mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining the geographical position and orientation of a vehicle, in which - an image of the vehicle environment is captured with at least one camera of the vehicle, wherein the captured image at least partially comprises regions of the vehicle environment at the ground level; - an item of classification information is generated for the individual pixels of the captured image, which item of classification information indicates an assignment to one of a plurality of predetermined object classes, and a semantic segmentation of the image is carried out on the basis of this assignment; ground texture transitions, i.e., transitions to other object classes on the ground plane, are detected on the basis of the semantic segmentation of the image; - only the pixels of the detected ground texture transitions are projected onto the ground level of the vehicle environment; the deviation between the ground texture transitions projected onto the ground level of the vehicle environment and ground texture transitions in a global reference map is minimized ; and - the current position and orientation of the vehicle in space is output on the basis of the minimized deviation. - an image of the vehicle environment is captured with at least one camera of the vehicle, wherein the captured image at least partially comprises regions of the vehicle environment at the ground level; - an item of classification information is generated for the individual pixels of the captured image, which item of classification information indicates an assignment to one of a plurality of predetermined object classes, and a semantic segmentation of the image is carried out on the basis of this assignment; ground texture transitions, i.e., transitions to other object classes on the ground plane, are detected on the basis of the semantic segmentation of the image; - only the pixels of the detected ground texture transitions are projected onto the ground level of the vehicle environment; the deviation between the ground texture transitions projected onto the ground level of the vehicle environment and ground texture transitions in a global reference map is minimized ; and - the current position and orientation of the vehicle in space is output on the basis of the minimized deviation.
Medicine collection system , comprising: - a wall with at least one dispensing unit , said at least one dispensing unit comprising a reservoir for accommodating solid medicines such as pills or tablets, a dispensing opening , connected to the reservoir , the dispensing opening comprising dosing means for dosing a solid medicine from the reservoir to the dispensing opening ; - a collection area, surrounded by the wall , the collection area comprising a number of collection columns , movable along the wall and said at least one dispensing opening , each collection column comprising at least one receiving opening , wherein said at least one receiving opening is aligned to the at least one dispensing opening in at least one position of said collection column ; and - a data processing unit, for controlling the movement of the collection columns and the dosing means; - a transporting means with at least one receptacle, moveable by the transporting means , wherein the top of said at least one receptacle is adjacent to the bottom of one of the collection columns in at least one position of said one collection column and at least one position of said at least one receptacle in the transporting means ; characterized in that - the wall is cylindrical, in which a carousel rotates; and - the carousel is arranged on the inside of the wall and said carousel has a central axis and a number of arms on which outer end the collection columns are arranged. - a wall with at least one dispensing unit , said at least one dispensing unit comprising a reservoir for accommodating solid medicines such as pills or tablets, a dispensing opening , connected to the reservoir , the dispensing opening comprising dosing means for dosing a solid medicine from the reservoir to the dispensing opening ; - a collection area, surrounded by the wall , the collection area comprising a number of collection columns , movable along the wall and said at least one dispensing opening , each collection column comprising at least one receiving opening , wherein said at least one receiving opening is aligned to the at least one dispensing opening in at least one position of said collection column ; and - a data processing unit, for controlling the movement of the collection columns and the dosing means; - a transporting means with at least one receptacle, moveable by the transporting means , wherein the top of said at least one receptacle is adjacent to the bottom of one of the collection columns in at least one position of said one collection column and at least one position of said at least one receptacle in the transporting means ; - the wall is cylindrical, in which a carousel rotates; and - the carousel is arranged on the inside of the wall and said carousel has a central axis and a number of arms on which outer end the collection columns are arranged.
Inlet heat sink (20-E) for a liquid cooling system of an electronic board , said electronic board including at least one electronic component, said system comprising a cold plate for receiving said heat sink (20-E), said cold plate being sized to at least partially cover said electronic board and comprising a cooling circuit including channels inside which a so-called "cold" heat transfer fluid circulates, for supplying at least said heat sink (20-E), and a discharge circuit comprising channels inside which a so-called "hot" heat transfer fluid circulates, having been heated through the heat sink (20-E), the heat sink (20-E) comprising a cooling block comprising a lower portion (21-1) constituting the main heat exchange zone and an upper portion (21-3) intended to be connected to the cold plate , the heat sink (20-E) being characterised in that it comprises: - a so-called "cold" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive an inlet tube of the cooling circuit so that said cooling block is supplied with the heat transfer fluid from the cold plate , - a so-called "hot" outlet connector , - a so-called "cold" outlet connector , the upper portion (21-3) of the cooling block being configured to divide the flow of heat transfer fluid entering through the cold inlet connector into a first flow, which is directed towards the lower portion (21-1) of the cooling block so as to collect the heat generated by the electronic board by being routed to the hot outlet connector , and a second flow which is directed directly to the cold outlet connector . - a so-called "cold" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive an inlet tube of the cooling circuit so that said cooling block is supplied with the heat transfer fluid from the cold plate , - a so-called "hot" outlet connector , - a so-called "cold" outlet connector ,
An hydrocarbon measurement module comprising a main loop having a water inlet for receiving water, a first pump for pumping the received water through the main loop ; a sensing loop having a first conduit connected to the main loop at a first junction and configured to receive a sample of the water flowing in the main loop , and a mass spectrometer configured to analyse the sample and detect if the sample contains one or more predetermined hydrocarbons, characterised in that a second pump is placed in the sensing loop for pumping the sample through the sensing loop . a main loop having a water inlet for receiving water, a first pump for pumping the received water through the main loop ; a sensing loop having a first conduit connected to the main loop at a first junction and configured to receive a sample of the water flowing in the main loop , and a mass spectrometer configured to analyse the sample and detect if the sample contains one or more predetermined hydrocarbons, characterised in that a second pump is placed in the sensing loop for pumping the sample through the sensing loop .
A polyethylene blend composition comprising one or more ethylene polymers and one or more HDPE modifiers, wherein the HDPE modifier is present at from 0.25 wt% to 10 wt% based upon the weight of the blend; the HDPE modifier has: 1) a density of greater than 0.94 g/cc; 2) a Mw/Mn greater than 5; 3) a melt index (ASTM 1238, 190°C, 2.16 kg) of less than 0.7 dg/min; and 4) a g' vis of 0.96 or less; the one or more ethylene polymers have a g' vis of 0.95 or more, a composition distribution breadth index (CDBI) of 60% or more and a density of 0.90 g/cc or more; and the ethylene polymer has a g' vis of at least 0.01 units higher than the g' vis of the HDPE modifier.
A method for controlling wireless transmission to reduce cross timeslot interference, comprising: selecting , by a first access point in a first system from access points in a second system, one access point as a second access point to which the first access point is attached, wherein the first system and the second system have an overlapping coverage area and wherein the first system is a first-type wireless local area network system and the second system is a second-type wireless local area network system, which does not belong to a same type as the first-type wireless local area network system; and connecting , by the first access point, to the second access point, and sending first information to a network device in the second system via the second access point, so that the network device determines, according to the first information and second information that is sent by a user device in the first system, a transmission mode and a transmission bandwidth between the first access point and the user device, wherein the transmission mode comprises a direct mode or a relay mode and wherein the first information comprises channel state information between the first access point and an access point in the second system, and bandwidth requirement information of the first access point; and the second information comprises channel state information between the user device and the first access point, channel state information between the user device and an access point in the second system, and bandwidth requirement information of the user device. selecting , by a first access point in a first system from access points in a second system, one access point as a second access point to which the first access point is attached, wherein the first system and the second system have an overlapping coverage area and wherein the first system is a first-type wireless local area network system and the second system is a second-type wireless local area network system, which does not belong to a same type as the first-type wireless local area network system; and connecting , by the first access point, to the second access point, and sending first information to a network device in the second system via the second access point, so that the network device determines, according to the first information and second information that is sent by a user device in the first system, a transmission mode and a transmission bandwidth between the first access point and the user device, wherein the transmission mode comprises a direct mode or a relay mode and wherein the first information comprises channel state information between the first access point and an access point in the second system, and bandwidth requirement information of the first access point; and the second information comprises channel state information between the user device and the first access point, channel state information between the user device and an access point in the second system, and bandwidth requirement information of the user device.
A digital printing device comprising a suction transport device , wherein the suction transport device comprises a transport belt for transporting a sheet, at least one first suction box , which is configured to suck the sheet on the transport belt by negative pressure during transport, is provided in the space defined by the transport belt , characterized in that multiple first suction holes in communication with the first suction box are provided on the transport belt , at least one side of the first suction box is provided with a movable door which moves in a direction perpendicular to a transporting direction to make the first suction box maintain a negative pressure state in cooperation with the sheet, whereby the movable door realizes a stepless adjustment, so that the width of the first suction box is accurately matched with the width of the sheet.
A positive image thermosensitive lithographic plate material, comprising a hydrophilic layer, wherein said hydrophilic layer is coated with a lower layer and a top layer in turn, the lower layer being the first coating and the top layer coating the lower layer, wherein said hydrophilic layer is sensitive to infrared radiation; wherein said lower layer of said hydrophilic layer comprises at least one thermosensitive composition consisting of alkali-soluble copolymers, near infrared absorbing dye, dissolution inhibitors, development accelerators and background coloring dye and solvent thereof, wherein said top layer comprises at least one thermosensitive composition consists of novolac resin films, near infrared absorbing dye, dissolution inhibitors, development accelerators, surfactants and background coloring dye and solvent thereof; wherein said alkali-soluble copolymer resin is an acrylic copolymer of formula (I), which contains at least one structural unit of alpha-Toluenesulfonamide Acrylamide monomer, wherein the molecular weight of the copolymer is 1,000 to 100,000, wherein the mass fraction of alpha-Toluenesulfonamide Acrylamide monomer in the copolymer is 5% to 70%, wherein the mass percentage content of alkali-soluble resin in the lower thermal composition is 60 to 80%; wherein R is selected from the group consisting of -H, -(C1 ∼ C4) alkyl and aryl; wherein R 1 , R 2 and R 3 is independently selected from the group consisting of -H and -CH 3 ; wherein R 4 is selected from the group consisting of-CH 3 and -C 2 H 5 ; wherein v, w, x, y, z and u respectively represents mass fraction of each monomer in the copolymer molecule, wherein the mass fraction of each said monomer is 0% to 70%; wherein the sum of the monomers represented by v, w, x, y, z and u is 100%; wherein the dissolution inhibitor used in the lower layer is ester of diazonaphthoquinone sulfonyl chloride and acrylic copolymer containing N-(4-hydroxyphenyl) maleimide cyclic units which is represented by formula (II), wherein the mass percentage of ester in the lower layer thermosensitive composition is 10∼30%; wherein R is selected from the group consisting of -H, -(C1∼C4) alkyl and aryl; wherein R 1 and R 3 is independently selected from the group consisting of-H and CH 3 ; wherein R 5 is diazonaphthoquinone sulfonate of formula (III), wherein 1, m, n and o respectively represents mass fraction of each monomer in the copolymer molecule, wherein the sum of the mass fractions of components respectively being representative by 1, m, n and o, is 100%, wherein the mass fraction of component being representative by o is 40% ∼50%, wherein the esterification rate thereof is 50% ∼90%.
A camera module, comprising: a housing including a first housing and a second housing disposed under the first housing ; a lens barrel disposed in the housing ; an elastic member disposed in the housing and connecting the lens barrel to the housing ; and a driving unit including a first driving unit and a second driving unit , the first driving unit including a coil and the second driving unit including a magnetic material, the first driving unit including a horizontal driving unit and a vertical driving unit , characterised in that the second housing is coupled to a lower portion of the first housing , wherein the second driving unit faces the horizontal driving unit in a direction perpendicular to an optical axis of the lens barrel and the second driving unit faces the vertical driving unit in a direction parallel with the optical axis, wherein the vertical driving unit is formed by winding a coil about an axis parallel with the optical axis, and wherein the driving unit moves the lens barrel with reference to the housing in three axis directions perpendicular to each other. a housing including a first housing and a second housing disposed under the first housing ; a lens barrel disposed in the housing ; an elastic member disposed in the housing and connecting the lens barrel to the housing ; and a driving unit including a first driving unit and a second driving unit , the first driving unit including a coil and the second driving unit including a magnetic material, the first driving unit including a horizontal driving unit and a vertical driving unit , characterised in that the second housing is coupled to a lower portion of the first housing , wherein the second driving unit faces the horizontal driving unit in a direction perpendicular to an optical axis of the lens barrel and the second driving unit faces the vertical driving unit in a direction parallel with the optical axis, wherein the vertical driving unit is formed by winding a coil about an axis parallel with the optical axis, and wherein the driving unit moves the lens barrel with reference to the housing in three axis directions perpendicular to each other.
A method for wireless communication at a first cell, comprising: transmitting a control message to a user equipment, UE, indicating that the UE is to transmit sounding reference signals; transmitting , based at least in part on transmitting the control message, a measurement request to one or more second cells capable of transmitting a single frequency network transmission to the UE with the first cell, the measurement request indicating for the one or more second cells to perform measurements on the sounding reference signals; and transmitting the single frequency network transmission to the UE based at least in part on transmitting the measurement request. transmitting a control message to a user equipment, UE, indicating that the UE is to transmit sounding reference signals; transmitting , based at least in part on transmitting the control message, a measurement request to one or more second cells capable of transmitting a single frequency network transmission to the UE with the first cell, the measurement request indicating for the one or more second cells to perform measurements on the sounding reference signals; and transmitting the single frequency network transmission to the UE based at least in part on transmitting the measurement request.
Method for removing parts of a layer on a surface of a workpiece , the method comprising the steps: - establishing a mechanical contact between a contact element and the layer on the surface for removing parts of the layer and/or of a manipulation medium; and - physical separating of removed parts of the layer from the parts of the layer remaining on the surface of the workpiece characterized in that during removing of the manipulation medium and/or of parts of the layer , the contact element is irradiated, whereby material settled on the contact element is at least partly or completely cured and then exists in a hard and brittle form, and/or wherein a suction device is used with a radiation source configured to emit electromagnetic radiation for curing the sucked-up parts of the layer and/or of the manipulation medium, whereby, curing of the parts takes place within the suction device . - establishing a mechanical contact between a contact element and the layer on the surface for removing parts of the layer and/or of a manipulation medium; and - physical separating of removed parts of the layer from the parts of the layer remaining on the surface of the workpiece during removing of the manipulation medium and/or of parts of the layer , the contact element is irradiated, whereby material settled on the contact element is at least partly or completely cured and then exists in a hard and brittle form, and/or wherein a suction device is used with a radiation source configured to emit electromagnetic radiation for curing the sucked-up parts of the layer and/or of the manipulation medium, whereby, curing of the parts takes place within the suction device .
A drive mechanism for a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - an elongated housing extending in an axial direction , - an actuation member rotatably supported on the housing for setting of the dose, - a last dose sleeve directly rotatably engaged with the actuation member , - a last dose member threadedly engaged with the last dose sleeve , further being rotatably fixed to the housing , - the last dose sleeve has at least one stop and that the last dose member is operable to engage with the at least one stop to limit a rotation of the last dose sleeve , - wherein the last dose sleeve comprises an external thread mating with an internal thread of the last dose member at least partially surrounding the circumference of the last dose sleeve , and - wherein the at least one stop extends radially outwardly at a distal or proximal end of the external thread , characterized in that - the last dose member comprises a leading and a trailing edge in circumferential direction with respect to the sense of rotation of the last dose sleeve relative to the last dose member and wherein at least one of the leading and trailing edge of the last dose member is engageable with the at least one radially outwardly extending stop on the outer circumference of the last dose sleeve when reaching a last dose limiting configuration. - an elongated housing extending in an axial direction , - an actuation member rotatably supported on the housing for setting of the dose, - a last dose sleeve directly rotatably engaged with the actuation member , - a last dose member threadedly engaged with the last dose sleeve , further being rotatably fixed to the housing , - the last dose sleeve has at least one stop and that the last dose member is operable to engage with the at least one stop to limit a rotation of the last dose sleeve , - wherein the last dose sleeve comprises an external thread mating with an internal thread of the last dose member at least partially surrounding the circumference of the last dose sleeve , and - wherein the at least one stop extends radially outwardly at a distal or proximal end of the external thread , characterized in that - the last dose member comprises a leading and a trailing edge in circumferential direction with respect to the sense of rotation of the last dose sleeve relative to the last dose member and wherein at least one of the leading and trailing edge of the last dose member is engageable with the at least one radially outwardly extending stop on the outer circumference of the last dose sleeve when reaching a last dose limiting configuration.