mhurhangee/patent-ind-claim-en huggingface dataset:
Method for data transmission within an industrial communication network, in which - selected datagrams are transmitted from first communication devices , connected to source network nodes, to second communication devices , connected to destination network nodes, within predefined time intervals , - the predefined time intervals are synchronized at all network nodes, characterized in that - a number of network nodes from the respective source network node to the respective destination network node is ascertained for forwarding the selected datagrams each time, - the selected datagrams are transmitted during first periodic time intervals having a first guard interval length if the ascertained number of network nodes at least corresponds to a predefined threshold value, - on the other hand, the selected datagrams are transmitted during second periodic time intervals having a second guard interval length , which is shorter than the first guard interval length, if the ascertained number is below the threshold value. - selected datagrams are transmitted from first communication devices , connected to source network nodes, to second communication devices , connected to destination network nodes, within predefined time intervals , - the predefined time intervals are synchronized at all network nodes, - a number of network nodes from the respective source network node to the respective destination network node is ascertained for forwarding the selected datagrams each time, - the selected datagrams are transmitted during first periodic time intervals having a first guard interval length if the ascertained number of network nodes at least corresponds to a predefined threshold value, - on the other hand, the selected datagrams are transmitted during second periodic time intervals having a second guard interval length , which is shorter than the first guard interval length, if the ascertained number is below the threshold value.
An insect cell comprising a first nucleotide sequence that comprises one open reading frame encoding the non-structural parvoviral Rep proteins Rep78 and Rep52, from which both parvoviral Rep52 and parvoviral Rep78 proteins are expressed in the insect cell, wherein the initiation codon for the parvoviral Rep78 protein is a suboptimal initiation codon.
A process for manufacturing a silica gel extruded soft lamp strip, comprising the following steps: a. pasting LED beads and other components on an FPC soft board, and performing reflow soldering; b. soldering the FPC soft board into a lengthened FPC soft board in a manner of lead-free manual soldering; c. performing aging impact on the lengthened FPC soft board; d. performing pre-extrusion processing on the lengthened FPC soft board which is qualified after aging impact; e. extruding the lengthened FPC board using a solid silica gel mixture in combination with an extrusion mold, and then baking using a baking oven to cure the silica gel; wherein the solid silica gel mixture is prepared from silicone rubber and a vulcanizing agent according to a required ratio; and f. clipping from a connection plate position of a cured semi-finished product, installing a plug, performing a product qualification test, packaging the qualified products and then putting in storage for later selling or use. a. pasting LED beads and other components on an FPC soft board, and performing reflow soldering; b. soldering the FPC soft board into a lengthened FPC soft board in a manner of lead-free manual soldering; c. performing aging impact on the lengthened FPC soft board; d. performing pre-extrusion processing on the lengthened FPC soft board which is qualified after aging impact; e. extruding the lengthened FPC board using a solid silica gel mixture in combination with an extrusion mold, and then baking using a baking oven to cure the silica gel; wherein the solid silica gel mixture is prepared from silicone rubber and a vulcanizing agent according to a required ratio; and f. clipping from a connection plate position of a cured semi-finished product, installing a plug, performing a product qualification test, packaging the qualified products and then putting in storage for later selling or use.
A system for determining electrophysiological data comprising: an electronic control unit configured to: acquire electrophysiology signals from a plurality of electrodes of one or more catheters; select at least one clique of electrodes from the plurality of electrodes to determine a plurality of local E field data points, wherein the clique of electrodes comprises at least three electrodes; process the electrophysiology signals from the at least one clique to derive the local E field data points associated with the at least one clique of electrodes; derive at least one orientation independent signal from the at least one clique of electrodes; and output catheter orientation independent electrophysiologic information to a user or process. acquire electrophysiology signals from a plurality of electrodes of one or more catheters; select at least one clique of electrodes from the plurality of electrodes to determine a plurality of local E field data points, wherein the clique of electrodes comprises at least three electrodes; process the electrophysiology signals from the at least one clique to derive the local E field data points associated with the at least one clique of electrodes; derive at least one orientation independent signal from the at least one clique of electrodes; and output catheter orientation independent electrophysiologic information to a user or process.
Apparatus for producing an acoustic structure having a core with a plurality of cells , comprising: a manipulator ; an end effector mounted on the manipulator , including a plurality of acoustic device placement tools each capable of placing an acoustic device in one of the cells of the core ; a digital controller including a set of digital instructions for controlling movement of the manipulator and operation of the end effector ; and a material supply system for supplying overlapping ribbons of acoustic material and ribbons of adhesive material that overlap and adhere to the ribbons of acoustic material ; wherein each of the acoustic device placement tools includes a mandrel capable of being inserted into the acoustic device , and each of the acoustic device placement tools includes a vacuum pickup for holding an acoustic device on the mandrel . a manipulator ; an end effector mounted on the manipulator , including a plurality of acoustic device placement tools each capable of placing an acoustic device in one of the cells of the core ; a digital controller including a set of digital instructions for controlling movement of the manipulator and operation of the end effector ; and a material supply system for supplying overlapping ribbons of acoustic material and ribbons of adhesive material that overlap and adhere to the ribbons of acoustic material ; wherein each of the acoustic device placement tools includes a mandrel capable of being inserted into the acoustic device , and each of the acoustic device placement tools includes a vacuum pickup for holding an acoustic device on the mandrel .
A system for inspecting a warehouse comprising: a laser scanner attachable to an industrial truck and adapted to scan in a plane substantially perpendicular to the industrial truck's main direction of travel (G) in order to scan an environment of a warehouse on at least one side, preferably both sides, of the industrial truck and to generate scan data based thereon, a computing unit that is adapted to receive the scan data and data on the absolute position and/or relative position change of the industrial truck, or data from which one or more of these variables can be derived, wherein the computing unit is further adapted to construct three-dimensional data of the environment based on the scan data and data on the absolute position and/or relative position change of the industrial truck, characterized in that the laser scanner is attachable to the industrial truck in such a manner that it has its scanning plane (E) substantially perpendicular to the main direction of travel of the industrial truck (G). a laser scanner attachable to an industrial truck and adapted to scan in a plane substantially perpendicular to the industrial truck's main direction of travel (G) in order to scan an environment of a warehouse on at least one side, preferably both sides, of the industrial truck and to generate scan data based thereon, a computing unit that is adapted to receive the scan data and data on the absolute position and/or relative position change of the industrial truck, or data from which one or more of these variables can be derived, wherein the computing unit is further adapted to construct three-dimensional data of the environment based on the scan data and data on the absolute position and/or relative position change of the industrial truck, characterized in that the laser scanner is attachable to the industrial truck in such a manner that it has its scanning plane (E) substantially perpendicular to the main direction of travel of the industrial truck (G).
A surface treatment method for a resin vessel , which performs coating or surface modification on a surface of the resin vessel , the method comprising: applying a material for coating or surface modification to at least one of an inner surface and an outer surface of the resin vessel in an environment with pressure equal to or higher than atmospheric pressure; and irradiating the resin vessel , to which the material has been applied, with an electron beam, to perform the coating or the surface modification and sterilize the resin vessel ; characterized in that the method comprises: an absorption step of absorbing the gas inside of the resin vessel or an aeration step of injecting clean air to the inside of the resin vessel after the step of performing the irradiation with the electron beam. applying a material for coating or surface modification to at least one of an inner surface and an outer surface of the resin vessel in an environment with pressure equal to or higher than atmospheric pressure; and irradiating the resin vessel , to which the material has been applied, with an electron beam, to perform the coating or the surface modification and sterilize the resin vessel ;
Tread for a pneumatic tyre, comprising a sequence of tread elements arranged in succession and interspersed with first grooves , each tread element having an overall V-shape with two lateral wings , each of said lateral wings being formed from three tread blocks separated therebetween by second grooves , wherein said three tread blocks comprise at least one shoulder block having a first major extension direction (SPD) inclined by a first angle (α) with respect to a line (TL) orthogonal to a center line (CL) of the tread ranging between 8° and 12°, wherein said at least one shoulder block comprises at least one first notch with a longitudinal evolution according to said first major extension direction (SPD), said at least one first notch having a zig-zag evolution for at least part of the length thereof, wherein each shoulder block comprises a channel with a longitudinally evolution which extends onto the shoulder block , until it reaches and emerges upon the corresponding second groove , wherein said channel with a longitudinal evolution comprises an end portion that opens onto said second groove , characterized in that said end portion having a variable depth, said end portion having at least one inclined portion wherein the depth gradually decreases from the outside towards the inside of the pneumatic tyre, as the interface with this second groove approaches, wherein said inclined portion has a length, in the longitudinal direction of the evolution of the channel itself, between 15 mm and 30 mm. wherein each shoulder block comprises a channel with a longitudinally evolution which extends onto the shoulder block , until it reaches and emerges upon the corresponding second groove , wherein said channel with a longitudinal evolution comprises an end portion that opens onto said second groove , characterized in that said end portion having a variable depth, said end portion having at least one inclined portion wherein the depth gradually decreases from the outside towards the inside of the pneumatic tyre, as the interface with this second groove approaches, wherein said inclined portion has a length, in the longitudinal direction of the evolution of the channel itself, between 15 mm and 30 mm.
A method, comprising: at an electronic device with a speaker and a microphone : while in a full-duplex live audio communication session with an external device , the full-duplex live audio communication session configured to transmit control signal data and transmit audio data: receiving control signal data from the external device ; in response to receiving the control signal data : issuing a perceptual notification ; and preventing audio input to the microphone from being enabled; after a first predetermined time period since receiving the control signal data , receiving audio data from the external device ; and after a second predetermined time period since issuing the perceptual notification, wherein the second predetermined time period ends after the first predetermined time period ends, outputting the received audio data from the speaker . receiving control signal data from the external device ; in response to receiving the control signal data : issuing a perceptual notification ; and preventing audio input to the microphone from being enabled; issuing a perceptual notification ; and preventing audio input to the microphone from being enabled; after a first predetermined time period since receiving the control signal data , receiving audio data from the external device ; and after a second predetermined time period since issuing the perceptual notification, wherein the second predetermined time period ends after the first predetermined time period ends, outputting the received audio data from the speaker .
A segmented guidewire for use in medical applications, comprising: a plurality of elongated metallic rods positioned in axial, end-to-end alignment along a longitudinal axis of the guidewire , wherein each of the metallic rods are electrically insulated from one other; a plurality of connectors , each connector being positioned around a joint between two adjacent axial ends of two of the insulated metallic rods such that the connector overlaps the two adjacent axial ends of the two metallic rods and secures the two metallic rods together without electrically coupling the two metallic rods together; characterized in that the connectors include notched axial ends ; wherein the metallic rods are covered with an inner polymeric insulation layer that provides electrical insulation between adjacent metallic rods , and an outer polymeric layer positioned over the inner polymeric insulation layer and that fills in and bonds to the notched axial ends of the connector ; and wherein the inner polymeric insulation layer comprises an insulating portion located between the ends of the rods within the connectors . a plurality of elongated metallic rods positioned in axial, end-to-end alignment along a longitudinal axis of the guidewire , wherein each of the metallic rods are electrically insulated from one other; a plurality of connectors , each connector being positioned around a joint between two adjacent axial ends of two of the insulated metallic rods such that the connector overlaps the two adjacent axial ends of the two metallic rods and secures the two metallic rods together without electrically coupling the two metallic rods together; characterized in that the connectors include notched axial ends ; wherein the metallic rods are covered with an inner polymeric insulation layer that provides electrical insulation between adjacent metallic rods , and an outer polymeric layer positioned over the inner polymeric insulation layer and that fills in and bonds to the notched axial ends of the connector ; and wherein the inner polymeric insulation layer comprises an insulating portion located between the ends of the rods within the connectors .
Device for handling loads, comprising: - a carriage and - at least two fork arms arranged on the carriage: - the fork arms each comprising a fork back , a fork blade and a rotating apparatus , - the fork back having a first longitudinal axis (R) and the fork blade having a second longitudinal axis (B), the first longitudinal axis (R) being arranged substantially orthogonally to the second longitudinal axis (B) and - each of the fork blades being connected to the relevant fork back thereof by means of the rotating apparatus so as to be rotatable about an axis of rotation (D) which is arranged parallel to the longitudinal axis (B) of said fork blade, characterized in that each of the fork blades comprises at least one first face comprising at least one recess for receiving a shaft. - a carriage and - at least two fork arms arranged on the carriage: - the fork arms each comprising a fork back , a fork blade and a rotating apparatus , - the fork back having a first longitudinal axis (R) and the fork blade having a second longitudinal axis (B), the first longitudinal axis (R) being arranged substantially orthogonally to the second longitudinal axis (B) and - each of the fork blades being connected to the relevant fork back thereof by means of the rotating apparatus so as to be rotatable about an axis of rotation (D) which is arranged parallel to the longitudinal axis (B) of said fork blade,
Device for implementing a mental representation technique for the rehabilitation of at least one lower limb, in front of which a patient is intended to be positioned, the device comprising: - a central camera arranged to film the lower limb from a central point of view; - a central display screen arranged to block the patient's direct view of the lower limb, intended to display the viewpoint filmed by the central camera ; characterized in that it also includes at least one lateral camera arranged to film the lower limb from a lateral perspective, and a lateral display screen intended to display the viewpoint filmed by the lateral camera . - a central camera arranged to film the lower limb from a central point of view; - a central display screen arranged to block the patient's direct view of the lower limb, intended to display the viewpoint filmed by the central camera ; characterized in that it also includes at least one lateral camera arranged to film the lower limb from a lateral perspective, and a lateral display screen intended to display the viewpoint filmed by the lateral camera .
An impeller for a catheter pump , the impeller comprising: a hub having a proximal end portion and a distal end portion; and a single row of blades extending from the hub , the single row of blades comprising two or three blades , each blade transitionable between a stored position and a deployed position; wherein each blade extends from a fixed end at the hub to an opposite free end and comprises: a distal blade angle (α) defined between a plane perpendicular to the free end of the blade near a distal end of the blade and a plane perpendicular to the hub ; a proximal blade angle (y) defined between a plane perpendicular to the free end of the blade near a proximal end of the blade and a plane perpendicular to the hub ; and a middle blade angle (β) defined between a plane perpendicular to the free end of the blade at a middle portion of the blade and a plane perpendicular to the hub , wherein the distal blade angle (α) is larger than the middle blade angle (β), characterized in that the middle blade angle (β) is larger than the proximal blade angle (γ). a hub having a proximal end portion and a distal end portion; and a single row of blades extending from the hub , the single row of blades comprising two or three blades , each blade transitionable between a stored position and a deployed position; wherein each blade extends from a fixed end at the hub to an opposite free end and comprises: a distal blade angle (α) defined between a plane perpendicular to the free end of the blade near a distal end of the blade and a plane perpendicular to the hub ; a proximal blade angle (y) defined between a plane perpendicular to the free end of the blade near a proximal end of the blade and a plane perpendicular to the hub ; and a middle blade angle (β) defined between a plane perpendicular to the free end of the blade at a middle portion of the blade and a plane perpendicular to the hub , wherein the distal blade angle (α) is larger than the middle blade angle (β), characterized in that the middle blade angle (β) is larger than the proximal blade angle (γ). a distal blade angle (α) defined between a plane perpendicular to the free end of the blade near a distal end of the blade and a plane perpendicular to the hub ; a proximal blade angle (y) defined between a plane perpendicular to the free end of the blade near a proximal end of the blade and a plane perpendicular to the hub ; and a middle blade angle (β) defined between a plane perpendicular to the free end of the blade at a middle portion of the blade and a plane perpendicular to the hub , wherein the distal blade angle (α) is larger than the middle blade angle (β), characterized in that the middle blade angle (β) is larger than the proximal blade angle (γ).
A security arrangement comprising: - a security element having at least in a first partial region a first micromotif grid, and - a verification means which is arranged for verification of the security element in the viewing direction of a viewer in front of the security element , and thereby makes at least one first motif recognizable to a viewer, said motif not being recognizable on the security element, wherein the first motif grid is configured in such a fashion that the first motif is a dynamic motif the size of which can be changed by rotating the verification means between a first and a second angular alignment relative to the security element, wherein the micromotif grid is constructed according to a first two-dimensional micromotif lattice on the lattice sites of which partial or complete first micromotifs are applied, and the verification means is a lenticular grid which is constructed according to a two-dimensional lenticular lattice on the lattice sites of which microlenses are applied, wherein the micromotif lattice and the lenticular lattice have an identical lattice type, and wherein the first motif is an enlarged view of the micromotifs , characterized in that the micromotif lattice and the lenticular lattice mutually differ only with respect to their lattice constants and the lenticular grid has a preferred angular alignment a relative to the first micromotif grid, and the first micromotifs of the first micromotif grid are respectively applied only within the lattice cell of the lenticular grid, in which the respective lattice point of the micromotif grid comes to lie in the preferred angular alignment, wherein the first micromotifs, if a micromotif does not fit in its entirety into the lattice cell of the lenticular grid, are cut in accordance with the lattice cell of the lenticular grid and are thus applied only partially, or that the lenticular grid has a preferred angular alignment a relative to the first micromotif grid and on the lattice sites of the first micromotif grid first and second micromotifs are applied being cut in accordance with the lattice cells of the lenticular grid in the preferred angular alignment. - a security element having at least in a first partial region a first micromotif grid, and - a verification means which is arranged for verification of the security element in the viewing direction of a viewer in front of the security element , and thereby makes at least one first motif recognizable to a viewer, said motif not being recognizable on the security element,