mhurhangee/patent-ind-claim-en huggingface dataset:
A system for performing an agricultural task, the system being installed on a vehicle or trailer and comprising: - a platform connecting to the vehicle or trailer and comprising a socket for an accessory; - a plurality of accessories, wherein one accessory is configured to be selected among the plurality of accessories for installation in the accessory socket; - a computer for processing data; and - a vision system which is operatively connected to the computer and which is configured to collect data of the environment about the accessory, - the computer being configured to use the collected data to determine an instruction for performing the agricultural task and to send the instruction to the accessory installed in the accessory socket to perform the agricultural task, wherein the accessory is interchangeable in the accessory socket depending on the agricultural task, wherein the vision system comprises a color camera configured to collect data of the environment that comprises spectral data on vegetal objects undergoing the agricultural tasks, and at least two cameras positioned side-by-side, configured to collect data of the environment that comprises tridimensional data on vegetal objects undergoing the agricultural tasks. - a platform connecting to the vehicle or trailer and comprising a socket for an accessory; - a plurality of accessories, wherein one accessory is configured to be selected among the plurality of accessories for installation in the accessory socket; - a computer for processing data; and - a vision system which is operatively connected to the computer and which is configured to collect data of the environment about the accessory, - the computer being configured to use the collected data to determine an instruction for performing the agricultural task and to send the instruction to the accessory installed in the accessory socket to perform the agricultural task,
A method by which a device for adjusting interference of a plurality of base stations transmits and receives data to and from the plurality of base stations, the method comprising the following actions performed by the device : receiving , from a macro base station of the plurality of base stations, first channel information of a first terminal , the first terminal being connected to the macro base station ; receiving , from the macro base station , almost blank subframe, ABS, pattern information; receiving, from a small base station of the plurality of base stations, second channel information of a second terminal , the second terminal being connected to the small base station ; generating , for each base station, respective interference control information based on the received first channel information, the received ABS pattern information, and the received second channel information; and transmitting , to each base station, the interference control information generated for each base station, wherein the interference control information comprises information on a subframe in which respective macro or small base stations do not transmit an output. receiving , from a macro base station of the plurality of base stations, first channel information of a first terminal , the first terminal being connected to the macro base station ; receiving , from the macro base station , almost blank subframe, ABS, pattern information; receiving, from a small base station of the plurality of base stations, second channel information of a second terminal , the second terminal being connected to the small base station ; generating , for each base station, respective interference control information based on the received first channel information, the received ABS pattern information, and the received second channel information; and transmitting , to each base station, the interference control information generated for each base station, wherein the interference control information comprises information on a subframe in which respective macro or small base stations do not transmit an output.
A method of determining at least one ophthalmological parameter of a subject consisting in their interpupillary half-distances, including observation of both eyes of the subject by a gaze tracking device worn by the subject and determination of said parameter at least from said observation, the gaze tracking device including at least one left optical sensor and at least one right optical sensor , the optical sensors comprising a camera.
Robot arm having a number N of arm members A n , which are connected to a robot body via a number N of actuator-driven articulated connections GV n , where n= 1, 2, ..., N; wherein - the distal arm member A N of the robot arm is connected to the arm member A N-1 at its proximal end via the articulated connection GV N , - the proximal arm member A 1 can be connected to the robot body at its proximal end via the articulated connection GV 1 , - the articulated connection GV N enables the arm member A N to rotate about an axis of rotation D N , - the arm member A N of the robot arm extends along an axis L1 and the axis L1 forms an angle of 50 to 130° with the axis of rotation D N , - the distal end of the arm member A N can be connected to an effector E via an actuator-driven articulated connection GV N+1 , wherein the articulated connection GV N+1 enables the effector E to rotate about an axis of rotation D N+1 , wherein the axes of rotation D N and D N+1 form an angle W1 in the range of 50 to 130° and the axis of rotation D N+1 and the axis L1 form an angle W2 in the range of 50 to 130°, characterized in that - the arm member A N has a handle-like extension F1 rigidly connected thereto, which extends concentrically to the axis of rotation D N+1 , - a free end FE of the extension F1 is fixedly connected to a remainder RF1 of the extension F1 so that it can rotate about the axis of rotation D N+1 or the free end FE of the extension F1 can be releasably fixedly connected to the remainder RF1 of the extension F1 in different orientations about the axis of rotation D N+1 , and - the free end FE has input elements EE for manually inputting data. - the distal arm member A N of the robot arm is connected to the arm member A N-1 at its proximal end via the articulated connection GV N , - the proximal arm member A 1 can be connected to the robot body at its proximal end via the articulated connection GV 1 , - the articulated connection GV N enables the arm member A N to rotate about an axis of rotation D N , - the arm member A N of the robot arm extends along an axis L1 and the axis L1 forms an angle of 50 to 130° with the axis of rotation D N , - the distal end of the arm member A N can be connected to an effector E via an actuator-driven articulated connection GV N+1 , wherein the articulated connection GV N+1 enables the effector E to rotate about an axis of rotation D N+1 , wherein the axes of rotation D N and D N+1 form an angle W1 in the range of 50 to 130° and the axis of rotation D N+1 and the axis L1 form an angle W2 in the range of 50 to 130°, - the arm member A N has a handle-like extension F1 rigidly connected thereto, which extends concentrically to the axis of rotation D N+1 , - a free end FE of the extension F1 is fixedly connected to a remainder RF1 of the extension F1 so that it can rotate about the axis of rotation D N+1 or the free end FE of the extension F1 can be releasably fixedly connected to the remainder RF1 of the extension F1 in different orientations about the axis of rotation D N+1 , and - the free end FE has input elements EE for manually inputting data.
A chip for assays comprising: a solid phase support comprising a surface comprising at least one field region (340, 345; 440, 445) and at least one track region (326; 426); experiment sites for attachment of macromolecules for biochemical experiments, wherein the experiment sites are disposed on the surface in a first high-density patterned array in the at least one field region, the first patterned array being defined by a first pitch; and alignment sites (360, 361, 362; 461) for attachment of the macromolecules for biochemical experiments, wherein the alignment sites are disposed in a second patterned array in the at least one track region, the second patterned array being defined by a second pitch along a single dimension; wherein the first pitch differs from the second pitch by a non-integer multiple in order to permit Moire averaging-based alignment. a solid phase support comprising a surface comprising at least one field region (340, 345; 440, 445) and at least one track region (326; 426); experiment sites for attachment of macromolecules for biochemical experiments, wherein the experiment sites are disposed on the surface in a first high-density patterned array in the at least one field region, the first patterned array being defined by a first pitch; and alignment sites (360, 361, 362; 461) for attachment of the macromolecules for biochemical experiments, wherein the alignment sites are disposed in a second patterned array in the at least one track region, the second patterned array being defined by a second pitch along a single dimension; wherein the first pitch differs from the second pitch by a non-integer multiple in order to permit Moire averaging-based alignment.
A chimeric vesiculovirus comprising: (a) a first genomic fragment of a first vesiculovirus species; and (b) a second genomic fragment of a second vesiculovirus species different from said first vesiculovirus species, wherein said second genomic fragment comprises a 3' intergenic region (IGR), a nucleic acid encoding a G polypeptide, and a 5' IGR. (a) a first genomic fragment of a first vesiculovirus species; and (b) a second genomic fragment of a second vesiculovirus species different from said first vesiculovirus species, wherein said second genomic fragment comprises a 3' intergenic region (IGR), a nucleic acid encoding a G polypeptide, and a 5' IGR.
A kit comprising an absorbent article and an indication device wherein the kit comprises a multitude of the absorbent articles and at least one indication device such that the indication device is removably attached to the absorbent articles, one after another, wherein: the absorbent article is an absorbent article for personal hygiene, designed to absorb and contain bodily exudates such as a diaper , or training pant, or incontinence insert, the absorbent article comprising: a topsheet facing the wearer, a backsheet , generally co-extensive with the topsheet and facing away from the wearer and an absorbent core , encased between the topsheet and the backsheet and wherein an indicator for indicating the presence of such bodily exudates is provided between the backsheet and the core , the indicator comprising a color-changing indicator , wherein the absorbent article and the indicator form one integral unit, and the indication device is an indication device , which comprises a housing and a connection means , such that the indication device can be removably attached to the absorbent article, wherein the indication device comprises a color sensor; wherein the indicator is located on one side of the back sheet , in liquid communication with the absorbent core ; wherein the indication device is located on the opposing side of the back sheet in the proximity of the indicator ; and wherein the back sheet is translucent to allow light which is reflected from the indicator to reach the indication device which is positioned on the opposite side of the back sheet . the absorbent article is an absorbent article for personal hygiene, designed to absorb and contain bodily exudates such as a diaper , or training pant, or incontinence insert, the absorbent article comprising: a topsheet facing the wearer, a backsheet , generally co-extensive with the topsheet and facing away from the wearer and an absorbent core , encased between the topsheet and the backsheet and wherein an indicator for indicating the presence of such bodily exudates is provided between the backsheet and the core , the indicator comprising a color-changing indicator , wherein the absorbent article and the indicator form one integral unit, and the indication device is an indication device , which comprises a housing and a connection means , such that the indication device can be removably attached to the absorbent article, wherein the indication device comprises a color sensor; wherein the indicator is located on one side of the back sheet , in liquid communication with the absorbent core ; wherein the indication device is located on the opposing side of the back sheet in the proximity of the indicator ; and wherein the back sheet is translucent to allow light which is reflected from the indicator to reach the indication device which is positioned on the opposite side of the back sheet .
A method of establishing a signalling connection between a remote User Equipment , UE, and a telecommunication network via a relay capable UE , wherein said relay capable UE has established user plane connectivity to an intermediate node comprised by said telecommunication network and is arranged for supporting establishment of said connection for said remote UE , said method, performed by the intermediate node , comprising the steps of: - receiving a registration message over said user plane forwarded by said relay capable UE and originating from said remote UE for registering said remote UE to said telecommunication network; - forwarding said registration message over a control plane to a Mobility Management Function comprised by said telecommunication network; - receiving a registration accept message from said Mobility Management Function for accepting registration of said remote UE to said telecommunication network, and forwarding said registration accept message to said remote UE via said relay capable UE . - receiving a registration message over said user plane forwarded by said relay capable UE and originating from said remote UE for registering said remote UE to said telecommunication network; - forwarding said registration message over a control plane to a Mobility Management Function comprised by said telecommunication network; - receiving a registration accept message from said Mobility Management Function for accepting registration of said remote UE to said telecommunication network, and forwarding said registration accept message to said remote UE via said relay capable UE .
A parking assistance method of storing a surrounding situation of a parking target position(P2) when parking at the parking target position(P2), and executing autonomous parking using the stored surrounding situation, the method comprising: a step (S12) of detecting the surrounding situation; a step (S14) of generating an environmental map (M11) around the parking target position(P2) using the detected surrounding situation; a step (S14) of indicating the generated environmental map (M11); a step (S14) of receiving a determination of whether the indicated environmental map (M11) is appropriate input by an occupant; a step (S16) of storing the environmental map (M11) when the determination of appropriateness is input by the occupant; and the method being characterised by Z a step of estimating a position of a host vehicle on the environmental map (M11) previously stored after storing the environmental map (M11), generating a target route for parking at the parking target position (P2) starting from the estimated position of the host vehicle using the environmental map (M11), and executing the automatic parking along the target route. a step (S12) of detecting the surrounding situation; a step (S14) of generating an environmental map (M11) around the parking target position(P2) using the detected surrounding situation; a step (S14) of indicating the generated environmental map (M11); a step (S14) of receiving a determination of whether the indicated environmental map (M11) is appropriate input by an occupant; a step (S16) of storing the environmental map (M11) when the determination of appropriateness is input by the occupant; and the method being characterised by Z a step of estimating a position of a host vehicle on the environmental map (M11) previously stored after storing the environmental map (M11), generating a target route for parking at the parking target position (P2) starting from the estimated position of the host vehicle using the environmental map (M11), and executing the automatic parking along the target route.
An electric assembly for a vehicle, comprising: a box assembly , wherein a mounting plate is disposed in the box assembly , and the mounting plate divides a space within the box assembly into a motor holding cavity and a transmission holding cavity ; a motor including a motor shaft , wherein the motor is disposed in the motor holding cavity ; a transmission including a main shaft , wherein the transmission is disposed in the transmission holding cavity , and the motor is power-coupled to the transmission ; and a cooling lubricating liquid, wherein the cooling lubricating liquid fills the transmission holding cavity and cools the box assembly , a shaft hole running through the main shaft along an axial direction of the main shaft , characterized by : a baffle matched in the shaft hole , the baffle , an inner circumferential wall of the shaft hole and the motor shaft being matched in the shaft hole jointly defining a storage cavity , the storage cavity being filled with the cooling lubricating liquid, and the baffle being provided with an air vent . a box assembly , wherein a mounting plate is disposed in the box assembly , and the mounting plate divides a space within the box assembly into a motor holding cavity and a transmission holding cavity ; a motor including a motor shaft , wherein the motor is disposed in the motor holding cavity ; a transmission including a main shaft , wherein the transmission is disposed in the transmission holding cavity , and the motor is power-coupled to the transmission ; and a cooling lubricating liquid, wherein the cooling lubricating liquid fills the transmission holding cavity and cools the box assembly , a shaft hole running through the main shaft along an axial direction of the main shaft ,
A cartridge holder of an injection device , the cartridge holder comprising a tubular shaped elongated sleeve extending in an axial direction to accommodate a cartridge filled with a medicament, wherein the sleeve comprises: - a proximal connecting end to connect with a distal connecting end of a body of the injection device , which body is configured to accommodate a drive mechanism of the injection device and which drive mechanism is operably engageable with a piston of the cartridge , - a flange section extending radially outwardly from an outside surface of the sleeve (29; 229) and having a proximally facing abutment face to axially abut with a distal end face of the distal connecting end of the body , characterized by - at least three protrusions located distally from the flange section , extending radially outwardly from the outside surface of the sleeve (29; 229) and being distributed around the circumference of the sleeve (29; 229) - a distal portion (29a; 229a) of the sleeve (29; 229) located distally from the flange section comprises an outer diameter (D1) that is smaller than an outer diameter (D2) of a proximal portion (29b; 229b) of the sleeve (29; 229) located proximally from the flange section , and - wherein at least one of the protrusions comprises an elongated axially extending outer rib on the outside surface of the distal portion of the sleeve (29; 229). - a proximal connecting end to connect with a distal connecting end of a body of the injection device , which body is configured to accommodate a drive mechanism of the injection device and which drive mechanism is operably engageable with a piston of the cartridge , - a flange section extending radially outwardly from an outside surface of the sleeve (29; 229) and having a proximally facing abutment face to axially abut with a distal end face of the distal connecting end of the body , characterized by - at least three protrusions located distally from the flange section , extending radially outwardly from the outside surface of the sleeve (29; 229) and being distributed around the circumference of the sleeve (29; 229) - a distal portion (29a; 229a) of the sleeve (29; 229) located distally from the flange section comprises an outer diameter (D1) that is smaller than an outer diameter (D2) of a proximal portion (29b; 229b) of the sleeve (29; 229) located proximally from the flange section , and - wherein at least one of the protrusions comprises an elongated axially extending outer rib on the outside surface of the distal portion of the sleeve (29; 229).
A particulate sizer comprising: a particulate infeed configured to receive a plurality of particulates; a first roller ; a second roller ; characterized by : the first and second rollers are configured to break down at least some of the plurality of particulates that pass through the infeed to create at least first and second outgoing particulates from the plurality of particulates as the plurality of particulates passes through a gap between the first and second rollers, the first outgoing particulates having a first size distribution and the second outgoing particulates having a second size distribution distinct from the first size distribution, with a mode of the first size distribution being less than a mode of the second size distribution, and the first and second rollers are configured such that a width of the gap varies along a length of the first and second rollers. a particulate infeed configured to receive a plurality of particulates; a first roller ; a second roller ; characterized by : the first and second rollers are configured to break down at least some of the plurality of particulates that pass through the infeed to create at least first and second outgoing particulates from the plurality of particulates as the plurality of particulates passes through a gap between the first and second rollers, the first outgoing particulates having a first size distribution and the second outgoing particulates having a second size distribution distinct from the first size distribution, with a mode of the first size distribution being less than a mode of the second size distribution, and the first and second rollers are configured such that a width of the gap varies along a length of the first and second rollers.
A method for equipment control, applied to control equipment, the method characterized by comprising: receiving a page access request from visitor equipment, the page access request being used for requesting to access a verification page; and generating and sending a predetermined page used for reorientation to the visitor equipment, the predetermined page comprising a second ID of the control equipment and a starting link and the starting link being used to start a client; receiving a first Identifier, ID, of the visitor equipment, a visitor account and the second ID of the control equipment from the client, the client being installed in the visitor equipment ; acquiring a manager account associated with the second ID ; and when it is determined that a predetermined relationship is satisfied between the visitor account and the manager account, determining that the visitor equipment has a predetermined using permission according to the first ID . receiving a page access request from visitor equipment, the page access request being used for requesting to access a verification page; and generating and sending a predetermined page used for reorientation to the visitor equipment, the predetermined page comprising a second ID of the control equipment and a starting link and the starting link being used to start a client; receiving a first Identifier, ID, of the visitor equipment, a visitor account and the second ID of the control equipment from the client, the client being installed in the visitor equipment ; acquiring a manager account associated with the second ID ; and when it is determined that a predetermined relationship is satisfied between the visitor account and the manager account, determining that the visitor equipment has a predetermined using permission according to the first ID .