mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a crane, in particular tower crane, and an external master computer, wherein the crane is equipped with a load lifting means mounted on a hoisting cable , driving devices for moving several crane elements and traversing the load lifting means , and a control device for controlling the driving devices such that the load lifting means moves along a traversing path between at least two target points , wherein the control device includes - a traversing path determining module for determining a desired traversing path between the at least two target points , which is connected to a playback device for determining the desired traversing path and/or desired target and intermediate points (500 ... 510) of the traversing path by manually traversing the load lifting means along the desired traversing path, and - an automatic traversing control module for automatically traversing the load lifting means along the determined traversing path, characterized in that the traversing path control module is coupled to the external master computer which has access to a building data module (BIM) and provides target and intermediate points (500 ... 510) for determining the traversing path, wherein the master computer cyclically or continuously provides updated data concerning the building contours of various building phases, and the traversing path determining module is configured to take account of the updated data concerning the building contours when determining the traversing path. - a traversing path determining module for determining a desired traversing path between the at least two target points , which is connected to a playback device for determining the desired traversing path and/or desired target and intermediate points (500 ... 510) of the traversing path by manually traversing the load lifting means along the desired traversing path, and - an automatic traversing control module for automatically traversing the load lifting means along the determined traversing path,
A method for the surface decoration of articles, comprising the steps of: A) applying a base layer to the surface of a main body (P); B) applying on said base layer a metallization layer ; said step B) comprising a deposition of metal particles on said base layer ; C) after step B), applying a transparent coating layer on the base layer and metallization layer , characterized in that said base layer comprises at least one photoluminescent additive that confers photoluminescence properties to the base layer ; wherein said metallization layer is applied after step A), and wherein said metallization layer is configured to make at least partially visible the photoluminescence of said base layer by at least one among: i) prior to step C) a material removal action is performed, wherein a portion of said metal particles is removed in accordance with a predetermined graphical pattern; ii) the deposition of the metallic particles realizes the metallization layer according to a thickness that is at least partially permeable to the photoluminescence of the base layer . A) applying a base layer to the surface of a main body (P); B) applying on said base layer a metallization layer ; said step B) comprising a deposition of metal particles on said base layer ; C) after step B), applying a transparent coating layer on the base layer and metallization layer , wherein said metallization layer is applied after step A), and wherein said metallization layer is configured to make at least partially visible the photoluminescence of said base layer by at least one among: i) prior to step C) a material removal action is performed, wherein a portion of said metal particles is removed in accordance with a predetermined graphical pattern; ii) the deposition of the metallic particles realizes the metallization layer according to a thickness that is at least partially permeable to the photoluminescence of the base layer . i) prior to step C) a material removal action is performed, wherein a portion of said metal particles is removed in accordance with a predetermined graphical pattern; ii) the deposition of the metallic particles realizes the metallization layer according to a thickness that is at least partially permeable to the photoluminescence of the base layer .
Attachment point for securing on an attachment point to be secured and/or handled, comprising a connection means for connecting the attachment point to an object to be secured and/or handled, having an eyelet arc connected to a main body and a connection eyelet mounted in the eyelet arc , for connecting an attachment or lashing means, which connection eyelet has a smaller radius in its arc mounted in the eyelet arc than in its other arc , and which connection eyelet carries two dividing elements (13, 13.1) that are located opposite one another with regard to their longitudinal axis and project into the interior (I) enclosed by the connection eyelet , characterised in that the connection eyelet carries a movement limiting stop , projecting with regard to the central fibre (M) of said connection eyelet and located opposite the dividing elements (13, 13.1) in each case on the outside, for limiting the introduction depth of the connection eyelet into the eyelet arc together with the internally projecting dividing elements (13, 13.1), which are likewise configured as movement limiting stops , as a result of which movement limiting stops the maximum diameter of that portion of the connection eyelet that carries the movement limiting stops is greater than the clear width of the eyelet arc , wherein the contour forming the movement limiting stops is shaped in order that there is substantially only linear contact between the movement limiting stops and the eyelet arc in the attachment arrangement.
A compressor comprising a rotor assembly , an electric motor stator assembly and a heat sink assembly , wherein the rotor assembly comprises a shaft to which an impeller , a bearing assembly and an electric motor rotor core are secured, the heat sink assembly is secured to the bearing assembly and comprises a heat sink having a plurality of legs that extend radially outward, characterised in that the electric motor stator assembly is secured to one or more of the legs .
Bag opening device for a form-fill-seal machine, comprising two coupling modules for being coupled to each side of a bag for opening same, said coupling modules being movable with respect to one another between an open position and a closed position by driving means, characterized in that said driving means of the coupling modules comprise a motor driving the movement of one of the coupling modules and a synchronizing connecting rod synchronizing the movement of the coupling module driven by the motor with the other coupling module .
A suit for a motorcyclist comprising: - a suit body shaped to dress a motorcyclist's body , wherein said suit body comprises an outer surface , an upper portion having a portion of torso and portions for the upper limbs , and a lower portion which extends from said upper portion , having portions for the lower limbs , wherein on each side of said suit body , there are provided, symmetrically with respect to a longitudinal direction (L-L): - at least a first shell element arranged on said upper portion , - and at least a second shell element arranged on said lower portion , characterised in that said first shell element and said second shell element each have: a first face facing the motorcyclist's body shaped to embrace an area of the body on which it is arranged, a second face , opposite to the first face , exposed to a flow of air, shaped to keep a fluid streamline (F) adhering to the suit body . - a suit body shaped to dress a motorcyclist's body , wherein said suit body comprises an outer surface , an upper portion having a portion of torso and portions for the upper limbs , and a lower portion which extends from said upper portion , having portions for the lower limbs , wherein on each side of said suit body , there are provided, symmetrically with respect to a longitudinal direction (L-L): - at least a first shell element arranged on said upper portion , - and at least a second shell element arranged on said lower portion , characterised in that said first shell element and said second shell element each have: a first face facing the motorcyclist's body shaped to embrace an area of the body on which it is arranged, a second face , opposite to the first face , exposed to a flow of air, shaped to keep a fluid streamline (F) adhering to the suit body . wherein said suit body comprises an outer surface , an upper portion having a portion of torso and portions for the upper limbs , and a lower portion which extends from said upper portion , having portions for the lower limbs , wherein on each side of said suit body , there are provided, symmetrically with respect to a longitudinal direction (L-L): - at least a first shell element arranged on said upper portion , - and at least a second shell element arranged on said lower portion , - at least a first shell element arranged on said upper portion , - and at least a second shell element arranged on said lower portion , characterised in that said first shell element and said second shell element each have: a first face facing the motorcyclist's body shaped to embrace an area of the body on which it is arranged, a second face , opposite to the first face , exposed to a flow of air, shaped to keep a fluid streamline (F) adhering to the suit body .
A computer-implemented method comprising: receiving updated map data, the updated map data comprising a plurality of links; identifying all changed or new links of the plurality of links, wherein a changed link is different than a corresponding link in previous map data and wherein a new link does not have a corresponding link in the previous map data, and wherein the previous map data corresponds to a version of the updated map data that precedes the updated map data; determining a tiling of the updated map data; and determining , based on the tiling of the updated map data, that a tile boundary intersects the changed or new links, wherein the tile boundary is the boundary between a first tile and a second tile; wherein the method further comprises: compiling a map update for at least the first tile comprising: the updated map data for the first tile, and the previous map data corresponding to all the changed or new links intersected by the tile boundary for the first tile, wherein the map update for at least the first tile is compiled based on the tiling; and providing the map update for at least the first tile. receiving updated map data, the updated map data comprising a plurality of links; identifying all changed or new links of the plurality of links, wherein a changed link is different than a corresponding link in previous map data and wherein a new link does not have a corresponding link in the previous map data, and wherein the previous map data corresponds to a version of the updated map data that precedes the updated map data; determining a tiling of the updated map data; and determining , based on the tiling of the updated map data, that a tile boundary intersects the changed or new links, wherein the tile boundary is the boundary between a first tile and a second tile; wherein the method further comprises: compiling a map update for at least the first tile comprising: the updated map data for the first tile, and the previous map data corresponding to all the changed or new links intersected by the tile boundary for the first tile, wherein the map update for at least the first tile is compiled based on the tiling; and providing the map update for at least the first tile. compiling a map update for at least the first tile comprising: the updated map data for the first tile, and the previous map data corresponding to all the changed or new links intersected by the tile boundary for the first tile, wherein the map update for at least the first tile is compiled based on the tiling; and providing the map update for at least the first tile.
Regulator first stage for two-stage underwater breathing apparatuses, comprising a reduction chamber communicating with high-pressure gas supply through a balance valve , that is influenced by the pressure of the external environment by a balance diaphragm , that by means of a suitable actuator acts on said valve , said reduction chamber being provided with a plurality of medium pressure outlets , and wherein said regulator comprises a monolithic body wherein said reduction chamber is formed, and wherein the seat of said balance valve is made coaxial and concentric to said reduction chamber , characterized in that said plurality of medium pressure outlets are arranged with their axes parallel to the operating axis of the balance valve , and in that said body has at least two opposite parallel faces , the balance diaphragm of said valve being arranged on one of the two faces and the plurality of medium pressure outlets with axes parallel to the operating axis of the balance valve being arranged on the other face.
A connection system for releasably connecting components comprising a key element having a force transferring head and a screw element having a force receiving head able to be connected together as needed by the shapes of the force transferring head and the force receiving head being designed so as to correspond to one another, wherein at least the force transferring head of the key element exhibits a first material and at least the force receiving head of the screw element exhibits a second material, wherein the first material and the second material are selected such that the force transferring head and/or the force receiving head are/is reversibly deformable upon application of a force for rotating the key element which is greater than a definable maximum force, characterized in that the force transferring head of the key element and/or the force receiving head of the screw element comprises at least one slot , wherein the at least one slot is designed such that opposing flanks are in each case reversibly deformable toward the at least one slot .
A system for manufacturing a composite construction material comprising a printed matrix and a continuous fiber embedded in said matrix, the system comprising a print head configured to deposit the matrix by successive layer-by-layer material deposition on a deposition plane, and an injection device configured to introduce the continuous fiber into the matrix deposited by the print head , the injection device comprising: - a distribution head configured to deliver the fiber , said distribution head being movable along a vertical direction (z) perpendicular to the deposition plane, between a high position and a low position; - a drive device configured to oscillate the distribution head between the high position and the low position; and - an elastic return element configured to passively return the distribution head from the low position to the high position. - a distribution head configured to deliver the fiber , said distribution head being movable along a vertical direction (z) perpendicular to the deposition plane, between a high position and a low position; - a drive device configured to oscillate the distribution head between the high position and the low position; and - an elastic return element configured to passively return the distribution head from the low position to the high position.
An operation method of a terminal in a communication network, the operation method comprising: detecting a control channel of a subframe #n transmitted from a base station; obtaining a downlink control information, DCI, for an uplink grant from the control channel; performing channel sensing based on channel access related information included in the DCI; and performing uplink transmission in a subframe #(n+1) to the base station when a result of the channel sensing is an idle state, wherein the subframe #(n+1) is an unlicensed band subframe, n is an integer equal to or greater than 0, and 1 is an integer equal to or greater than 0, characterised in that the channel access related information includes a channel access type, wherein a channel access type 1 indicates that the channel sensing is performed during a period corresponding to a backoff counter selected within a contention window, and a channel access type 2 indicates that the channel sensing is performed during a preconfigured period. detecting a control channel of a subframe #n transmitted from a base station; obtaining a downlink control information, DCI, for an uplink grant from the control channel; performing channel sensing based on channel access related information included in the DCI; and performing uplink transmission in a subframe #(n+1) to the base station when a result of the channel sensing is an idle state, wherein the subframe #(n+1) is an unlicensed band subframe, n is an integer equal to or greater than 0, and 1 is an integer equal to or greater than 0, characterised in that the channel access related information includes a channel access type, wherein a channel access type 1 indicates that the channel sensing is performed during a period corresponding to a backoff counter selected within a contention window, and a channel access type 2 indicates that the channel sensing is performed during a preconfigured period.
A vacuum tool (100; 2012) comprising: a first vacuum distributor portion (110; 2014); a first vacuum source (102; 2008) associated with the first vacuum distributor portion (110; 2014); a second vacuum distributor portion (110; 2016), wherein the first vacuum distributor portion (110; 2014) is coupled with the second vacuum distributor portion (110; 2016); and a second vacuum source (102; 2010) associated with the second vacuum distributor portion (110; 2016); wherein the first vacuum source (102; 2008) produces a vacuum in association with the first vacuum distributor portion (110; 2014) that is independent of the second vacuum source (102; 2010) that produces a vacuum in association with the second vacuum distributor portion (110; 2016), characterized by a multi-portion plate coupled to the first and second vacuum distributor portions (110; 2014, 2016), wherein the interior plate surface of the multi-portion plate is mated with a bottom portion of the first and second vacuum distributor portions (110; 2014, 2016), forming an air-tight bond; and portions of the multi-portion plate are removable. a first vacuum distributor portion (110; 2014); a first vacuum source (102; 2008) associated with the first vacuum distributor portion (110; 2014); a second vacuum distributor portion (110; 2016), wherein the first vacuum distributor portion (110; 2014) is coupled with the second vacuum distributor portion (110; 2016); and a second vacuum source (102; 2010) associated with the second vacuum distributor portion (110; 2016); wherein the first vacuum source (102; 2008) produces a vacuum in association with the first vacuum distributor portion (110; 2014) that is independent of the second vacuum source (102; 2010) that produces a vacuum in association with the second vacuum distributor portion (110; 2016), characterized by a multi-portion plate coupled to the first and second vacuum distributor portions (110; 2014, 2016), wherein the interior plate surface of the multi-portion plate is mated with a bottom portion of the first and second vacuum distributor portions (110; 2014, 2016), forming an air-tight bond; and portions of the multi-portion plate are removable.
A device for separating regenerative and/or adult stem cells from an adipose tissue taken from a biological structure, having: - a container for holding a material mixture , which comprises the adipose tissue and the regenerative and/or adult stem cells, which container has at least two chambers which are separated from each other by at least one membrane ; - a material-mixture feeding apparatus which is designed to introduce the material mixture into the container ; - at least one flushing-medium feeding apparatus which is designed to introduce a fluid into the container ; - a stem cell removal apparatus which is designed to remove the separated stem cells from the container and which is separated from the material-mixture feeding apparatus by the at least one membrane ; - at least one flushing-medium draining apparatus which is designed to drain a material mixture, from which regenerative and/or adult stem cells have been removed, from the container , and - at least one specifically permeable membrane , each being permeable for only one specific part of the respective material mixture, characterised in that a first chamber of the container has means for separating the material mixture and a liquid blended with the material mixture, wherein the means for separating the material mixture have a tube with a pressure compensation connection to the first chamber as well as a suction element connected to an underpressure source, said suction element being arranged in the tube . - a container for holding a material mixture , which comprises the adipose tissue and the regenerative and/or adult stem cells, which container has at least two chambers which are separated from each other by at least one membrane ; - a material-mixture feeding apparatus which is designed to introduce the material mixture into the container ; - at least one flushing-medium feeding apparatus which is designed to introduce a fluid into the container ; - a stem cell removal apparatus which is designed to remove the separated stem cells from the container and which is separated from the material-mixture feeding apparatus by the at least one membrane ; - at least one flushing-medium draining apparatus which is designed to drain a material mixture, from which regenerative and/or adult stem cells have been removed, from the container , and - at least one specifically permeable membrane , each being permeable for only one specific part of the respective material mixture,