni x Mn y O 2 , wherein 0.2≤m≤0.8, 0.4≤x≤0.95, and 0.05≤y≤0.6, and the coating layer is TiB z O 1-z , wherein 0.2≤z≤0.8.
A portable electronic device, comprising: a communication unit configured to acquire information from a roadside device ; a display ; a storage ; and a controller configured to acquire position information of the roadside device based on the information acquired by the communication unit , and to cause the storage to store the acquired position information of the road side device as position information of the portable electronic device at a time of acquiring the information, wherein the controller is configured to cause the display to display the position information of the portable electronic device satisfying a predetermined condition in a manner different from position information of the portable electronic device not satisfying the predetermined condition, wherein the controller is configured to determine that the predetermined condition is satisfied when the position information of the portable electronic device is outside of a first predetermined range or, alternatively, when the position information of the portable electronic device is within a second predetermined range; and wherein the controller is configured to cause the display to display position information satisfying the predetermined condition and position information not satisfying the predetermined condition differently by changing a color or a blinking of the displayed position information. a communication unit configured to acquire information from a roadside device ; a display ; a storage ; and a controller configured to acquire position information of the roadside device based on the information acquired by the communication unit , and to cause the storage to store the acquired position information of the road side device as position information of the portable electronic device at a time of acquiring the information, wherein the controller is configured to cause the display to display the position information of the portable electronic device satisfying a predetermined condition in a manner different from position information of the portable electronic device not satisfying the predetermined condition, wherein the controller is configured to determine that the predetermined condition is satisfied when the position information of the portable electronic device is outside of a first predetermined range or, alternatively, when the position information of the portable electronic device is within a second predetermined range; and wherein the controller is configured to cause the display to display position information satisfying the predetermined condition and position information not satisfying the predetermined condition differently by changing a color or a blinking of the displayed position information.
A display panel, comprising: a pixel region , comprising a first pixel region and a second pixel region located around the first pixel region , the first pixel region and the second pixel region each comprising a plurality of pixels ; a photosensitive layer , located at least in the second pixel region ; a cover plate on a side of the plurality of pixels for displaying, and the cover plate comprising a light transmission region and a light shielding layer surrounding the light transmission region , wherein the light shielding layer coincides with at least a portion of the second pixel region in a direction perpendicular to the cover plate , and characterized in that the display panel further comprises: a drive circuit , electrically connected to the photosensitive layer , wherein a portion of the photosensitive layer that is not blocked by the light shielding layer generates an electrical signal after being irradiated by ambient light outside the display panel, a portion of the photosensitive layer that is blocked by the light shielding layer does not generate the electrical signal, and the drive circuit is configured to determine the position of the light transmission region according to the electrical signal generated by the photosensitive layer . a pixel region , comprising a first pixel region and a second pixel region located around the first pixel region , the first pixel region and the second pixel region each comprising a plurality of pixels ; a photosensitive layer , located at least in the second pixel region ; a cover plate on a side of the plurality of pixels for displaying, and the cover plate comprising a light transmission region and a light shielding layer surrounding the light transmission region , wherein the light shielding layer coincides with at least a portion of the second pixel region in a direction perpendicular to the cover plate , and characterized in that the display panel further comprises: a drive circuit , electrically connected to the photosensitive layer , wherein a portion of the photosensitive layer that is not blocked by the light shielding layer generates an electrical signal after being irradiated by ambient light outside the display panel, a portion of the photosensitive layer that is blocked by the light shielding layer does not generate the electrical signal, and the drive circuit is configured to determine the position of the light transmission region according to the electrical signal generated by the photosensitive layer . a drive circuit , electrically connected to the photosensitive layer , wherein a portion of the photosensitive layer that is not blocked by the light shielding layer generates an electrical signal after being irradiated by ambient light outside the display panel, a portion of the photosensitive layer that is blocked by the light shielding layer does not generate the electrical signal, and the drive circuit is configured to determine the position of the light transmission region according to the electrical signal generated by the photosensitive layer .
Condensing radiant system comprising a radiant panel for heating and/or cooling and dehumidifying a building room, the condensing radiant system, once attached to or suspended from the ceiling of the room, comprises: a peripheral frame provided with at least one fastening line of a stretched fabric located in the portion opposite the ceiling; the radiant panel attached to the peripheral frame ; at least one sealed stretched fabric , transparent to thermal radiation and provided with a hole, the at least one sealed stretched fabric being visible from the room and forming the horizontal lower face of the radiant system; a condensate collection plug rigidly connected to the at least one stretched fabric so as to be sealed and passing through the fabric via the hole; a drilled support , characterized in that the hole accommodates the condensate collection plug , the drilled support being attached to one of the sides of the peripheral frame and configured so as to pull the condensate collection plug to the bottom of the room in the opposite direction to the ceiling and thus imposing a negative slope of the at least one sealed stretched fabric from the periphery of the frame to the condensate collection plug . a peripheral frame provided with at least one fastening line of a stretched fabric located in the portion opposite the ceiling; the radiant panel attached to the peripheral frame ; at least one sealed stretched fabric , transparent to thermal radiation and provided with a hole, the at least one sealed stretched fabric being visible from the room and forming the horizontal lower face of the radiant system; a condensate collection plug rigidly connected to the at least one stretched fabric so as to be sealed and passing through the fabric via the hole; a drilled support , characterized in that the hole accommodates the condensate collection plug , the drilled support being attached to one of the sides of the peripheral frame and configured so as to pull the condensate collection plug to the bottom of the room in the opposite direction to the ceiling and thus imposing a negative slope of the at least one sealed stretched fabric from the periphery of the frame to the condensate collection plug .
A method for providing optotypes for a visual acuity determination for the distance, with the steps: - Providing a subject position for a subject, - Providing a presentation surface at a presentation position, - Detecting an individual test distance between the subject position and the presentation position, - Determining an individual target value for optotypes, which are tuned to the detected individual test distance according to a predetermined rule, - Providing digital optotype image data containing optotypes, which are scaled on the individual target size, and - Displaying the digital optotype image data on the display surface; characterized in that by means of a recording device, a digital test image is recorded, which is evaluated for detecting the individual test distance, comprising the steps: - Arranging a calibration object such that the calibration object is spaced from the recording device at the individual test distance, - Recording the test image such that the test image contains a recording of the calibration object, which is arranged in the individual test distance, and - Calculating and determining the individual test distance from the size of a distance of at least two prominent object points of the calibration object in the digital test image. - Providing a subject position for a subject, - Providing a presentation surface at a presentation position, - Detecting an individual test distance between the subject position and the presentation position, - Determining an individual target value for optotypes, which are tuned to the detected individual test distance according to a predetermined rule, - Providing digital optotype image data containing optotypes, which are scaled on the individual target size, and - Displaying the digital optotype image data on the display surface; - Arranging a calibration object such that the calibration object is spaced from the recording device at the individual test distance, - Recording the test image such that the test image contains a recording of the calibration object, which is arranged in the individual test distance, and - Calculating and determining the individual test distance from the size of a distance of at least two prominent object points of the calibration object in the digital test image.
A device for protecting an original digital document, said device comprising: - document receiving means for receiving said original digital document; - associated data receiving means for receiving associated data comprising at least partially data visible on said original digital document; - hashing means for creating a hash of said associated data; - digital signature means for asymmetrically encrypting said hash with a private key to thereby generate digitally signed data; - encoding means for generating a machine-readable code containing said asymmetrically encrypted hash to therewith sign at least a portion of data in said digital document, said encoding means being adapted to encode in said machine-readable code also said associated data such that said hash can be reproduced from decoded associated data in a machine-readable code of a printed hardcopy of said original digital document and serve for comparison with the encrypted hash encoded in said machine-readable code of said printed hardcopy to verify authenticity of said decoded associated data, and said machine-readable code enables verification of the authenticity of said printed hardcopy of said original digital document through comparison of data in said printed hardcopy with said associated data decoded from said machine-readable code and verified (24-30); - recording means for recording said machine-readable code onto a protected digital version of said original digital document. - document receiving means for receiving said original digital document; - associated data receiving means for receiving associated data comprising at least partially data visible on said original digital document; - hashing means for creating a hash of said associated data; - digital signature means for asymmetrically encrypting said hash with a private key to thereby generate digitally signed data; - encoding means for generating a machine-readable code containing said asymmetrically encrypted hash to therewith sign at least a portion of data in said digital document, said encoding means being adapted to encode in said machine-readable code also said associated data such that said hash can be reproduced from decoded associated data in a machine-readable code of a printed hardcopy of said original digital document and serve for comparison with the encrypted hash encoded in said machine-readable code of said printed hardcopy to verify authenticity of said decoded associated data, and said machine-readable code enables verification of the authenticity of said printed hardcopy of said original digital document through comparison of data in said printed hardcopy with said associated data decoded from said machine-readable code and verified (24-30); - recording means for recording said machine-readable code onto a protected digital version of said original digital document.