mhurhangee/patent-ind-claim-en huggingface dataset:
A robotic mower comprising: a first chassis platform comprising a first wheel assembly ; a second chassis platform comprising a second wheel assembly , the first and second chassis platforms being spaced apart from each other; and a combination linkage operably coupling the first and second chassis platforms , wherein the combination linkage is operably coupled to the first chassis platform via a first link and is operably coupled to the second chassis platform via a second link , and wherein the combination linkage employs at least two different coupling features to operably couple the first and second chassis platforms , the robotic mower being characterised in that the at least two different coupling features comprise an attachment that enables rotation about a turning axis , the rotation about the turning axis changing an angular difference between a heading of the first chassis platform and a heading of the second chassis platform , and that at least any one among a fixed attachment and an attachment that enables pivoting about a pivot axis that is substantially perpendicular to the turning axis . a first chassis platform comprising a first wheel assembly ; a second chassis platform comprising a second wheel assembly , the first and second chassis platforms being spaced apart from each other; and a combination linkage operably coupling the first and second chassis platforms , wherein the combination linkage is operably coupled to the first chassis platform via a first link and is operably coupled to the second chassis platform via a second link , and wherein the combination linkage employs at least two different coupling features to operably couple the first and second chassis platforms , the robotic mower being characterised in that the at least two different coupling features comprise an attachment that enables rotation about a turning axis , the rotation about the turning axis changing an angular difference between a heading of the first chassis platform and a heading of the second chassis platform , and that at least any one among a fixed attachment and an attachment that enables pivoting about a pivot axis that is substantially perpendicular to the turning axis .
An antibody conjugate, comprising an antibody that binds to a target, wherein the antibody is linked to a lytic domain, wherein said lytic domain comprises or consists of a peptide selected from KFAKFAKKFAKFAKK, KFAKFAKKFAKFAKKF, KFAKFAKKFAKFAKKFA, KFAKFAKKFAKFAKKFAK, KFAKFAKKFAKFAKKFAKF and KFAKFAKKFAKFAKKFAKFA; wherein the lytic domain is linked to a Heavy (H) chain of the antibody, or linked to a Light (L) chain of the antibody, and wherein said target is CD20.
A method for removing residual pigment particles of a tattoo formed as a result of a tattoo removal procedure from a target region of the skin of a patient, comprising: defining an irrigation area in or around the target region, wherein the irrigation area comprises the residual pigment particles of the tattoo; injecting an irrigation fluid into the irrigation area; suspending at least a portion of the residual pigment particles in the irrigation fluid; and removing the irrigation fluid from the irrigation area via at least one channel through a surface of the skin of the patient, wherein the at least the portion of the residual pigment particles suspended in the irrigation fluid are removed with the irrigation fluid. defining an irrigation area in or around the target region, wherein the irrigation area comprises the residual pigment particles of the tattoo; injecting an irrigation fluid into the irrigation area; suspending at least a portion of the residual pigment particles in the irrigation fluid; and removing the irrigation fluid from the irrigation area via at least one channel through a surface of the skin of the patient, wherein the at least the portion of the residual pigment particles suspended in the irrigation fluid are removed with the irrigation fluid.
Operating method of a vehicle cabin air supply device comprising: - taking fresh air from outside the cabin, - injecting said fresh air into the cabin , characterized in that it comprises a step of, when starting the air supply device , entirely diverting the fresh air to an air exhaust , said fresh air being exhausted outside the cabin, during a determined exhaust duration before injecting said fresh air into the cabin. - taking fresh air from outside the cabin, - injecting said fresh air into the cabin ,
Method for supporting a driver when monitoring the load-carrying limits in an industrial truck , wherein the industrial truck has a mast having a load-receiving means , in particular a load fork, which is guided so as to be height-adjustable on the mast , an optically readable lifting height display which is formed by a graduation , and a marking interacting with this graduation being attached to the mast , wherein the graduation and the marking are disposed on parts of the mast and/or of the load-receiving means that move relative to one another during a lifting movement, characterized in that the industrial truck has a control device having a display device and detection means for a load weight, in that the control device from a signal of the detection means determines a load weight, determines and displays on the display device a maximum lifting height associated with this load weight, and in that the mast has a lifting cylinder of which the lifting movement is transmitted by a chain, and the marking is disposed on an upper end of the lifting cylinder. characterized in that the industrial truck has a control device having a display device and detection means for a load weight, in that the control device from a signal of the detection means determines a load weight, determines and displays on the display device a maximum lifting height associated with this load weight, and in that the mast has a lifting cylinder of which the lifting movement is transmitted by a chain, and the marking is disposed on an upper end of the lifting cylinder.
An ink delivery system for at least one printing module, the system comprising a closed-loop ink recirculation circuit, the ink recirculation circuit comprising: a pressure regulating chamber ; a first ink conduit configured to supply an ink from the pressure regulating chamber to the at least one printing module ; a second ink conduit configured to collect the ink from the at least one printing module and to return the collected ink to the pressure regulating chamber ; and a recirculation pump arranged in the second ink conduit ; wherein the ink delivery system further comprises a vacuum discharge circuit connected to the second ink conduit through a valve , the vacuum discharge circuit configured to produce a vacuum condition in the at least one printing module , and the ink delivery system further comprises a backpressure generating circuit configured to connect the pressure regulating chamber with an external environment through an adjustable needle valve , characterized in that the backpressure generating circuit further comprises in parallel with the needle valve a backpressure pump configured to maintain established backpressure in the pressure regulating chamber . a pressure regulating chamber ; a first ink conduit configured to supply an ink from the pressure regulating chamber to the at least one printing module ; a second ink conduit configured to collect the ink from the at least one printing module and to return the collected ink to the pressure regulating chamber ; and a recirculation pump arranged in the second ink conduit ; wherein the ink delivery system further comprises a vacuum discharge circuit connected to the second ink conduit through a valve , the vacuum discharge circuit configured to produce a vacuum condition in the at least one printing module , and the ink delivery system further comprises a backpressure generating circuit configured to connect the pressure regulating chamber with an external environment through an adjustable needle valve , characterized in that the backpressure generating circuit further comprises in parallel with the needle valve a backpressure pump configured to maintain established backpressure in the pressure regulating chamber . wherein the ink delivery system further comprises a vacuum discharge circuit connected to the second ink conduit through a valve , the vacuum discharge circuit configured to produce a vacuum condition in the at least one printing module , and the ink delivery system further comprises a backpressure generating circuit configured to connect the pressure regulating chamber with an external environment through an adjustable needle valve , characterized in that the backpressure generating circuit further comprises in parallel with the needle valve a backpressure pump configured to maintain established backpressure in the pressure regulating chamber .
A method for processing a Non-access stratum, NAS, request, applied to a first network device, the method comprising: receiving (S710), by the first network device, the NAS request of a terminal device and at least two tracking area identities, TAIs, for the terminal device from a second network device; and accepting (S720), by the first network device, the NAS request, characterized in that receiving, by the first network device, the NAS request of the terminal device and the at least two TAIs for the terminal device from the second network device comprises: receiving, by the first network device, an N2 message from the second network device, the N2 message carrying the NAS request and user location information, ULI, and the ULI carrying the at least two TAIs for the terminal device, and wherein the first network device is an Access and Mobility Management Function, AMF, and the second network device is a base station. receiving (S710), by the first network device, the NAS request of a terminal device and at least two tracking area identities, TAIs, for the terminal device from a second network device; and accepting (S720), by the first network device, the NAS request, characterized in that receiving, by the first network device, the NAS request of the terminal device and the at least two TAIs for the terminal device from the second network device comprises: receiving, by the first network device, an N2 message from the second network device, the N2 message carrying the NAS request and user location information, ULI, and the ULI carrying the at least two TAIs for the terminal device, and wherein the first network device is an Access and Mobility Management Function, AMF, and the second network device is a base station. receiving, by the first network device, an N2 message from the second network device, the N2 message carrying the NAS request and user location information, ULI, and the ULI carrying the at least two TAIs for the terminal device, and wherein the first network device is an Access and Mobility Management Function, AMF, and the second network device is a base station.
A terminal apparatus comprising: a higher-layer processor configured to configure a short transmission timing interval, sTTI, for a first serving cell; a physical uplink channel transmitter configured to transmit a physical uplink control channel, PUCCH , on the first serving cell; and a short physical uplink channel transmitter configured to transmit a short physical uplink control channel, SPUCCH , on the first serving cell; wherein in a case of a collision between the PUCCH and the SPUCCH in a subframe, the transmitters are further configured to drop the PUCCH and transmit the SPUCCH , the SPUCCH carrying both a hybrid automatic repeat request acknowledgment, HARQ-ACK, response associated with the PUCCH and a HARQ-ACK response associated with the SPUCCH . a higher-layer processor configured to configure a short transmission timing interval, sTTI, for a first serving cell; a physical uplink channel transmitter configured to transmit a physical uplink control channel, PUCCH , on the first serving cell; and a short physical uplink channel transmitter configured to transmit a short physical uplink control channel, SPUCCH , on the first serving cell; wherein in a case of a collision between the PUCCH and the SPUCCH in a subframe, the transmitters are further configured to drop the PUCCH and transmit the SPUCCH , the SPUCCH carrying both a hybrid automatic repeat request acknowledgment, HARQ-ACK, response associated with the PUCCH and a HARQ-ACK response associated with the SPUCCH .
A method of producing an article of footwear, shirt or pant , the method comprising: discharging a printed material from a nozzle onto a print surface ; forming at least a first layer of a first structure using the printed material; placing at least a portion of an element adjacent the first layer of the first structure , wherein the at least a portion of the element is in contact with the first layer; forming at least a second layer of the first structure using the printed material; wherein the second layer is laid over the first layer and the at least a portion of the element ; enclosing the at least a portion of the element at least partially within the first structure ; printing a second structure adjacent to the first structure ; and enclosing at least another portion of the element at least partially within the second structure . discharging a printed material from a nozzle onto a print surface ; forming at least a first layer of a first structure using the printed material; placing at least a portion of an element adjacent the first layer of the first structure , wherein the at least a portion of the element is in contact with the first layer; forming at least a second layer of the first structure using the printed material; wherein the second layer is laid over the first layer and the at least a portion of the element ; enclosing the at least a portion of the element at least partially within the first structure ; printing a second structure adjacent to the first structure ; and enclosing at least another portion of the element at least partially within the second structure .
A mobile terminal comprising: a wireless communication unit configured to provide wireless communication; a display unit ; a sensing unit configured to sense a plurality of taps applied to the display unit ; and a controller configured to: control the display unit to be in a deactivated state, receive a plurality of taps applied to the display unit in the deactivated state, determine whether the plurality of taps match a preset pattern, when a touch input corresponding to the finally applied tap among the plurality of taps is continuously applied; execute a voice recognition function as a result of the determination, when the finally applied tap and previously applied taps are matched with the preset pattern, and receive a voice input; recognize the received voice input through the voice recognition function while the touch input corresponding to the finally applied tap is continuously applied; and execute a function corresponding to the recognized voice input, wherein the display unit is in the deactivated state. a wireless communication unit configured to provide wireless communication; a display unit ; a sensing unit configured to sense a plurality of taps applied to the display unit ; and a controller configured to: control the display unit to be in a deactivated state, receive a plurality of taps applied to the display unit in the deactivated state, determine whether the plurality of taps match a preset pattern, when a touch input corresponding to the finally applied tap among the plurality of taps is continuously applied; execute a voice recognition function as a result of the determination, when the finally applied tap and previously applied taps are matched with the preset pattern, and receive a voice input; recognize the received voice input through the voice recognition function while the touch input corresponding to the finally applied tap is continuously applied; and execute a function corresponding to the recognized voice input, wherein the display unit is in the deactivated state. control the display unit to be in a deactivated state, receive a plurality of taps applied to the display unit in the deactivated state, determine whether the plurality of taps match a preset pattern, when a touch input corresponding to the finally applied tap among the plurality of taps is continuously applied; execute a voice recognition function as a result of the determination, when the finally applied tap and previously applied taps are matched with the preset pattern, and receive a voice input; recognize the received voice input through the voice recognition function while the touch input corresponding to the finally applied tap is continuously applied; and execute a function corresponding to the recognized voice input, wherein the display unit is in the deactivated state.
A computer implemented method for non-invasive estimation of dementia progression, said method comprises: upload a plurality of photos of a subject's head from a plurality of angles; generating at least one dataset of external features of said subject's head from said plurality of photos comprising a pre-processing step of normalising and resizing each photo of said plurality of photos, and rotating each photo of said plurality of photos based on recognizing eyes and shape of said subject's head from said plurality of photos; and wherein said external features are generated from said pre-processed plurality of photos by randomly selecting for each photo an area of pixels, and relating it to another randomly selected area of pixels from the same photo to measure a difference between different parts of each photo to obtain information about small deviations, wherein said process is repeated for a number of random areas for each photo of said plurality of photos; analysing, using photo analysis by a machine learning algorithm trained on training datasets of external features generated from photos of dementia diagnosed subjects' heads and photos of heads of subjects not diagnosed with dementia, said generated external features of said at least one dataset to detect patterns in said external features of the subject's head related to dementia; determining based on said patterns in said external features if said subject has dementia . upload a plurality of photos of a subject's head from a plurality of angles; generating at least one dataset of external features of said subject's head from said plurality of photos comprising a pre-processing step of normalising and resizing each photo of said plurality of photos, and rotating each photo of said plurality of photos based on recognizing eyes and shape of said subject's head from said plurality of photos; and wherein said external features are generated from said pre-processed plurality of photos by randomly selecting for each photo an area of pixels, and relating it to another randomly selected area of pixels from the same photo to measure a difference between different parts of each photo to obtain information about small deviations, wherein said process is repeated for a number of random areas for each photo of said plurality of photos; analysing, using photo analysis by a machine learning algorithm trained on training datasets of external features generated from photos of dementia diagnosed subjects' heads and photos of heads of subjects not diagnosed with dementia, said generated external features of said at least one dataset to detect patterns in said external features of the subject's head related to dementia; determining based on said patterns in said external features if said subject has dementia .
A stacking tab device usable with a media stacking system , the stacking tab device comprising: a connection member to connect to a media stacking system ; a first tab member extending downward from the connection member to form a first angle (θ 1 ) therewith in a first direction, the first tab member to contact a media (m); and a second tab member extending downward from the connection member to form a second angle (θ 2 ) therewith in the first direction, wherein the second angle (θ 2 ) is less than the first angle (θ 1 ), and wherein the second tab member is to receive the media (m) from the first tab member and guide the media (m) to an output region ; the stacking tab device characterized in that : the first tab member forms a first slanted surface having a first slope and the second tab member forms a second slanted surface having a second slope which is greater than the first slope with respect to a line normal to and downward from a planar connection surface of the connection member . a connection member to connect to a media stacking system ; a first tab member extending downward from the connection member to form a first angle (θ 1 ) therewith in a first direction, the first tab member to contact a media (m); and a second tab member extending downward from the connection member to form a second angle (θ 2 ) therewith in the first direction, wherein the second angle (θ 2 ) is less than the first angle (θ 1 ), and wherein the second tab member is to receive the media (m) from the first tab member and guide the media (m) to an output region ; the stacking tab device characterized in that : the first tab member forms a first slanted surface having a first slope and the second tab member forms a second slanted surface having a second slope which is greater than the first slope with respect to a line normal to and downward from a planar connection surface of the connection member .
A rinse ring system, for use with a toilet bowl and toilet shroud system, comprising: a rinse ring comprising a downwardly extending flange , and an extension member comprising a rear wall , a forward wall , and a base wall that collectively define a channel , wherein the downwardly extending flange is positioned within the channel and creates a splash-blocking wall in front of an airflow space of the rinse ring system, when the rinse ring system is in installed state posed between the toilet bowl and the toilet shroud, characterised in that, the channel comprises one or more openings to allow fluid to drain therefrom. a rinse ring comprising a downwardly extending flange , and an extension member comprising a rear wall , a forward wall , and a base wall that collectively define a channel , wherein the downwardly extending flange is positioned within the channel and creates a splash-blocking wall in front of an airflow space of the rinse ring system, when the rinse ring system is in installed state posed between the toilet bowl and the toilet shroud, characterised in that, the channel comprises one or more openings to allow fluid to drain therefrom.
An epicyclic gear device for driving rotation of at least a first blade set of a turbine engine, the device comprising: • a sunwheel centered on a longitudinal axis of the turbine engine and suitable for being connected to a rotor of the turbine engine in order to be driven in rotation; • at least one planet meshing with said sunwheel; • a planet carrier rotatably carrying said at least one planet and suitable for being connected to said at least one first blade set in order to drive it in rotation; and • a ring meshing with said at least one planet; the device being characterized in that it further comprises a first constant velocity ball transmission joint and that said sunwheel is suitable for being connected to said rotor of the turbine engine via said first constant velocity ball transmission joint. • a sunwheel centered on a longitudinal axis of the turbine engine and suitable for being connected to a rotor of the turbine engine in order to be driven in rotation; • at least one planet meshing with said sunwheel; • a planet carrier rotatably carrying said at least one planet and suitable for being connected to said at least one first blade set in order to drive it in rotation; and • a ring meshing with said at least one planet;