mhurhangee/patent-ind-claim-en huggingface dataset:
Method for applying a spray to an area of agricultural land by means of a spray nozzle unit of an agricultural spraying device , with the steps of: - detecting a first field portion (A1-E4) of the area of agricultural land by means of an optical detecting unit (18, 18A-C), in order to obtain a first item of image information from the first field portion (A1-E4); - identifying plants in a first evaluation region of the obtained first item of image information of the first field portion (A1-E4) by means of a control unit ; - ascertaining a first plant parameter of the first evaluation region by means of the control unit by using the identified plants in the first evaluation region ; and - applying the spray at a defined minimum amount per surface area to substantially the entire first field portion (A1-E4) of the area of agricultural land in dependence on the ascertained first plant parameter of the first evaluation region by means of the spray nozzle unit of the agricultural spraying device , characterized in that , in the step of applying , the spray is also applied at the defined minimum amount per surface area to substantially the entire second field portion (A1-E4) of the area of agricultural land adjoining the first field portion (A1-E4) in the direction of movement of the agricultural spraying device in dependence on the ascertained first plant parameter of the first evaluation region by means of the spray nozzle unit of the agricultural spraying device . - detecting a first field portion (A1-E4) of the area of agricultural land by means of an optical detecting unit (18, 18A-C), in order to obtain a first item of image information from the first field portion (A1-E4); - identifying plants in a first evaluation region of the obtained first item of image information of the first field portion (A1-E4) by means of a control unit ; - ascertaining a first plant parameter of the first evaluation region by means of the control unit by using the identified plants in the first evaluation region ; and - applying the spray at a defined minimum amount per surface area to substantially the entire first field portion (A1-E4) of the area of agricultural land in dependence on the ascertained first plant parameter of the first evaluation region by means of the spray nozzle unit of the agricultural spraying device ,
Apparatus for emitting and receiving acoustic signals, comprising an electroacoustic transducer which has at least two first contact-making means which are electrically insulated from one another and can be used to excite respectively different regions of the electroacoustic transducer to oscillate, wherein the apparatus is configured such that • an electrical signal is respectively applied at each of the first contact-making means when emitting acoustic signals, wherein the applied electrical signals have a different temporal profile, and • an electrical signal is respectively tapped off at each of the first contact-making means when receiving acoustic signals in order to determine oscillation of the electroacoustic transducer from the different temporal profile of the electrical signals which have been tapped off, characterized in that the apparatus is also configured such that each of the electrical signals tapped off at the first contact-making means is filtered with respect to a predefined temporal profile in each case when receiving acoustic signals. • an electrical signal is respectively applied at each of the first contact-making means when emitting acoustic signals, wherein the applied electrical signals have a different temporal profile, and • an electrical signal is respectively tapped off at each of the first contact-making means when receiving acoustic signals in order to determine oscillation of the electroacoustic transducer from the different temporal profile of the electrical signals which have been tapped off,
Microwave oven comprising an oven muffle , a high-frequency oscillator for generating microwaves propagating within the oven muffle , an opening within a muffle wall (2.1) of the oven muffle for passing a rotatable shaft of a motor through the muffle wall (2.1) and a suppression element for suppressing microwave leakage through said opening , wherein the suppression element is arranged at a distance to the muffle wall (2.1) by means of a motor mounting element bearing the motor , wherein there is no direct physical contact between the muffle wall (2.1) and the suppression element , wherein the suppression element comprises a suppression portion (6.1) to be located in vicinity to the opening and a retaining portion (6.2) for keeping the suppression portion (6.1) at a distance to the motor mounting element , wherein the suppression element comprises at least one fastening portion (6.3) for attaching the suppression element at the motor mounting element , wherein the at least one fastening portion (6.3) is located at the opposite side of the suppression portion (6.1) and wherein the suppression portion (6.1) comprises a disk-like shape.
A pneumatic-pressure operated brake system for a trailer, in particular, for an agriculturally usable or used trailer, in which an automatic load-dependent brake pressure regulator is provided for the brake-force dependent specification of an actuating force of brake cylinders assigned to at least two wheels of a trailer axle, wherein an input control variable is manually specifiable for the load-dependent variation and/or throttling of a control pressure of the wheel brake cylinders according to a loading state of the trailer, characterised in that a manually adjustable brake pressure regulator or a pressure control valve is provided upstream of the automatic load-dependent brake pressure regulator , in particular, the pneumatically actuated automatic load-dependent brake pressure regulator , which manually adjustable brake pressure regulator or pressure control valve enables a manually adjustable variation in the form of a staged or variable limitation of the input control variable .
A windshield for a balance having a door to be automatically opened and closed by a driving mechanism incorporated inside, comprising: a joint member interposed between the driving mechanism and the door, and at least partially exposed to the outside of the windshield , wherein the door is configured to be detachable, and detachably joined to the joint member at an outside exposed portion of the joint member, and the door is opened and closed by the driving mechanism through the joint member , characterized in that the door is supported in a hanging manner by a guide hole at least one end portion of which is open, and the joint member is disposed in a state where at least a portion of the joint member is inserted through the guide hole , and is joined at the portion inserted through the guide hole to the incorporated driving mechanism, and is joined at a portion not inserted through the guide hole to the door . a joint member interposed between the driving mechanism and the door, and at least partially exposed to the outside of the windshield , wherein the door is configured to be detachable, and detachably joined to the joint member at an outside exposed portion of the joint member, and the door is opened and closed by the driving mechanism through the joint member , characterized in that the door is supported in a hanging manner by a guide hole at least one end portion of which is open, and the joint member is disposed in a state where at least a portion of the joint member is inserted through the guide hole , and is joined at the portion inserted through the guide hole to the incorporated driving mechanism, and is joined at a portion not inserted through the guide hole to the door .
Connector for assembling two riser segments, comprising a first main tube element extended by a male connector element , a second main tube element extended by a female connector element , the male connector element fitting into said female connector element so as to connect said two main tube elements , said connector comprising means for locking said assembly comprising a locking ring , said locking ring comprising a first and a second set of lugs on its outer surface, and said male and female connector elements respectively comprising on their inner face a third and a fourth set of lugs respectively cooperating with said first and second sets of lugs forming two bayonet-type connections, characterized in that said locking means further comprise at least one removable pin arranged in said locking ring and cooperating with said male connector element to immobilize said locking ring in translation with respect to said male connector element , said removable pin cooperating with a groove created in said male connector element or with a shoulder formed in said male connector element , and in that said male connector element comprises an end piece and a sleeve comprising said groove or said shoulder, said sleeve being able to be fitted into said female connector element .
A panel for use in a bathroom apparatus in the form of a bath or shower, said panel having a first surface and a second, opposing, surface , and wherein at least one of the length and width of the panel are selectively adjustable to one of a range of predetermined dimensions defined by guide formations on the panel which allow a portion of the panel to be removed by breaking or cutting the panel along a selected guide formation in order to select one of the predetermined dimensions, said guide formations substantially parallel with at least one edge of the panel and depend across the panel between opposing edges of the panel, wherein a plurality of strengthening ribs are formed on the said second surface of the panel and each of said guide formations are located adjacent to and substantially parallel with a side of one of said strengthening ribs.
A fingerprint recognition device, comprising a plurality of fingerprint recognition areas with a rectangle shape arranged in a matrix, wherein each of the fingerprint recognition areas comprising a plurality of mutually independent fingerprint recognition electrodes arranged along a single diagonal direction of the fingerprint recognition area ; wherein arrangement directions of the fingerprint recognition electrodes in the respective fingerprint recognition areas are same; and numbers of the fingerprint recognition electrodes in the respective fingerprint recognition areas are same; and either the fingerprint recognition electrodes located at a same position in the respective fingerprint recognition areas being adjacent in a row direction are electrically connected with each other and the row of the respective fingerprint recognition areas is controlled by a same data processing chip; or the fingerprint recognition electrodes located at a same position in the respective fingerprint recognition areas being adjacent in a column direction are electrically connected with each other and the column of the respective fingerprint recognition areas is controlled by a same data processing chip. each of the fingerprint recognition areas comprising a plurality of mutually independent fingerprint recognition electrodes arranged along a single diagonal direction of the fingerprint recognition area ; wherein arrangement directions of the fingerprint recognition electrodes in the respective fingerprint recognition areas are same; and numbers of the fingerprint recognition electrodes in the respective fingerprint recognition areas are same; and either the fingerprint recognition electrodes located at a same position in the respective fingerprint recognition areas being adjacent in a row direction are electrically connected with each other and the row of the respective fingerprint recognition areas is controlled by a same data processing chip; or the fingerprint recognition electrodes located at a same position in the respective fingerprint recognition areas being adjacent in a column direction are electrically connected with each other and the column of the respective fingerprint recognition areas is controlled by a same data processing chip.
A method comprising: receiving, by a first computing device from a user device via a first communication connection, a first request for content, wherein the first request for the content is based on a Domain Name System -DNS-communication that indicates the first computing device; sending, by the first computing device to the user device and after determining a second computing device to send the content to the user device , a communication causing a TCP reset of the first communication connection; establishing a second communication connection between the first computing device and the user device ; receiving, by the first computing device from the user device via the second communication connection and based on the communication that indicates the TCP reset, a second request for the content; and sending, by the first computing device to the second computing device and based on the second request for the content, a data packet that encapsulates the second request for the content. receiving, by a first computing device from a user device via a first communication connection, a first request for content, wherein the first request for the content is based on a Domain Name System -DNS-communication that indicates the first computing device; sending, by the first computing device to the user device and after determining a second computing device to send the content to the user device , a communication causing a TCP reset of the first communication connection; establishing a second communication connection between the first computing device and the user device ; receiving, by the first computing device from the user device via the second communication connection and based on the communication that indicates the TCP reset, a second request for the content; and sending, by the first computing device to the second computing device and based on the second request for the content, a data packet that encapsulates the second request for the content.
A medicament comprising a methyl 4-[9-(6-aminopuryl)]-2(s)-hydroxybutyrate for use in a treatment of psoriasis and/or vitiligo.
A composition comprising the peptide RRRRRRRR (SEQ ID NO: 1) and Ranibizumab, wherein the molar ratio of peptide to Ranibizumab is at least 40:1.
A Baseband unit in a communication network implementing a MIMO wireless communication, the baseband unit being configured to receive data from a backhaul transport network and perform baseband processing, the baseband unit being configured to transmit a data signal derived from the processed data to a remote unit over a plurality of MIMO layers, through a fronthaul link, the communication network comprising a physical layer, the data signal transmitted to the remote unit comprising physical user data and control data, said control data relating to a physical control channel or a synchronization channel, wherein the baseband unit comprises a control data mapper configured to select at least one MIMO layers based on at least one layer selection metric, said at least one layer selection metric being based on one or more indicators comprised in a Channel Status Information (CSI), said indicators comprised in the Channel Status Information (CSI) comprising a Channel Quality Indicator, a Precoding Matrix Index, and a Rank Indicator, the number of selected MIMO layers being strictly inferior to the total number of MIMO layers, the control data mapper being further configured to map at least a part of the control data to said at least one selected MIMO layer, said at least one part of the control data mapped to a selected MIMO layer being selected based on at least one control data selection metric, the baseband unit being configured to send a copy of the physical user data on each MIMO layer of said plurality of MIMO layers, and the control data only on the selected MIMO layers mapped thereto.
Bolt for a repeating rifle with a bolt guide , a chamber arranged in the bolt guide , a support sleeve arranged to be displaceable on a rear part of the chamber and a locking sleeve arranged concentrically around the support sleeve which has several locking elements which is movable by the support sleeve between an inner release position and an outer locking position for engagement in a locking groove of a barrel , wherein the locking sleeve is designed as an expanding sleeve with several spring tongues which have on their inner side, rising slopes for engagement with a front bevelled end-face surface of the support sleeve , characterised in that a rim-priming firing pin coupled to the support sleeve via a reset element is arranged in the chamber .
A display device, comprising: a substrate (SUB) including a display area (DA) and a non-display area (NDA) surrounding the display area (DA); a plurality of pixels (RP) formed in the display area (DA); a plurality of signal lines formed over the substrate (SUB) and electrically connected to the pixels (RP), wherein the signal lines include a plurality of gate lines (S1, S2, Sn-1, Sn) and a plurality of data lines (D1a, D1b, D2, D3, D4, Dm-3, Dm-2, Dm-1, Dma, Dmb) formed over the substrate (SUB); and an encapsulation layer (EN) formed over the substrate (SUB) and disposed over the whole display area (DA) and a portion of the non-display area (NDA) surrounding the display area (DA), and at least a first crack sensing line (CD1, CD2) electrically connected to a first one of the data lines (D1b) and disposed in the non-display area (NDA), characterized in that the first crack sensing line (CD1, CD2) is formed on an external surface of the encapsulation layer (EN) opposite to an internal surface facing the substrate (SUB) and overlaps the encapsulation layer (EN). a substrate (SUB) including a display area (DA) and a non-display area (NDA) surrounding the display area (DA); a plurality of pixels (RP) formed in the display area (DA); a plurality of signal lines formed over the substrate (SUB) and electrically connected to the pixels (RP), wherein the signal lines include a plurality of gate lines (S1, S2, Sn-1, Sn) and a plurality of data lines (D1a, D1b, D2, D3, D4, Dm-3, Dm-2, Dm-1, Dma, Dmb) formed over the substrate (SUB); and an encapsulation layer (EN) formed over the substrate (SUB) and disposed over the whole display area (DA) and a portion of the non-display area (NDA) surrounding the display area (DA), and at least a first crack sensing line (CD1, CD2) electrically connected to a first one of the data lines (D1b) and disposed in the non-display area (NDA), characterized in that the first crack sensing line (CD1, CD2) is formed on an external surface of the encapsulation layer (EN) opposite to an internal surface facing the substrate (SUB) and overlaps the encapsulation layer (EN).
A fiber optic termination arrangement comprising: a first optical fiber with a core having a uniform core diameter surrounded by cladding , the first optical fibre having; a first end having a first outer surface ; a second end having a second outer surface ; a second optical fibre operably spliced to the second end of the first optical fibre; and a third optical fibre or an optical receiving/transmitting device; the second outer surface of the first optical fibre having a smaller diameter to the first outer surface and being sized to match an outer surface of the second optical fiber having a core having the same uniform core diameter as the core of the first optical fiber to facilitate the splicing between the second end of the first optical fiber and a third end of the second optical fiber , the first outer surface interfacing with a connector operationally aligning the core of the first optical fiber with a core of the third optical fiber or the optical receiving/transmitting device; the fibre optic termination arrangement further comprising a transition region wherein a third outer surface of the first optical fiber varies in diameter to transition from the first outer surface to the second outer surface . a first optical fiber with a core having a uniform core diameter surrounded by cladding , the first optical fibre having; a first end having a first outer surface ; a second end having a second outer surface ; a second optical fibre operably spliced to the second end of the first optical fibre; and a third optical fibre or an optical receiving/transmitting device; the second outer surface of the first optical fibre having a smaller diameter to the first outer surface and being sized to match an outer surface of the second optical fiber having a core having the same uniform core diameter as the core of the first optical fiber to facilitate the splicing between the second end of the first optical fiber and a third end of the second optical fiber , the first outer surface interfacing with a connector operationally aligning the core of the first optical fiber with a core of the third optical fiber or the optical receiving/transmitting device; the fibre optic termination arrangement further comprising a transition region wherein a third outer surface of the first optical fiber varies in diameter to transition from the first outer surface to the second outer surface .
A solid oxide fuel cell comprising: an anode whose thickness is 10-100 μm; a cathode whose thickness is 10-100 μm; and an electrolyte support whose average thickness is 300-1000 μm provided between the anode and the cathode, pores gradually increasing to both surfaces from the middle of the electrolyte support in a thickness direction such that the porosity of each of both surfaces of the electrolyte support is higher than the porosity of the middle portion of the electrolyte support by 20% or more, wherein the porosity is measured using a scanning electron microscope and by adjusting a contrast using an image analyzer to measure the pixel amount for the pores in a vertical cross-section of the electrolyte support, the electrolyte support comprising oxygen ion conductive inorganic particles and 0.2-5 wt.%, based on the total weight of the electrolyte composition, of a sintering agent including at least one of SiO 2 , B 2 O 3 , BaO, ZnO, Al 2 O 3 , ZrO 2 , Na 2 O, Fe 2 O 3 , CaO and K 2 O. an anode whose thickness is 10-100 μm; a cathode whose thickness is 10-100 μm; and an electrolyte support whose average thickness is 300-1000 μm provided between the anode and the cathode, pores gradually increasing to both surfaces from the middle of the electrolyte support in a thickness direction such that the porosity of each of both surfaces of the electrolyte support is higher than the porosity of the middle portion of the electrolyte support by 20% or more, wherein the porosity is measured using a scanning electron microscope and by adjusting a contrast using an image analyzer to measure the pixel amount for the pores in a vertical cross-section of the electrolyte support, the electrolyte support comprising oxygen ion conductive inorganic particles and 0.2-5 wt.%, based on the total weight of the electrolyte composition, of a sintering agent including at least one of SiO 2 , B 2 O 3 , BaO, ZnO, Al 2 O 3 , ZrO 2 , Na 2 O, Fe 2 O 3 , CaO and K 2 O.