mhurhangee/patent-ind-claim-en huggingface dataset:
Lamp , in particular floor lamp, with a lamp head comprising lighting means and optics for influencing the light emitted by the lighting means, wherein the lighting means comprise a plurality of LEDs arranged in a matrix-like manner and the optics consist of a reflector system , which is disposed in front of the LEDs and consists of a plurality of pot-shaped individual reflectors that form a grid, wherein each LED is associated with a reflector , wherein the reflector system is configured such that the light is emitted asymmetrically in the forward direction with respect to a first direction (I), and wherein reflectors located in the edge region of the reflector system emit the light asymmetrically outward with respect to a second direction (II), which is perpendicular to the first direction (I), and overall the light is emitted symmetrically with respect to the second direction (II).
An installation for spraying a fluid (F) comprising a fluid (F) circulation circuit including a sprayer capable of spraying the fluid (F), a pump and a circulation pipe for the fluid (F), the pump being suitable for injecting the fluid (F) into the circulation pipe , the circulation pipe being configured to guide the fluid (F) from the pump to the sprayer , the installation further comprising at least one injector configured to inject a liquid separate from the fluid (F) into the circuit , the injector being configured to: • compare a total volume of liquid injected into the circuit to a predetermined volume, and • stop the injection when the total volume of injected liquid is equal to the predetermined volume, the installation being characterized in that a volume flow rate is defined for the liquid injected by the injector into the circuit , the injector being configured to determine at least one value of the volume flow rate and to estimate the injected volume from the measured flow rate value(s). • compare a total volume of liquid injected into the circuit to a predetermined volume, and • stop the injection when the total volume of injected liquid is equal to the predetermined volume,
A method of harvesting crop material in a field , the method comprising: capturing an image of each of a plurality of regions of the field with an image sensor ; assigning a region identifier to each of the plurality of regions with a computing device ; analyzing the respective image of each of the plurality of regions , with the computing device , to determine data related to constituent species of the crop material located within each of the plurality of regions ; associating the data related to constituent species for each respective one of the plurality of regions with the region identifier assigned to the respective one of the plurality of regions , with the computing device ; harvesting the crop material in the field with a harvester implement ; forming the harvested crop material gathered from a subset of the plurality of regions into a bale with a baler implement ; attaching a bale identifier to the bale with the baler implement ; identifying which of the plurality of regions is included in the subset of the plurality of regions with the computing device ; and associating the region identifier of each of the plurality of regions included in the subset of the plurality of regions with the bale identifier , with the computing device , such that the data related to constituent species of the crop material included in the bale is associated with the bale and may be obtained by querying the computing device . capturing an image of each of a plurality of regions of the field with an image sensor ; assigning a region identifier to each of the plurality of regions with a computing device ; analyzing the respective image of each of the plurality of regions , with the computing device , to determine data related to constituent species of the crop material located within each of the plurality of regions ; associating the data related to constituent species for each respective one of the plurality of regions with the region identifier assigned to the respective one of the plurality of regions , with the computing device ; harvesting the crop material in the field with a harvester implement ; forming the harvested crop material gathered from a subset of the plurality of regions into a bale with a baler implement ; attaching a bale identifier to the bale with the baler implement ; identifying which of the plurality of regions is included in the subset of the plurality of regions with the computing device ; and associating the region identifier of each of the plurality of regions included in the subset of the plurality of regions with the bale identifier , with the computing device , such that the data related to constituent species of the crop material included in the bale is associated with the bale and may be obtained by querying the computing device .
A user equipment, UE , comprising: receiving circuitry configured to receive a physical downlink shared channel, PDSCH; and transmitting circuitry configured to transmit a Hybrid Automatic Repeat Request Acknowledgement/Negative Acknowledgement, HARQ-ACK, response for the PDSCH, wherein in a case that a slot based short transmission time interval, TTI, is not configured, the HARQ-ACK response is based on a first downlink, DL, association set, the first DL association set specifying downlink subframe(s) associated with each of subframe 0 to subframe 9 of a radio frame, characterized in that in a case that the slot based short TTI is configured, the HARQ-ACK response is based on a second DL association set, the second DL association set specifying downlink slot(s) associated with each of slot 0 to slot 19 of a radio frame. receiving circuitry configured to receive a physical downlink shared channel, PDSCH; and transmitting circuitry configured to transmit a Hybrid Automatic Repeat Request Acknowledgement/Negative Acknowledgement, HARQ-ACK, response for the PDSCH, wherein in a case that a slot based short transmission time interval, TTI, is not configured, the HARQ-ACK response is based on a first downlink, DL, association set, the first DL association set specifying downlink subframe(s) associated with each of subframe 0 to subframe 9 of a radio frame, characterized in that in a case that the slot based short TTI is configured, the HARQ-ACK response is based on a second DL association set, the second DL association set specifying downlink slot(s) associated with each of slot 0 to slot 19 of a radio frame.
A visualization catheter comprising: a catheter comprising: a proximal catheter portion; a distal catheter portion; a working channel lumen extending through the proximal catheter portion and the distal catheter portion; and a cabling lumen extending through the proximal catheter portion and the distal catheter portion and adjacent to the working channel lumen; and a camera train holder comprising a lens stack ; and a visualization sensor comprising a CMOS sensor that comprises an image plane perpendicular and centered with respect to a central axis of the lens stack ; and wherein the catheter comprises a catheter body which is configured such that the cabling lumen is off-centered with respect to camera train holder . a catheter comprising: a proximal catheter portion; a distal catheter portion; a working channel lumen extending through the proximal catheter portion and the distal catheter portion; and a cabling lumen extending through the proximal catheter portion and the distal catheter portion and adjacent to the working channel lumen; and a camera train holder comprising a lens stack ; and a visualization sensor comprising a CMOS sensor that comprises an image plane perpendicular and centered with respect to a central axis of the lens stack ; and wherein the catheter comprises a catheter body which is configured such that the cabling lumen is off-centered with respect to camera train holder . a proximal catheter portion; a distal catheter portion; a working channel lumen extending through the proximal catheter portion and the distal catheter portion; and a cabling lumen extending through the proximal catheter portion and the distal catheter portion and adjacent to the working channel lumen; and a camera train holder comprising a lens stack ; and a visualization sensor comprising a CMOS sensor that comprises an image plane perpendicular and centered with respect to a central axis of the lens stack ; and wherein the catheter comprises a catheter body which is configured such that the cabling lumen is off-centered with respect to camera train holder .
A panel support system, comprising: a longitudinal trough having two opposing side walls and a base connected therebetween, the trough being open on a side opposing the base, the trough configured to be attachable to a surface; and at least one liquid resin retention unit configured to be placed in the trough , the or each liquid resin retention unit comprising at least one barrier having a trough-engaging part , and a separate panel-engaging part configured to be movable relative to the trough-engaging part , the at least one liquid resin retention unit configured to receive a panel thereon; wherein the panel support system is arranged such that resin introduced into the liquid resin retention unit flows into contact with both the trough and the panel to bind them together securely; wherein the at least one barrier is configured to prevent liquid resin flowing along a length of the trough as the inclination of the panel is adjusted within the trough . a longitudinal trough having two opposing side walls and a base connected therebetween, the trough being open on a side opposing the base, the trough configured to be attachable to a surface; and at least one liquid resin retention unit configured to be placed in the trough , the or each liquid resin retention unit comprising at least one barrier having a trough-engaging part , and a separate panel-engaging part configured to be movable relative to the trough-engaging part , the at least one liquid resin retention unit configured to receive a panel thereon; wherein the panel support system is arranged such that resin introduced into the liquid resin retention unit flows into contact with both the trough and the panel to bind them together securely; wherein the at least one barrier is configured to prevent liquid resin flowing along a length of the trough as the inclination of the panel is adjusted within the trough .
Magnetic sensing half-bridge circuit for sensing an orientation of an external magnetic field in a plane, comprising a circuit portion including: a main half-bridge comprising series-connected main tunnel magnetoresistive sensor elements TMR1 and TMR2; a first auxiliary half-bridge connected in parallel to the main half-bridge , said first auxiliary half-bridge comprising series-connected auxiliary tunnel magnetoresistive sensor elements TMR3 and TMR4 with an output voltage (V out ) emerging from the connection between TMR1 and TMR3 and between TMR2 and TMR4; wherein each sensor element TMR1, TMR2, TMR3 and TMR4 comprises a tunnel barrier spacer layer sandwiched between a ferromagnetic reference layer having a reference magnetization that is pinned in a pinning direction and a ferromagnetic sense layer having a sense magnetization that can be freely oriented; wherein the reference magnetization of the magnetoresistive sensor element TMR1 and TMR3 are respectively oriented substantially antiparallel with respect to the reference magnetization of the magnetoresistive sensor element TMR2 and TMR4; and wherein said first auxiliary half-bridge has a sensing axis that differs from the sensing axis of the main half bridge by an angle (θ) of about 180°/n, where n is the harmonic number to be canceled. a main half-bridge comprising series-connected main tunnel magnetoresistive sensor elements TMR1 and TMR2; a first auxiliary half-bridge connected in parallel to the main half-bridge , said first auxiliary half-bridge comprising series-connected auxiliary tunnel magnetoresistive sensor elements TMR3 and TMR4 with an output voltage (V out ) emerging from the connection between TMR1 and TMR3 and between TMR2 and TMR4; wherein each sensor element TMR1, TMR2, TMR3 and TMR4 comprises a tunnel barrier spacer layer sandwiched between a ferromagnetic reference layer having a reference magnetization that is pinned in a pinning direction and a ferromagnetic sense layer having a sense magnetization that can be freely oriented; wherein the reference magnetization of the magnetoresistive sensor element TMR1 and TMR3 are respectively oriented substantially antiparallel with respect to the reference magnetization of the magnetoresistive sensor element TMR2 and TMR4; and wherein said first auxiliary half-bridge has a sensing axis that differs from the sensing axis of the main half bridge by an angle (θ) of about 180°/n, where n is the harmonic number to be canceled.
Pig, in particular inspection or cleaning pig, for passing through a pipeline having a pipeline wall , comprising at least one functional unit for cleaning the pipeline and/or recording pipeline information and comprising at least one magnet unit , which is provided for magnetizing the pipeline wall and has a plurality of magnets , wherein the magnet unit has a plurality of segments each with at least one magnet , characterized in that the magnetization directions of mutually adjacent segments are angled at least by approximately 90°, preferably by exactly 90°, to one another, in that the magnet unit has magnets formed as permanent magnets, in that the poles (N, S) of two segments which are directed toward each other and which are separated by a further segment have an identical polarity, in that the segment arranged between the two segments as a vertical segment has a magnetization direction directed in the direction of the pipeline wall in operation and preferably formed at least approximately perpendicular to the pipeline wall , and in that the vertical segment, viewed from a longitudinal central axis , is bounded radially on the outside by a focusing element .
A method for purifying nucleic acid molecules in a sample, comprising at least the step of : a) contacting said sample with at least one tubulin and one or more nucleic acid-trapping proteins comprising a nucleic acid-binding moiety and a polymerized tubulin-binding moiety; in efficient conditions for forming polymerized tubulin in complex with the said nucleic acid-trapping proteins bound to the said nucleic acids to be purified; and b) recovering the nucleic acid-trapping protein(s) which is/are bound to the nucleic acid molecules, thereby purifying said nucleic acid molecules. a) contacting said sample with at least one tubulin and one or more nucleic acid-trapping proteins comprising a nucleic acid-binding moiety and a polymerized tubulin-binding moiety; in efficient conditions for forming polymerized tubulin in complex with the said nucleic acid-trapping proteins bound to the said nucleic acids to be purified; and b) recovering the nucleic acid-trapping protein(s) which is/are bound to the nucleic acid molecules, thereby purifying said nucleic acid molecules.
A method of controlling a luminaire at a first physical location in a physical space to render a lighting effect in the physical space, the method being performed by a control device and comprising steps of: - receiving at least one data object for use in rendering the lighting effect, the data object defining at least one virtual object comprising an influence value for the virtual object and a coordinate vector denoting a virtual location of the virtual object in a virtual space; - determining the first physical location of the luminaire in the physical space from a map of the physical space; - determining a separation value between the first physical location of the luminaire and a second physical location in the physical space corresponding to the virtual location of the virtual object in the virtual space; and - controlling at least one characteristic of light emitted by the luminaire as a function of the determined separation value and the influence value for the virtual object, thereby rendering the lighting effect. - receiving at least one data object for use in rendering the lighting effect, the data object defining at least one virtual object comprising an influence value for the virtual object and a coordinate vector denoting a virtual location of the virtual object in a virtual space; - determining the first physical location of the luminaire in the physical space from a map of the physical space; - determining a separation value between the first physical location of the luminaire and a second physical location in the physical space corresponding to the virtual location of the virtual object in the virtual space; and - controlling at least one characteristic of light emitted by the luminaire as a function of the determined separation value and the influence value for the virtual object, thereby rendering the lighting effect.
A composition comprising an effective amount of Semaphorin 3C as set forth in SEQ ID NO: 1 or a variant of Semaphorin 3C which has at least 80%, 90%, 95%, 99% or 100% sequence identity with the amino acid set forth in SEQ ID NO: 1, for use in treating age-related macular degeneration (AMD) in an eye of a patient by administering the composition into an eye of a subject, wherein said variant comprises at least one modification in furin-like pro-protein convertase cleavage site 2 consisting of amino acid residues 549-552; and wherein said modification renders said variant resistant to cleavage at said cleavage site 2 and a pharmaceutically effective carrier.
Method for sorting a number of objects , wherein each object is provided with a marking array of a set of marking arrays for marking objects, wherein each marking array comprises at least one allocation field that is provided with an manifestation of a brightness level, wherein a manifestation is composed of a color and optionally of a pattern, and wherein a respective manifestation in conjunction with a respective brightness level is assigned to a destination such that an object can be assigned to that destination by affixing a marking array of the set of marking arrays, characterized in that the objects are arranged in view of being removed according to a predetermined sequence and starting from one end of that sequence, a respective allocation field having an increasingly darker marking corresponding either to a later or an earlier removal, and the used colors indicating, according to a convention with regard to their brightness, an order of a higher or a lower level than the order by brightness.
A light grid for detecting objects and/or persons within a monitored zone or within a protected field, having a transmission unit with light transmitters emitting light beams , having a reception unit with light receivers receiving light beams , and having a control and evaluation unit in which object determination signals are generated in dependence on received signals at the outputs of the light receivers , wherein the light transmitters and the light receivers are each arranged equidistantly, with the light transmitters and the light receivers forming a first resolution of the light grid , wherein the first resolution is active in a first zone of the light grid and the light transmitters and the light receivers in a second zone of the light grid having a second resolution can be set by the control and evaluation unit , with the second resolution being a lower resolution than the first resolution, characterized in that respective object determination signals are formed in the control and evaluation unit for respective zones having different resolutions and said object determination signals can be output via a data interface, a fieldbus, or over Ethernet.
Adapter for fixing an optical fibre or bundle of optical fibres , with respect to an end section of a tube accommodating the fibre or fibre bundle , comprising: a tube holding section at a proximal end (PE) of the adapter , the tube holding section having a connecting section adapted to fix the adapter to the tube, the connecting section comprising a tube-like protrusion or shape that extends in a direction pointing away from a distal end (DE) of the adapter , a fibre holding section providing a substantially tubular receptacle for receiving the fibre or bundle of fibres , the receptacle having a distal opening at the distal end (DE) of the adapter , a plastically deformable sealing component for fixing the fibre or bundle of fibres to the adapter , the distal end (DE) of the fibre holding section being received within the sealing component , and a sealing element provided at the proximal end (PE), sealingly abutting the end section and seated between the end section of the tube and the remaining adapter , the sealing element enclosing the connecting section and being adapted to seal up a gap between the tube and the adapter . a tube holding section at a proximal end (PE) of the adapter , the tube holding section having a connecting section adapted to fix the adapter to the tube, the connecting section comprising a tube-like protrusion or shape that extends in a direction pointing away from a distal end (DE) of the adapter , a fibre holding section providing a substantially tubular receptacle for receiving the fibre or bundle of fibres , the receptacle having a distal opening at the distal end (DE) of the adapter , a plastically deformable sealing component for fixing the fibre or bundle of fibres to the adapter , the distal end (DE) of the fibre holding section being received within the sealing component , and a sealing element provided at the proximal end (PE), sealingly abutting the end section and seated between the end section of the tube and the remaining adapter , the sealing element enclosing the connecting section and being adapted to seal up a gap between the tube and the adapter .
A food singulator apparatus configured to generate a sequence of spaced apart food slices from a food product conveyed by a conveyor apparatus , comprising: • a halting mechanism for engaging with a front side of the food product and temporarily halt the food product while cutting by a cutting device at least one food slice of the food product, and • a take away device for downwardly sliding the at least one food slice from the remaining part of the food product and slide it downwards and under the take away device where the at least one food slice is subsequently received and conveyed as at least one food slice. • a halting mechanism for engaging with a front side of the food product and temporarily halt the food product while cutting by a cutting device at least one food slice of the food product, and • a take away device for downwardly sliding the at least one food slice from the remaining part of the food product and slide it downwards and under the take away device where the at least one food slice is subsequently received and conveyed as at least one food slice.
A wind turbine having a tower mast having a longitudinal axis, said tower mast comprising: a plurality of multi-material tower sections for the tower mast , said plurality of multi-material tower sections comprising: at least one additively manufactured wall structure comprised of at least one material; and a plurality of additively manufactured internal reinforcement structures comprised of at least one additional material and disposed therewith the at least one additively manufactured wall structure , wherein the plurality of multi-material tower sections are configured to be extendable from a nested configuration to form at least a portion of the tower mast . at least one additively manufactured wall structure comprised of at least one material; and a plurality of additively manufactured internal reinforcement structures comprised of at least one additional material and disposed therewith the at least one additively manufactured wall structure , wherein the plurality of multi-material tower sections are configured to be extendable from a nested configuration to form at least a portion of the tower mast .