mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving (S3410), by a station, STA, in a wireless local area network, a first Physical layer Protocol Data Unit, PPDU, including a physical layer, PHY, header and a Medium Access Control, MAC, frame; decoding (S3450), by the STA, the MAC frame; checking (S3460), by the STA, information included in the MAC frame based on a MAC header of the MAC frame, the MAC header including at least one of a first address field and a second address field; and transmitting, by the STA to an access point, AP, a second PPDU including a PHY header, characterized in that , each of the PHY headers of the first PPDU and the second PPDU includes a signal, SIG, field having a uplink/downlink, UL/DL, indication subfield and a STA identifier, ID, subfield, in reception of the first PPDU, the STA checks the UL/DL indication subfield corresponds to a DL value and checks the STA ID subfield includes information on the STA's association identifier, AID, as a receiver's AID, in transmission of the second PPDU, the STA sets the UL/DL indication subfield to a UL value, and sets the STA ID subfield to information on the STA's AID as a transmitter's AID, and in that the DL/UL indication subfield is located before the STA ID subfield. receiving (S3410), by a station, STA, in a wireless local area network, a first Physical layer Protocol Data Unit, PPDU, including a physical layer, PHY, header and a Medium Access Control, MAC, frame; decoding (S3450), by the STA, the MAC frame; checking (S3460), by the STA, information included in the MAC frame based on a MAC header of the MAC frame, the MAC header including at least one of a first address field and a second address field; and transmitting, by the STA to an access point, AP, a second PPDU including a PHY header, characterized in that , each of the PHY headers of the first PPDU and the second PPDU includes a signal, SIG, field having a uplink/downlink, UL/DL, indication subfield and a STA identifier, ID, subfield, in reception of the first PPDU, the STA checks the UL/DL indication subfield corresponds to a DL value and checks the STA ID subfield includes information on the STA's association identifier, AID, as a receiver's AID, in transmission of the second PPDU, the STA sets the UL/DL indication subfield to a UL value, and sets the STA ID subfield to information on the STA's AID as a transmitter's AID, and in that the DL/UL indication subfield is located before the STA ID subfield.
A method for processing an acellular collagenous tissue, comprising immersing the acellular collagenous tissue in a preservation liquid containing a biocompatible ionic liquid which is miscible with water, such that all or part of an intrinsic liquid contained in the acellular collagenous tissue is replaced by the preservation liquid until the size of the acellular collagenous tissue remains stable in a non-liquid environment.
A radar device , comprising: a response signal detector configured to detect a response signal transmitted from a transponder in response to a detection signal, from a reception signal that is a received reflection wave of the detection signal transmitted from an antenna ; a transponder reflection wave detector configured to detect the reflection wave appearing at a timing earlier than the response signal in the reception signal as the reflection wave of the transponder ; and a positional information acquirer configured to acquire positional information indicative of a position of the transponder from the response signal detected by the response signal detector ; characterised by a response delay acquirer configured to acquire a response delay of the transponder based on a time difference between a reception timing of the reflection wave and a reception timing of the response signal, the radar device further comprising: a response time acquirer configured to acquire a response time that is a time from the transmission of the detection signal to the reception of the response signal; and a positioning part configured to acquire a position of the radar device based on the positional information, the response time, and the response delay. a response signal detector configured to detect a response signal transmitted from a transponder in response to a detection signal, from a reception signal that is a received reflection wave of the detection signal transmitted from an antenna ; a transponder reflection wave detector configured to detect the reflection wave appearing at a timing earlier than the response signal in the reception signal as the reflection wave of the transponder ; and a positional information acquirer configured to acquire positional information indicative of a position of the transponder from the response signal detected by the response signal detector ; characterised by a response delay acquirer configured to acquire a response delay of the transponder based on a time difference between a reception timing of the reflection wave and a reception timing of the response signal, the radar device further comprising: a response time acquirer configured to acquire a response time that is a time from the transmission of the detection signal to the reception of the response signal; and a positioning part configured to acquire a position of the radar device based on the positional information, the response time, and the response delay. a response time acquirer configured to acquire a response time that is a time from the transmission of the detection signal to the reception of the response signal; and a positioning part configured to acquire a position of the radar device based on the positional information, the response time, and the response delay.
A method of inactivating virus in a product feedstream in a manufacturing process of a therapeutic polypeptide, the method comprising the step of subjecting the feedstream to a detergent, wherein the detergent is environmentally compatible, wherein the environmentally compatible detergent has a CAS registry number of CAS 58846-77-8, CAS 59122-55-3, CAS 64366-70-7, CAS 27252-75-1, CAS 132778-08-6, CAS 110615-47-9, or CAS 68515-73-1.
A phosphorus-containing phenolic compound represented by formula : wherein Ar represents a naphthalene ring which may include an alkyl group having 1 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, a cycloalkyl group having 5 to 8 carbon atoms, an aryl group having 6 to 10 carbon atoms, an aralkyl group having 7 to 11 carbon atoms, an aryloxy group having 6 to 10 carbon atoms, or an aralkyloxy group having 7 to 11 carbon atoms as a substituent; and Z is a phosphorus-containing group represented by formula (a1) and/or formula (a2): wherein R 3 are each independently a hydrocarbon group having 1 to 11 carbon atoms; m1 are each independently an integer of 0 to 4 each; R 4 are each independently a hydrocarbon group having 1 to 11 carbon atoms; and m2 are each independently an integer of 0 to 5.
An interactive information terminal with variable form, comprising: an information terminal , a rotating device , and a bracket , wherein the information terminal is fixed on the bracket by the rotating device , the rotating device includes a fixing member , a rotating member , and a rotating shaft , the fixing member is detachably connected with the information terminal , the rotating member is detachably connected with the bracket , and the rotating member is rotatably connected with the fixing member through the rotating shaft , so as to realize that the rotating member rotates around an axial line of the rotating shaft , the fixing member includes a first body having a circular shape, and at least one protrusion is provided on an outer periphery of the first body ; the rotating member includes a second body , and at least a first groove for being plugged by and matched with the protrusion is provided, correspondingly to a rotation start point and a rotation end point of the information terminal , on the second body , wherein the protrusion includes a first plate and a second plate that are vertically connected, the first plate is detachably connected with a side of the fixing member deviating from the rotating member by a screw, the second plate is arranged on a side of the first plate close to the rotating member , an elastic sheet structure is convexly provided on a side of the second plate facing away from a center of the fixing member .
A compressed gas single-acting actuator, comprises an actuator body , wherein pistons are respectively provided on left and right ends of said actuator body , a rack is provided on each of said pistons , a central axle is provided between said two racks , a plurality of reset springs are provided between said pistons and said actuator body , an internal cavity is formed between said pistons , an external cavity is formed between said pistons and said actuator body , an external cavity gas chamber path communicated with said external cavity is provided on said actuator body , whereby a solenoid valve is provided on an interface of said actuator body , a solenoid valve plate is provided between said interface and said solenoid valve , a gas chamber is provided on said actuator body , a ring seal is provided between said gas chamber and said actuator body , a first gas inlet passage communicated with said gas chamber is provided on said actuator body and a check valve is provided at a first end of said first gas inlet passage , characterised in that said interface of said actuator body is a Namur interface, that said check valve is provided at said first end of said first gas inlet passage on said gas chamber , that a second end of said first gas inlet passage is provided at a right back side of said Namur interface for corresponding to a second gas port of said solenoid valve plate ; that a second gas inlet channel is provided on said actuator body communicated with said gas chamber , and that an outlet of said second gas inlet channel is provided at an upper left side of said Namur interface for corresponding to a third gas inlet of said solenoid valve plate .
A control device for controlling a control object, the control device comprising: a storage unit configured to store a first program to be scanned as a whole for each execution and a second program that is sequentially executed; an execution processing unit configured to compute a first command value by executing the first program at every predetermined control cycle; an interpreter configured to interpret at least a part of the second program and to generate an intermediate code ; a command value computation unit configured to compute a second command value at every control cycle according to the intermediate code generated in advance by the interpreter , wherein the intermediate code includes a function for the command value computation unit to compute the second command value at every control cycle; and an output unit configured to output the first command value computed by the execution processing unit and the second command value computed by the command value computation unit at every control cycle. a storage unit configured to store a first program to be scanned as a whole for each execution and a second program that is sequentially executed; an execution processing unit configured to compute a first command value by executing the first program at every predetermined control cycle; an interpreter configured to interpret at least a part of the second program and to generate an intermediate code ; a command value computation unit configured to compute a second command value at every control cycle according to the intermediate code generated in advance by the interpreter , wherein the intermediate code includes a function for the command value computation unit to compute the second command value at every control cycle; and an output unit configured to output the first command value computed by the execution processing unit and the second command value computed by the command value computation unit at every control cycle.
A scaling device , comprising: a main body having at least one anatomical registering feature configured to be aligned with a selected anatomical feature, wherein the main body is conformable to the selected anatomical structure, wherein the main body further comprises a scaling marker and a scaling marker pathway that is selectively oriented with respect to the anatomical registering feature and facilitates repeatable gross placement of the scaling marker relative to the selected anatomical structure, wherein the scaling marker pathway has a first end and an opposed second end , and wherein the scaling marker is selectively displaceable along the scaling marker pathway about and between the first end and the second end to enable fine placement of the scaling marker relative to the selected anatomical structure.
A method for enhancing recovery of oil from an oil-bearing formation within a reservoir, comprising: (a) introducing a foaming composition under pressure into the oil-bearing formation; (b) introducing a gas under pressure into the oil-bearing formation, wherein the presence of the foaming composition affects the flow of gas within the oil-bearing formation; and (c) extracting oil through a wellbore in the reservoir, wherein the foaming composition comprises a foam stabilizer, wherein the foam stabilizer is an alkyl amidopropyl hydroxy sulfobetaine, wherein the alkyl group has an integer number of carbon atoms from between 10 to 24, wherein the foaming composition further comprises an alkyl olefin sulfonate. (a) introducing a foaming composition under pressure into the oil-bearing formation; (b) introducing a gas under pressure into the oil-bearing formation, wherein the presence of the foaming composition affects the flow of gas within the oil-bearing formation; and (c) extracting oil through a wellbore in the reservoir,
A wireless device configured to transmit a radiation signal, comprising: a circuit board including a metallic ground plane and at least one substrate layer; a monopole antenna coupled to the circuit board and adapted to transmit radio frequency, RF, signals, wherein the monopole antenna includes one or more loading structures configured to change a resonance of the monopole antenna ; and two or more apertures (320, 325, 335, 340, 420-435, 505, 510, 605-620, 635-650) in the metallic ground plane , wherein at least one selectable radio frequency switch is positioned over each of the apertures (320, 325, 335, 340, 420-435, 505, 510, 605-620, 635-650), and wherein the two or more apertures (320, 325, 335, 340, 420-435, 505, 510, 605-620, 635-650) are selected to beam steer specific RF signals transmitted from the monopole antenna via selection of the associated RF switches, wherein the two or more apertures extend around the monopole antenna and comprise an aperture (325, 340, 510, 605-620) located further from the monopole antenna and configured to perform beam steering of a lower frequency RF signal and a further aperture (320, 335, 505, 635-650) located closer to the monopole antenna and configured to perform beam steering of a higher frequency RF signal. a circuit board including a metallic ground plane and at least one substrate layer; a monopole antenna coupled to the circuit board and adapted to transmit radio frequency, RF, signals, wherein the monopole antenna includes one or more loading structures configured to change a resonance of the monopole antenna ; and two or more apertures (320, 325, 335, 340, 420-435, 505, 510, 605-620, 635-650) in the metallic ground plane , wherein at least one selectable radio frequency switch is positioned over each of the apertures (320, 325, 335, 340, 420-435, 505, 510, 605-620, 635-650), and wherein the two or more apertures (320, 325, 335, 340, 420-435, 505, 510, 605-620, 635-650) are selected to beam steer specific RF signals transmitted from the monopole antenna via selection of the associated RF switches, wherein the two or more apertures extend around the monopole antenna and comprise an aperture (325, 340, 510, 605-620) located further from the monopole antenna and configured to perform beam steering of a lower frequency RF signal and a further aperture (320, 335, 505, 635-650) located closer to the monopole antenna and configured to perform beam steering of a higher frequency RF signal.
A bird feeder comprising: a hopper (23; 25) for providing a supply of food or fluid for a bird, said hopper comprising a storage compartment (27; 29) for a supply of food or fluid for a bird, and a tray (31; 33) into which food or fluid from said storage compartment can flow; a receptacle for waste food or fluid, and a hopper support having an aperture for receiving the tray (31; 33) so that the hopper (23; 25) is supported by said support in such a position that food or fluid can flow from said storage compartment to the tray, said hopper support including a dished peripheral skirt that is inclined towards the receptacle from the aperture for receiving the tray, the peripheral skirt being configured to cover a major portion of the receptacle so as to obstruct bird access to waste within said receptacle, said skirt being configured so that a gap is provided between the skirt and a wall of the receptacle so that waste food or fluid can pass through the gap into said receptacle; wherein the hopper (23; 25) is removable from the feeder for cleaning or for replenishing the supply of fluid or food in said storage compartment (27; 29). a hopper (23; 25) for providing a supply of food or fluid for a bird, said hopper comprising a storage compartment (27; 29) for a supply of food or fluid for a bird, and a tray (31; 33) into which food or fluid from said storage compartment can flow; a receptacle for waste food or fluid, and a hopper support having an aperture for receiving the tray (31; 33) so that the hopper (23; 25) is supported by said support in such a position that food or fluid can flow from said storage compartment to the tray, said hopper support including a dished peripheral skirt that is inclined towards the receptacle from the aperture for receiving the tray, the peripheral skirt being configured to cover a major portion of the receptacle so as to obstruct bird access to waste within said receptacle, said skirt being configured so that a gap is provided between the skirt and a wall of the receptacle so that waste food or fluid can pass through the gap into said receptacle; wherein the hopper (23; 25) is removable from the feeder for cleaning or for replenishing the supply of fluid or food in said storage compartment (27; 29).
An implantable lead for electrically stimulating an organ (N) and/or for collecting electrical potentials on said organ, the implantable lead comprising: - a distal ending suitable for coming into contact with the tissues of the organ, this ending comprising: • an insulating substrate ; and • at least one conductive interface carried by the substrate; and - a lead body , including at least one link conductor connected to a respective conductive interface; said implantable lead being characterized in that : - the substrate is a substrate that is not elastically deformable; - the conductive interface is devoid of any additional elastically deformable support incorporating the substrate or added to the substrate; - the conductive interface comprises at least one deformable conductive wire that is at least partially bared; and - the conductive interface further comprises a woven, embroidered, braided, or knitted configuration for anchoring the deformable wire to the substrate ; the conductive wire of the conductive interface is distinct from its respective link conductor , the conductive wire being electrically coupled to the link conductor, and the distal end of the link conductor being mechanically secured to the substrate. - a distal ending suitable for coming into contact with the tissues of the organ, this ending comprising: • an insulating substrate ; and • at least one conductive interface carried by the substrate; and • an insulating substrate ; and • at least one conductive interface carried by the substrate; and - a lead body , including at least one link conductor connected to a respective conductive interface; - the substrate is a substrate that is not elastically deformable; - the conductive interface is devoid of any additional elastically deformable support incorporating the substrate or added to the substrate; - the conductive interface comprises at least one deformable conductive wire that is at least partially bared; and - the conductive interface further comprises a woven, embroidered, braided, or knitted configuration for anchoring the deformable wire to the substrate ; the conductive wire of the conductive interface is distinct from its respective link conductor , the conductive wire being electrically coupled to the link conductor, and the distal end of the link conductor being mechanically secured to the substrate.
An acoustic characteristic measurement device comprising: a speaker configured to output an acoustic signal in which a watermark signal is embedded; a microphone configured to perform sound collection with respect to the acoustic signal output from the speaker in a predetermined listening position; and an acoustic characteristic determination means configured to determine an acoustic characteristic of an acoustic space from the speaker to the listening position, on the basis of the watermark signal embedded in the acoustic signal which is subjected to the sound collection by the microphone , characterised by a watermark signal timing notification means configured to provide notification of an output timing when the watermark signal embedded in the acoustic signal is output from the speaker , wherein the acoustic characteristic determination means determines the acoustic characteristic according to the notification of the watermark signal timing notification means , and wherein the watermark signal timing notification means is configured to include a time when the watermark signal is output from the speaker , in the watermark signal, as the output timing. a speaker configured to output an acoustic signal in which a watermark signal is embedded; a microphone configured to perform sound collection with respect to the acoustic signal output from the speaker in a predetermined listening position; and an acoustic characteristic determination means configured to determine an acoustic characteristic of an acoustic space from the speaker to the listening position, on the basis of the watermark signal embedded in the acoustic signal which is subjected to the sound collection by the microphone , characterised by a watermark signal timing notification means configured to provide notification of an output timing when the watermark signal embedded in the acoustic signal is output from the speaker , wherein the acoustic characteristic determination means determines the acoustic characteristic according to the notification of the watermark signal timing notification means , and wherein the watermark signal timing notification means is configured to include a time when the watermark signal is output from the speaker , in the watermark signal, as the output timing.