mhurhangee/patent-ind-claim-en huggingface dataset:
A brush assembly comprising: a brush , wherein the brush includes a first lead and a second lead extending from the brush at spaced apart locations; a lead guide for maintaining the leads extending from the brush in a desired position, the lead guide comprising: a bracket comprising a first guide rail , a second guide rail , and a cross member extending between the first guide rail and the second guide rail; the first guide rail including a channel for receiving the first lead of the brush and the second guide rail including a channel for receiving the second lead from the brush, the bracket configured to space the first lead away from the second lead to permit a spring of a brush holder assembly to be positioned therebetween; wherein the lead guide and the brush travel together as the brush diminishes in length during use, characterized in that the channel of the first guide rail opens out in a first direction and the channel of the second guide rail opens out in a second direction, opposite the first direction. a brush , wherein the brush includes a first lead and a second lead extending from the brush at spaced apart locations; a lead guide for maintaining the leads extending from the brush in a desired position, the lead guide comprising: a bracket comprising a first guide rail , a second guide rail , and a cross member extending between the first guide rail and the second guide rail; the first guide rail including a channel for receiving the first lead of the brush and the second guide rail including a channel for receiving the second lead from the brush, the bracket configured to space the first lead away from the second lead to permit a spring of a brush holder assembly to be positioned therebetween; wherein the lead guide and the brush travel together as the brush diminishes in length during use, characterized in that the channel of the first guide rail opens out in a first direction and the channel of the second guide rail opens out in a second direction, opposite the first direction. a bracket comprising a first guide rail , a second guide rail , and a cross member extending between the first guide rail and the second guide rail; the first guide rail including a channel for receiving the first lead of the brush and the second guide rail including a channel for receiving the second lead from the brush, the bracket configured to space the first lead away from the second lead to permit a spring of a brush holder assembly to be positioned therebetween; wherein the lead guide and the brush travel together as the brush diminishes in length during use, characterized in that the channel of the first guide rail opens out in a first direction and the channel of the second guide rail opens out in a second direction, opposite the first direction.
A transmitting method of storing data making up an application into a predetermined data unit and transmitting the stored data in the predetermined data unit, the transmitting method comprising: generating time information indicating an operation time of the application, based on reference time information received from an external source; and transmitting i) the predetermined data unit, ii) first control information which includes the time information generated, and iii) second control information which includes identification information indicating whether or not the time information is generated based on the reference time information indicating a time that is before a leap second adjustment; wherein in the generating, the time information corresponding to each of a plurality of the predetermined data units is generated for the each of the plurality of the predetermined data units, and the second control information transmitted in the transmitting includes the identification information corresponding to the each of the plurality of the predetermined data units. generating time information indicating an operation time of the application, based on reference time information received from an external source; and transmitting i) the predetermined data unit, ii) first control information which includes the time information generated, and iii) second control information which includes identification information indicating whether or not the time information is generated based on the reference time information indicating a time that is before a leap second adjustment; wherein in the generating, the time information corresponding to each of a plurality of the predetermined data units is generated for the each of the plurality of the predetermined data units, and the second control information transmitted in the transmitting includes the identification information corresponding to the each of the plurality of the predetermined data units.
An apparatus comprising means configured to: receive, at an apparatus, at least two groups of audio signals, each group having at least two audio signals, wherein the at least two audio signals for each group are provided from at least two closely spaced microphones (11 1 , 11 2 , 11 4 , 11 3 ) located on the apparatus; generate a first formed audio signal from a first group of the at least two groups of audio signals having emphasis towards a recording direction relative to the apparatus; generate a second formed audio signal from a second group of the at least two groups of audio signals having emphasis towards the same recording direction relative to the apparatus; analyse the first formed audio signal and the second formed audio signal to estimate a direction of at least one audio source and determine an audio signal associated with the at least one audio source; and generate at least one output audio signal based on the estimated direction of the at least one audio source and the audio signal associated with the at least one audio source. receive, at an apparatus, at least two groups of audio signals, each group having at least two audio signals, wherein the at least two audio signals for each group are provided from at least two closely spaced microphones (11 1 , 11 2 , 11 4 , 11 3 ) located on the apparatus; generate a first formed audio signal from a first group of the at least two groups of audio signals having emphasis towards a recording direction relative to the apparatus; generate a second formed audio signal from a second group of the at least two groups of audio signals having emphasis towards the same recording direction relative to the apparatus; analyse the first formed audio signal and the second formed audio signal to estimate a direction of at least one audio source and determine an audio signal associated with the at least one audio source; and generate at least one output audio signal based on the estimated direction of the at least one audio source and the audio signal associated with the at least one audio source.
A liquid discharge apparatus comprising: a head configured to discharge a liquid from nozzles onto a linear member conveyed in a conveyance direction, the head including a nozzle array including the nozzles arrayed along the conveyance direction; and a state check unit downstream of the head in the conveyance direction and configured to guide the linear member to form a two-dimensional surface with the linear member ; characterized in that the state check unit includes a path former forming a path that guides the linear member to form the two-dimensional surface , wherein, in the two-dimensional surface , multiple portions of the linear member onto which the liquid has been discharged from an identical nozzle of the nozzles are linearly arranged in the conveyance direction. a head configured to discharge a liquid from nozzles onto a linear member conveyed in a conveyance direction, the head including a nozzle array including the nozzles arrayed along the conveyance direction; and a state check unit downstream of the head in the conveyance direction and configured to guide the linear member to form a two-dimensional surface with the linear member ; characterized in that the state check unit includes a path former forming a path that guides the linear member to form the two-dimensional surface , wherein, in the two-dimensional surface , multiple portions of the linear member onto which the liquid has been discharged from an identical nozzle of the nozzles are linearly arranged in the conveyance direction.
A circuit board assembly , comprising: a circuit board comprising at least one inter-board optical fiber trace having at least one planar-shaped end portion accessible through an end surface of the circuit board ; at least one optical interface disposed in a ferrule , the at least one optical interface having at least one end portion accessible through a coupling face of the ferrule , wherein the least one optical interface has a front end portion accessible through a front coupling face of the ferrule and a rear end portion accessible through a rear coupling face of the ferrule , wherein the at least one optical interface is integrated as a light transmissive material portion in form of a lens into the ferrule ; and the at least one optical interface alignably mounted on the circuit board to optically connect the at least one end portion of the at least one optical interface to the at least one planar-shaped end portion of the at least one inter-board optical fiber trace of the circuit board . a circuit board comprising at least one inter-board optical fiber trace having at least one planar-shaped end portion accessible through an end surface of the circuit board ; at least one optical interface disposed in a ferrule , the at least one optical interface having at least one end portion accessible through a coupling face of the ferrule , wherein the least one optical interface has a front end portion accessible through a front coupling face of the ferrule and a rear end portion accessible through a rear coupling face of the ferrule , wherein the at least one optical interface is integrated as a light transmissive material portion in form of a lens into the ferrule ; and wherein the least one optical interface has a front end portion accessible through a front coupling face of the ferrule and a rear end portion accessible through a rear coupling face of the ferrule , wherein the at least one optical interface is integrated as a light transmissive material portion in form of a lens into the ferrule ; and the at least one optical interface alignably mounted on the circuit board to optically connect the at least one end portion of the at least one optical interface to the at least one planar-shaped end portion of the at least one inter-board optical fiber trace of the circuit board .
A video call-in system , comprising: a plurality of video caller devices ; a waiting room server configured to, prior to connection of a respective video call or calls, connect to the plurality of caller devices over a network to a virtual waiting room, the waiting room server further configured to provide content to the plurality of video caller devices and record input received from the plurality of video caller devices; a queue managing module in communication with the waiting room server, the queue managing module configured to prioritize the plurality of video caller devices in a queue prior to connection of the respective video call based on the input received from the plurality of video caller devices; a call tracking module including a graphic user interface on at least one display used by a screener configured to allow the screener to prescreen at least one of the plurality of video caller devices in the queue and reprioritize the plurality of video caller's devices in the queue; a video call central processing unit configured to connect with the video caller device at the top of the queue to establish a video call. a plurality of video caller devices ; a waiting room server configured to, prior to connection of a respective video call or calls, connect to the plurality of caller devices over a network to a virtual waiting room, the waiting room server further configured to provide content to the plurality of video caller devices and record input received from the plurality of video caller devices; a queue managing module in communication with the waiting room server, the queue managing module configured to prioritize the plurality of video caller devices in a queue prior to connection of the respective video call based on the input received from the plurality of video caller devices; a call tracking module including a graphic user interface on at least one display used by a screener configured to allow the screener to prescreen at least one of the plurality of video caller devices in the queue and reprioritize the plurality of video caller's devices in the queue; a video call central processing unit configured to connect with the video caller device at the top of the queue to establish a video call.
Method for producing hole-transporting electrical layers, where a functionalized organic matrix compound is reacted with at least one crosslinking reagent on a substrate to form compounds of relatively high molecular mass, where the crosslinking reagent comprises at least one metal atom from groups 13-15 and at least one organic ligand, characterized in that the functionalized organic matrix compound conforms to formula 1 below where L is a bond or is selected from the group encompassing substituted or nonsubstituted, saturated or unsaturated C1-C50 alkyl, aryl, polyethylene glycol, polyethylenediamine, polyester, polyurethane, polyvinylidenephenyl chains or mixtures thereof; E 1 , E 2 independently of one another may be oxygen, sulfur, selenium, NH or NE 3 , where E 3 is selected from the group encompassing substituted or nonsubstituted alkyl or aryl, and E 3 may be joined to R; R is selected from the group encompassing H, D, C1-C10 alkylsilyl or aryl-silyl esters, fluorinated or nonfluorinated branched or unbranched C1-C10 alkyl, aryl or heteroaryl, R HTL is the base structure of an organic hole transporter. L is a bond or is selected from the group encompassing substituted or nonsubstituted, saturated or unsaturated C1-C50 alkyl, aryl, polyethylene glycol, polyethylenediamine, polyester, polyurethane, polyvinylidenephenyl chains or mixtures thereof; E 1 , E 2 independently of one another may be oxygen, sulfur, selenium, NH or NE 3 , where E 3 is selected from the group encompassing substituted or nonsubstituted alkyl or aryl, and E 3 may be joined to R; R is selected from the group encompassing H, D, C1-C10 alkylsilyl or aryl-silyl esters, fluorinated or nonfluorinated branched or unbranched C1-C10 alkyl, aryl or heteroaryl, R HTL is the base structure of an organic hole transporter.
An in vitro method of diagnosis of chronic myelomonocytic leukemia (CMML) in a subject, said method comprising the steps of: a) Detecting by flow cytometry a monocyte population in a blood or plasma sample from said subject; b) Quantifying by flow cytometry the CD14+/CD16 - monocytes in said blood or plasma sample; c) Comparing the value of step b) to a reference value; and d) Diagnosing CMML based on said comparison. a) Detecting by flow cytometry a monocyte population in a blood or plasma sample from said subject; b) Quantifying by flow cytometry the CD14+/CD16 - monocytes in said blood or plasma sample; c) Comparing the value of step b) to a reference value; and d) Diagnosing CMML based on said comparison.
An electronic device , comprising a housing and a display , wherein the display is disposed into the housing , so that the electronic device becomes a structure having accommodation space inside, and the electronic device further comprises: a heat emitting element , disposed in the accommodation space; a pad-shaped cooling stand , pivotally connected to the housing through a rotating shaft, and at least capable of remaining in a first position in a folded state and a second position in a standing state; and a flexible thermal pad that is flexible and bendable, wherein a first end of the flexible thermal pad extends into the accommodation space through a strip-shaped through hole disposed in the housing , a second end of the flexible thermal pad is attached to the pad-shaped cooling stand , and heat generated by the heat emitting element is conducted to the pad-shaped cooling stand through the flexible thermal pad . a heat emitting element , disposed in the accommodation space; a pad-shaped cooling stand , pivotally connected to the housing through a rotating shaft, and at least capable of remaining in a first position in a folded state and a second position in a standing state; and a flexible thermal pad that is flexible and bendable, wherein a first end of the flexible thermal pad extends into the accommodation space through a strip-shaped through hole disposed in the housing , a second end of the flexible thermal pad is attached to the pad-shaped cooling stand , and heat generated by the heat emitting element is conducted to the pad-shaped cooling stand through the flexible thermal pad .
A washing machine, comprising: a tub provided inside a cabinet to store wash water therein; and a plurality of super-hydrophobic micro-protrusions integrally formed on an inner surface of the tub to remove residual water in the tub ; characterized in that the plurality of super-hydrophobic micro-protrusions are formed symmetrically on both sides with respect to first directional center lines spaced apart in parallel from each other along an inner surface of the tub and second directional center lines spaced apart in parallel from each other in a direction intersecting the first directional center lines, wherein the first directional center lines and the second directional center lines are formed in a lattice shape. a tub provided inside a cabinet to store wash water therein; and a plurality of super-hydrophobic micro-protrusions integrally formed on an inner surface of the tub to remove residual water in the tub ; characterized in that the plurality of super-hydrophobic micro-protrusions are formed symmetrically on both sides with respect to first directional center lines spaced apart in parallel from each other along an inner surface of the tub and second directional center lines spaced apart in parallel from each other in a direction intersecting the first directional center lines, wherein the first directional center lines and the second directional center lines are formed in a lattice shape.
Gear device for attaching onto a drive shaft , having a main body which at least partly surrounds the drive shaft , a pinion which is arranged in the assembled state on the drive shaft , and a rack which in the assembled state on the main body cooperates with the pinion and extends through the main body , wherein the main body comprises two legs which are open on one side in such a manner that the main body can be fitted onto the drive shaft in radial direction relative to the drive shaft , wherein the legs are joined together on opposite sides by means of crosspieces , so that a tab is formed respectively aligned to be perpendicular to the drive shaft into which the rack can be placed, characterised in that two retaining elements are provided opposite one another on the main body and a retaining element is provided on a leg of the main body respectively and the retaining elements are designed such that the pinion is mounted on the retaining elements and in that the legs of the main body are bent away from one another so that the pinion is pushed on an inner face of the retaining elements and in that the pinion is secured by the retaining elements on the main body between the two legs of the main body when arranged on the main body .
A mask bead for a patient interface, consisting of a contact area to a mask body, a nose bridge area having a width (B1), in the transition area to the side area , side areas , a base area and a bearing area on the patient, wherein the bearing area extends from the side areas and the base area and the nose bridge area to an opening and wherein the bearing area is designed as a sealing lip which frames the central opening which serves at least for the introduction of the nose of the patient, wherein the mask bead has a maximum width (B2) and the ratio of the widths B1 to B2 is one to three or greater, wherein a height (H1) of the mask bead in the nose bridge area , measured from the contact area to the bearing area , is always the same as or greater than the height (H2) of the mask bead in the side area , measured from the contact area to the bearing area , characterized in that the height (H1) in the nose bridge area is in the range of 18 - 27 mm and the height (H2) of the side area is in the range of 12 - 22 mm.
An electrical power delivery apparatus for delivering electrical power, the apparatus comprising: an AC-to-DC power converter for converting input AC power to output DC power for providing a DC output; a transformer having an input for connection to an AC power supply and an output connected to an input of the AC-to-DC power converter , the transformer being constructed and arranged to change the voltage of the input AC power supply and pass the changed voltage AC power as an input AC power to the AC-to-DC power converter ; a generator for converting mechanical energy to electrical energy, the generator having a rotor which in use is positioned in a magnetic field generated in use by the DC output of the AC-to-DC power converter passing through a cable to an apparatus or device which is receiving the electrical power; and a transducer for converting vibrational energy to rotational energy; the arrangement being such that in use the transducer converts vibrational energy produced by the transformer to rotational energy of the rotor of the generator so as to cause the rotor of the generator to rotate in the magnetic field generated by the DC output, thereby to cause the generator to generate electrical power. an AC-to-DC power converter for converting input AC power to output DC power for providing a DC output; a transformer having an input for connection to an AC power supply and an output connected to an input of the AC-to-DC power converter , the transformer being constructed and arranged to change the voltage of the input AC power supply and pass the changed voltage AC power as an input AC power to the AC-to-DC power converter ; a generator for converting mechanical energy to electrical energy, the generator having a rotor which in use is positioned in a magnetic field generated in use by the DC output of the AC-to-DC power converter passing through a cable to an apparatus or device which is receiving the electrical power; and a transducer for converting vibrational energy to rotational energy; the arrangement being such that in use the transducer converts vibrational energy produced by the transformer to rotational energy of the rotor of the generator so as to cause the rotor of the generator to rotate in the magnetic field generated by the DC output, thereby to cause the generator to generate electrical power.
A magnetic drill press comprising: A main housing ; a drill unit supported by the main housing for relative movement therewith in a direction of a rotational axis of the drill unit; and a magnetic base coupled to the main housing configured to selectively magnetically latch to a ferromagnetic workpiece to support the magnetic drill press on the workpiece, the base including a plurality of grooves formed on a surface of the base engageable with the ferromagnetic workpiece; characterised in that each of the grooves defines an absence of magnetic material between the base and the ferromagnetic workpiece when the surface of the base is engaged with the ferromagnetic workpiece. A main housing ; a drill unit supported by the main housing for relative movement therewith in a direction of a rotational axis of the drill unit; and a magnetic base coupled to the main housing configured to selectively magnetically latch to a ferromagnetic workpiece to support the magnetic drill press on the workpiece, the base including a plurality of grooves formed on a surface of the base engageable with the ferromagnetic workpiece; characterised in that each of the grooves defines an absence of magnetic material between the base and the ferromagnetic workpiece when the surface of the base is engaged with the ferromagnetic workpiece.