mhurhangee/patent-ind-claim-en huggingface dataset:
A dishwasher comprising: a washing tub ; a storage portion installed in the washing tub to be withdrawable through an opening of the washing tub and configured to store a dish; a door configured to open and close the opening ; an imaging portion installed around the opening of the washing tub and configured to capture an image of a part of the storage portion that is taken out of the washing tub and the dish stored in the storage portion , when the part of the storage portion is taken out of the washing tub ; and a processor configured to: when the storage portion starts to move into the washing tub , detect a feature point provided in the storage portion from an image captured by the imaging portion , detect a position identification pattern provided on the door from the image captured by the imaging portion , and identify a position of the storage portion based on the distance between the detected feature point and the position identification pattern in the image; and when the storage portion is installed in the washing tub , identify a placement area in which the dish is stored based on an area in which the position identification pattern is not identified in the image and the position of the storage portion . a washing tub ; a storage portion installed in the washing tub to be withdrawable through an opening of the washing tub and configured to store a dish; a door configured to open and close the opening ; an imaging portion installed around the opening of the washing tub and configured to capture an image of a part of the storage portion that is taken out of the washing tub and the dish stored in the storage portion , when the part of the storage portion is taken out of the washing tub ; and a processor configured to: when the storage portion starts to move into the washing tub , detect a feature point provided in the storage portion from an image captured by the imaging portion , detect a position identification pattern provided on the door from the image captured by the imaging portion , and identify a position of the storage portion based on the distance between the detected feature point and the position identification pattern in the image; and when the storage portion is installed in the washing tub , identify a placement area in which the dish is stored based on an area in which the position identification pattern is not identified in the image and the position of the storage portion . when the storage portion starts to move into the washing tub , detect a feature point provided in the storage portion from an image captured by the imaging portion , detect a position identification pattern provided on the door from the image captured by the imaging portion , and identify a position of the storage portion based on the distance between the detected feature point and the position identification pattern in the image; and when the storage portion is installed in the washing tub , identify a placement area in which the dish is stored based on an area in which the position identification pattern is not identified in the image and the position of the storage portion .
A computing device comprising: a processor ; a network connection ; and memory comprising computer-executable instructions ; the computing device configured, when the instructions are executed by the computing device, to perform operations for conditional forward error correction of data over the network connection, the operations comprising: obtaining a current portion of streaming audio data to be sent in a current network packet to a second computing device via the network connection ; obtaining a previous portion of streaming audio data, wherein the previous portion of streaming audio data has been previously sent to the second computing device in a previous network packet ; characterized in that the operations are further comprising: determining whether the previous portion of streaming audio data can be predicted, at the second computing device, from the current portion of streaming audio data ; and when the previous portion of streaming audio data can be predicted from the current portion of streaming audio data, skipping sending a redundant copy of the previous portion of data along with the current portion of streaming audio data in the current network packet to the second computing device . a processor ; a network connection ; and memory comprising computer-executable instructions ; the computing device configured, when the instructions are executed by the computing device, to perform operations for conditional forward error correction of data over the network connection, the operations comprising: obtaining a current portion of streaming audio data to be sent in a current network packet to a second computing device via the network connection ; obtaining a previous portion of streaming audio data, wherein the previous portion of streaming audio data has been previously sent to the second computing device in a previous network packet ; obtaining a current portion of streaming audio data to be sent in a current network packet to a second computing device via the network connection ; obtaining a previous portion of streaming audio data, wherein the previous portion of streaming audio data has been previously sent to the second computing device in a previous network packet ; determining whether the previous portion of streaming audio data can be predicted, at the second computing device, from the current portion of streaming audio data ; and when the previous portion of streaming audio data can be predicted from the current portion of streaming audio data, skipping sending a redundant copy of the previous portion of data along with the current portion of streaming audio data in the current network packet to the second computing device .
A rotor blade of a wind turbine , wherein the rotor blade is split into at least one rotor blade component which is close to the hub and one rotor blade component which is remote from the hub at a separation point in the longitudinal direction, wherein the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub can be connected at the separation point for operation of the wind turbine , wherein a ratio of profile thickness to profile depth, called relative thickness, at the separation point lies within a range of from 0.4 to 0.5, characterized in that a sum of the lengths of the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub, which rotor blade components are connected at the separation point , gives a blade length of the rotor blade , wherein the separation point is located in a region of from 27% to 33% of the blade length as viewed from the hub. the rotor blade is split into at least one rotor blade component which is close to the hub and one rotor blade component which is remote from the hub at a separation point in the longitudinal direction, wherein the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub can be connected at the separation point for operation of the wind turbine , wherein a ratio of profile thickness to profile depth, called relative thickness, at the separation point lies within a range of from 0.4 to 0.5, characterized in that a sum of the lengths of the rotor blade component which is close to the hub and the rotor blade component which is remote from the hub, which rotor blade components are connected at the separation point , gives a blade length of the rotor blade , wherein the separation point is located in a region of from 27% to 33% of the blade length as viewed from the hub.
Bullet projectile resistant drywall structure , the drywall structure comprising a plurality of drywall profiles arranged in a manner so as to form a drywall substructure, each drywall profile having a base portion and connected thereto parallel extending flange portions capable of fixing building boards thereto; a plurality of inner gypsum fiber boards arranged between the drywall profiles so as to extend between the base portions of adjacent drywall profiles; characterized in a plurality of outer gypsum fiber boards directly or indirectly attached to the parallel extending flange portions, wherein the bullet projectile resistant drywall structure further comprises a sheet metal layer arranged between the plurality of outer gypsum fiber boards and respective outer sides of the parallel extending flange portions .
Card reader comprising: a plastic housing with a bottom , a contacting unit that is arranged in the bottom and is at least partially extrusion-coated with plastic material, for data exchange with a chip card that is inserted into the card reader , wherein the contacting unit comprises contacts that project into the card path for contacting electric contact fields of the chip card , and a discharge plate that is arranged upstream of the contacting unit on the same side as the contacts in the card insertion direction , with two connecting feet for soldering onto a circuit board , characterized in that the discharge plate is arranged in the bottom and is at least partially extrusion-coated with plastic material. a plastic housing with a bottom , a contacting unit that is arranged in the bottom and is at least partially extrusion-coated with plastic material, for data exchange with a chip card that is inserted into the card reader , wherein the contacting unit comprises contacts that project into the card path for contacting electric contact fields of the chip card , and a discharge plate that is arranged upstream of the contacting unit on the same side as the contacts in the card insertion direction , with two connecting feet for soldering onto a circuit board , characterized in that the discharge plate is arranged in the bottom and is at least partially extrusion-coated with plastic material.
Method for producing a multi-layer large-diameter pipe comprising a pipe unit consisting of an outer pipe that forms a carrier layer and at least one inner pipe that forms a cladding layer, comprising the following method steps: - inserting the inner pipe into the outer pipe , - introducing a pressure unit having at least one pressure roller which has a diameter smaller than the inner diameter of the inner pipe and is rotatably mounted with its rotary axle radially spaced apart from the longitudinal axis of the inner pipe , - applying contact pressure, which is directed radially outward against the inner surface of the inner pipe , to the pressure roller , - rotating the pressure unit relative to the pipe unit , the pressure roller thus rolling against the inner surface of the inner pipe and pressing the outer surface of the inner pipe against the inner surface of the outer pipe , causing local plastic deformation of the inner pipe wall, wherein, when the pressure roller is rolling, the pressure unit is supported against the inner surface of the inner pipe so as to act diametrically counter to said roller by means of a support unit having at least one support roller , and, while the pressure roller is rolling, the pressure unit is simultaneously pushed forward axially relative to the pipe unit . - inserting the inner pipe into the outer pipe , - introducing a pressure unit having at least one pressure roller which has a diameter smaller than the inner diameter of the inner pipe and is rotatably mounted with its rotary axle radially spaced apart from the longitudinal axis of the inner pipe , - applying contact pressure, which is directed radially outward against the inner surface of the inner pipe , to the pressure roller , - rotating the pressure unit relative to the pipe unit , the pressure roller thus rolling against the inner surface of the inner pipe and pressing the outer surface of the inner pipe against the inner surface of the outer pipe , causing local plastic deformation of the inner pipe wall, wherein, when the pressure roller is rolling, the pressure unit is supported against the inner surface of the inner pipe so as to act diametrically counter to said roller by means of a support unit having at least one support roller , and, while the pressure roller is rolling, the pressure unit is simultaneously pushed forward axially relative to the pipe unit .
Net holder for a games net , comprising: - an inner post with a net fastening region designed for inserting into a net loop of the games net , and with a spindle having an external thread, - an at least substantially L-shaped body having an outer post and a crossbar , wherein the outer post is designed as a hollow box profile for receiving and guiding the inner post and has a slot-shaped net feedthrough , wherein a free end of the crossbar has a fastening means for fastening to a games table, and - an adjuster which is designed as a sleeve having an internal thread which is configured for engaging with the external thread of the spindle , wherein fixing means are provided for fixing the adjuster in respect of a longitudinal position relative to the outer post but permitting rotation of the adjuster , wherein the inner post and/or the outer post have/has limiting means for limiting a rotation of the inner post in the outer post but permitting a longitudinal displacement. - an inner post with a net fastening region designed for inserting into a net loop of the games net , and with a spindle having an external thread, - an at least substantially L-shaped body having an outer post and a crossbar , wherein the outer post is designed as a hollow box profile for receiving and guiding the inner post and has a slot-shaped net feedthrough , wherein a free end of the crossbar has a fastening means for fastening to a games table, and - an adjuster which is designed as a sleeve having an internal thread which is configured for engaging with the external thread of the spindle , wherein fixing means are provided for fixing the adjuster in respect of a longitudinal position relative to the outer post but permitting rotation of the adjuster , wherein the inner post and/or the outer post have/has limiting means for limiting a rotation of the inner post in the outer post but permitting a longitudinal displacement.
An optical inner surface measuring device configured to observe and measure a target object using an interference optical method, comprising: an optical fiber built into a tube ; at least one light path conversion unit arranged at a leading end side of the optical fiber; a motor configured to rotationally drive the light path conversion unit ; and an optical interference analysis unit for collecting reflected light from the target object via the optical fiber, and a computer for calculating waveform data, based on the collected light, of an inner peripheral surface of the target object; characterized in that it comprises a displacement detection unit configured to measure an amount of runout of a rotation shaft unit of the motor, and to generate displacement amount data, wherein the computer is configured to subtract the displacement amount data from the calculated waveform data to obtain waveform data which is corrected for runout. an optical fiber built into a tube ; at least one light path conversion unit arranged at a leading end side of the optical fiber; a motor configured to rotationally drive the light path conversion unit ; and an optical interference analysis unit for collecting reflected light from the target object via the optical fiber, and a computer for calculating waveform data, based on the collected light, of an inner peripheral surface of the target object; characterized in that it comprises a displacement detection unit configured to measure an amount of runout of a rotation shaft unit of the motor, and to generate displacement amount data, wherein the computer is configured to subtract the displacement amount data from the calculated waveform data to obtain waveform data which is corrected for runout.
An attack countermeasure determination apparatus comprising: an input unit configured to receive an arbitrary domain name as input, and acquire setting information corresponding to the domain name, registration information corresponding to the domain name, and external information corresponding to an address corresponding to the domain name, as feature information on the domain name; an attack countermeasure determination unit configured to specify a pre-designated category for the domain name on the basis of the feature information, and determine, in a stepwise manner, an attack countermeasure against the domain name in accordance with the specified category; and an attack countermeasure information output unit configured to output attack countermeasure information corresponding to the attack countermeasure. an input unit configured to receive an arbitrary domain name as input, and acquire setting information corresponding to the domain name, registration information corresponding to the domain name, and external information corresponding to an address corresponding to the domain name, as feature information on the domain name; an attack countermeasure determination unit configured to specify a pre-designated category for the domain name on the basis of the feature information, and determine, in a stepwise manner, an attack countermeasure against the domain name in accordance with the specified category; and an attack countermeasure information output unit configured to output attack countermeasure information corresponding to the attack countermeasure.
A computer-implemented method for efficient packet forwarding, the method comprising: generating a compressed representation of a type, length, and value, TLV, string in response to identifying the TLV string in a packet; storing the compressed representation for the TLV string in an entry of a learned dictionary in a storage device of a first node, wherein the compressed representation in the entry includes a compressed counter comprising a compressor key, and wherein the compressor key is mapped, in the learned dictionary, to a type of the TLV string and a base value in the entry ; receiving, by the first node, an acknowledgement from a second node in response to sending the entry to the second node ; and in response to identifying the TLV string in a subsequent second packet of the acknowledgement, compressing the TLV string in the second packet based on the compressed representation, wherein compressing the TLV string in the second packet further comprises: calculating an offset based on a value in the TLV string and the base value; replacing the TLV string with the compressor key and the offset; and forwarding the second packet to the second node. generating a compressed representation of a type, length, and value, TLV, string in response to identifying the TLV string in a packet; storing the compressed representation for the TLV string in an entry of a learned dictionary in a storage device of a first node, wherein the compressed representation in the entry includes a compressed counter comprising a compressor key, and wherein the compressor key is mapped, in the learned dictionary, to a type of the TLV string and a base value in the entry ; receiving, by the first node, an acknowledgement from a second node in response to sending the entry to the second node ; and in response to identifying the TLV string in a subsequent second packet of the acknowledgement, compressing the TLV string in the second packet based on the compressed representation, wherein compressing the TLV string in the second packet further comprises: calculating an offset based on a value in the TLV string and the base value; replacing the TLV string with the compressor key and the offset; and forwarding the second packet to the second node. calculating an offset based on a value in the TLV string and the base value; replacing the TLV string with the compressor key and the offset; and forwarding the second packet to the second node.
A computer-implemented method to assist in determining the mental health of a patient , comprising: collecting a speech pattern from the patient at a mobile electronic device, comprising: using a speech elicitor to prompt the patient to produce the speech pattern; producing the speech pattern responsive to the prompting; and receiving the produced speech pattern; analyzing the quality of the received speech pattern, the quality being assessed using an error analyzer that identifies regions that are non-speech sounds, silence, or other background events, comprising determining whether the analyzed quality of the received speech pattern meets a particular threshold and causing the prompting, producing, receiving, and analyzing to repeat until the analyzed quality of the received speech pattern meets the particular threshold; processing the collected speech pattern in both a speech recognition module and an acoustic analysis module and passing the respective outputs to a linguistic, prosodic, and spectral feature extraction module to compute information and output at least one speech feature to a model that has been trained with annotated examples to determine a mental health assessment score of the patient; and reporting a report to a provider , the report comprising the determined mental health assessment score and the information , to assist in determining the state-of-mind of the patient, wherein the determined mental health assessment score indicates whether the patient is suffering from Post-Traumatic Stress Disorder. collecting a speech pattern from the patient at a mobile electronic device, comprising: using a speech elicitor to prompt the patient to produce the speech pattern; producing the speech pattern responsive to the prompting; and receiving the produced speech pattern; using a speech elicitor to prompt the patient to produce the speech pattern; producing the speech pattern responsive to the prompting; and receiving the produced speech pattern; analyzing the quality of the received speech pattern, the quality being assessed using an error analyzer that identifies regions that are non-speech sounds, silence, or other background events, comprising determining whether the analyzed quality of the received speech pattern meets a particular threshold and causing the prompting, producing, receiving, and analyzing to repeat until the analyzed quality of the received speech pattern meets the particular threshold; processing the collected speech pattern in both a speech recognition module and an acoustic analysis module and passing the respective outputs to a linguistic, prosodic, and spectral feature extraction module to compute information and output at least one speech feature to a model that has been trained with annotated examples to determine a mental health assessment score of the patient; and reporting a report to a provider , the report comprising the determined mental health assessment score and the information , to assist in determining the state-of-mind of the patient,