mhurhangee/patent-ind-claim-en huggingface dataset:
A control apparatus that can control driving of a robot and an imaging unit , the control apparatus comprises a processing unit having: an image processing sequence creation part that creates setting details on an image processing sequence containing image processing of a captured image captured by the imaging unit; and a calibration creation part that creates setting details on a calibration of correlating a robot coordinate system and an imaging unit coordinate system, wherein the processing unit can call up the image processing sequence created by the image processing sequence creation part in creation of the setting details on the calibration by the calibration creation part, characterized in that the processing unit has a display control part that controls driving of a display unit , and the display control part displays a plurality of image processing sequences created by the image processing sequence creation part in a calibration guide window that guides input of the setting details on the calibration, wherein the display control part displays the created plurality of image processing sequences in a dropdown list in the calibration guide window . an image processing sequence creation part that creates setting details on an image processing sequence containing image processing of a captured image captured by the imaging unit; and a calibration creation part that creates setting details on a calibration of correlating a robot coordinate system and an imaging unit coordinate system, wherein the processing unit can call up the image processing sequence created by the image processing sequence creation part in creation of the setting details on the calibration by the calibration creation part, characterized in that the processing unit has a display control part that controls driving of a display unit , and the display control part displays a plurality of image processing sequences created by the image processing sequence creation part in a calibration guide window that guides input of the setting details on the calibration, wherein the display control part displays the created plurality of image processing sequences in a dropdown list in the calibration guide window .
A retractor comprising: a spool , a guide being rotatable around at least a portion of a circumference of said spool, and a belt being wound about said spool and being passable through a guide opening in said guide.
An apparatus , comprising: a marine seismic source that includes a structural member that defines a perimeter, a first side, and a second side opposite the first side; a port defined through the perimeter of the structural member; a first disc coupled on the first side of the structural member; a second disc coupled on the second side of the structural member; a cavity defined within the structural member between the first and second discs, the cavity contains a volume of gas; an electromechanical device configured to vibrate and thereby to selectively deflect the discs in response to an input of electrical energy at a frequency; and a conduit that defines a first end and a second end, the conduit coupled to the port on the first end; a gas reservoir disposed external to the marine seismic source, the gas reservoir coupled to the second end of the conduit; the apparatus being characterised in that a portion of the volume of gas within the cavity flows in and out between the cavity and the gas reservoir by way of the conduit responsive to the vibration of the electromechanical device. a marine seismic source that includes a structural member that defines a perimeter, a first side, and a second side opposite the first side; a port defined through the perimeter of the structural member; a first disc coupled on the first side of the structural member; a second disc coupled on the second side of the structural member; a cavity defined within the structural member between the first and second discs, the cavity contains a volume of gas; an electromechanical device configured to vibrate and thereby to selectively deflect the discs in response to an input of electrical energy at a frequency; and a conduit that defines a first end and a second end, the conduit coupled to the port on the first end; a structural member that defines a perimeter, a first side, and a second side opposite the first side; a port defined through the perimeter of the structural member; a first disc coupled on the first side of the structural member; a second disc coupled on the second side of the structural member; a cavity defined within the structural member between the first and second discs, the cavity contains a volume of gas; an electromechanical device configured to vibrate and thereby to selectively deflect the discs in response to an input of electrical energy at a frequency; and a conduit that defines a first end and a second end, the conduit coupled to the port on the first end; a gas reservoir disposed external to the marine seismic source, the gas reservoir coupled to the second end of the conduit; the apparatus being characterised in that a portion of the volume of gas within the cavity flows in and out between the cavity and the gas reservoir by way of the conduit responsive to the vibration of the electromechanical device.
A knife for a cutting device for cutting continuous rods in a manufacturing process, comprising: a knife body having a distal end, and a proximal end opposite the distal end, the knife body is configured to be attached to a cutting device ; and, a cutting edge located at the distal end of the knife body, the cutting edge comprising at least two cutting edge segments , each cutting edge segment comprises a profile, wherein the profile comprises one maximum protrusion from the knife body, and wherein at least a portion of the second cutting edge segment protrudes , from the knife body, to a greater extent than the maximum protrusion of the first cutting edge segment , from the knife body. a knife body having a distal end, and a proximal end opposite the distal end, the knife body is configured to be attached to a cutting device ; and, a cutting edge located at the distal end of the knife body, the cutting edge comprising at least two cutting edge segments , each cutting edge segment comprises a profile, wherein the profile comprises one maximum protrusion from the knife body, and wherein at least a portion of the second cutting edge segment protrudes , from the knife body, to a greater extent than the maximum protrusion of the first cutting edge segment , from the knife body.
Conveying device for conveying loaded or unloaded load carriers , comprising - a first conveying unit and a second conveying unit , wherein - each conveying unit consists of a chassis, at least one supporting element for supporting the load carrier , at least one lifting/lowering unit for lifting and lowering the supporting element, a sensor system for detecting environmental parameters and at least one drive system which drives at least one floor roller of the conveying unit , and - each conveying unit is movable relative to the respective other conveying unit and independently of the respective other conveying unit along any direction of travel, characterised in that - the environment of the conveying device can be detected by the arrangement of the sensor system in both conveying units in the raised state with a detection plane below the load carrier and in the non-raised state the detection plane intersects the load carrier . - a first conveying unit and a second conveying unit , wherein - each conveying unit consists of a chassis, at least one supporting element for supporting the load carrier , at least one lifting/lowering unit for lifting and lowering the supporting element, a sensor system for detecting environmental parameters and at least one drive system which drives at least one floor roller of the conveying unit , and - each conveying unit is movable relative to the respective other conveying unit and independently of the respective other conveying unit along any direction of travel, - the environment of the conveying device can be detected by the arrangement of the sensor system in both conveying units in the raised state with a detection plane below the load carrier and in the non-raised state the detection plane intersects the load carrier .
A method for wireless communication by a user equipment, UE, comprising: determining a cycle duration of an extended discontinuous reception, eDRX, cycle; entering a sleep state of the eDRX cycle; determining whether to use a first clock as a timer and a second clock as a timing calibrator during the sleep state based on the cycle duration of the eDRX cycle, the second clock having a higher power consumption and a lower frequency error than the first clock, wherein the determining comprises: determining to use the first clock as the timer and the second clock as the timing calibrator in response to the cycle duration of the eDRX cycle being equal to or greater than a threshold; and determining to use the second clock as the timer in response to the cycle duration of the eDRX cycle being less than the threshold. determining a cycle duration of an extended discontinuous reception, eDRX, cycle; entering a sleep state of the eDRX cycle; determining whether to use a first clock as a timer and a second clock as a timing calibrator during the sleep state based on the cycle duration of the eDRX cycle, the second clock having a higher power consumption and a lower frequency error than the first clock, wherein the determining comprises: determining to use the first clock as the timer and the second clock as the timing calibrator in response to the cycle duration of the eDRX cycle being equal to or greater than a threshold; and determining to use the second clock as the timer in response to the cycle duration of the eDRX cycle being less than the threshold. determining to use the first clock as the timer and the second clock as the timing calibrator in response to the cycle duration of the eDRX cycle being equal to or greater than a threshold; and determining to use the second clock as the timer in response to the cycle duration of the eDRX cycle being less than the threshold.
A method for post-treating dry adhesive microstructures to form post-treated tips, comprising: (a) directing a liquid polymer layer to self-align with a plurality of microstructures adjacent to a gripping surface, wherein said liquid polymer layer or said plurality of microstructures or both comprise one or more conductive additives; (b) receiving, by a computer processor, a reading of applied pressure on said gripping surface by said liquid polymer layer ; (c) adjusting a position of said liquid polymer layer relative to a position of said gripping surface based at least in part on said reading of applied pressure to approach a predetermined dipping pressure; (d) retracting said liquid polymer layer such that a portion of said liquid polymer layer is retained on a tip of each microstructure of said plurality of microstructures ; and (e) curing said portion of said liquid polymer layer . (a) directing a liquid polymer layer to self-align with a plurality of microstructures adjacent to a gripping surface, wherein said liquid polymer layer or said plurality of microstructures or both comprise one or more conductive additives; (b) receiving, by a computer processor, a reading of applied pressure on said gripping surface by said liquid polymer layer ; (c) adjusting a position of said liquid polymer layer relative to a position of said gripping surface based at least in part on said reading of applied pressure to approach a predetermined dipping pressure; (d) retracting said liquid polymer layer such that a portion of said liquid polymer layer is retained on a tip of each microstructure of said plurality of microstructures ; and (e) curing said portion of said liquid polymer layer .
A biosensor for the detection of an analyte using surface-enhanced Raman spectroscopy "SERS", the biosensor comprising a SERS-active substrate and a microfluidic circuit device arranged to be in fluid communication with the SERS-active substrate, wherein the microfluidic circuit device comprises a concentration gradient generator having two or more mixing structures and (i) at least two inlets and (ii) at least two outlets, wherein respective microchannels extend from each of the at least two outlets of the concentration gradient generator, and wherein the microfluidic circuit device further comprises at least one cross-flow line intersecting with and in fluid communication with each of the microchannels, wherein the at least one cross-flow line has an inlet for introducing an analyte binding molecule into the microfluidic circuit device , wherein the at least one cross-flow line defines a reaction chamber at an intersection with at least one of the microchannels, wherein the SERS-active substrate is comprised in or forms at least a portion of the reaction chamber .
A catheter assembly for temporary blood vessel occlusion comprising: a. a steerable guide wire b. an expandable assembly , c. a pivotable joint , wherein said pivotable joint connects said expandable assembly to said guide wire , wherein said expandable assembly is capable of being changed from a retracted state to an expanded state and wherein said expandable assembly is arranged in a substantially conical configuration; wherein said catheter assembly further comprising a first tube , wherein the guide wire is located within said first tube , wherein said first tube is made of or covered with a non-sticking material comprising polytetrafluoroethylene (PTFE) or perfluoroalkoxy (PFA) and, wherein said first tube comprises one or more side holes configured for injection and/or aspiration of fluids, wherein said catheter assembly comprises a sliding sleeve accommodating the expandable assembly in a retracted state within said catheter assembly. a. a steerable guide wire b. an expandable assembly , c. a pivotable joint , wherein said pivotable joint connects said expandable assembly to said guide wire , wherein said expandable assembly is capable of being changed from a retracted state to an expanded state and wherein said expandable assembly is arranged in a substantially conical configuration; wherein said catheter assembly further comprising a first tube , wherein the guide wire is located within said first tube , wherein said first tube is made of or covered with a non-sticking material comprising polytetrafluoroethylene (PTFE) or perfluoroalkoxy (PFA) and, wherein said first tube comprises one or more side holes configured for injection and/or aspiration of fluids, wherein said catheter assembly comprises a sliding sleeve accommodating the expandable assembly in a retracted state within said catheter assembly.
Timepiece display mechanism (1; 2) comprising a frame (100; 200), a lever arm (101; 201), at least one wheel (102; 2021, 2022) borne by said lever arm (101; 201) and rotationally movable with respect to said lever arm, the or each of said wheels (102; 2021, 2022) bearing a display disc (105; 2051, 2052) comprising indications (106; 2061, 2062) intended to be read through an aperture (107; 207), the position of which is fixed with respect to the frame (100; 200), and bankings (103a, 104a; 2031a, 2041a, 2032a, 2042a) which are also fixed with respect to the frame (100; 200), said lever arm (101; 201) being intended to carry out alternating rotational movements between two predetermined positions about an axis of rotation (A1; A2) which is fixed with respect to the frame (100; 200), characterised in that the at least one wheel (102; 2021, 2022) is toothed and in that the whole is arranged so that, between two consecutive changes in the direction of rotation of the lever arm (101; 201), the or each of the toothed wheels (102; 2021, 2022) which it bears is driven in rotation by a predetermined angle with respect to the lever arm (101; 201) under the effect of the cooperation of at least one of its teeth with at least one of said bankings (103a, 104a; 2031a, 2041a, 2032a, 2042a), this or these rotations permitting the or each of the display discs (105; 2051, 2052) to be positioned with respect to the lever arm (101; 201) so that an indication of the or of one of the discs is entirely readable through the aperture (107; 207) when the lever arm (101; 201) is in at least one of said predetermined positions.
A method, comprising: determining, by a device, a DisplayPort mode by detecting a received signal on a first sideband use, SBU1, pin of the device or a second sideband use, SBU2, pin of the device; determining, by the device, an orientation of a USB Type-C connector plug by detecting a type of the received signal; multiplexing, by a multiplexer, a DisplayPort transmission based in part on the determined orientation of the USB Type-C connector plug; and multiplexing, by the multiplexer, the received signal based in part on the determined orientation of the USB Type-C connector plug. determining, by a device, a DisplayPort mode by detecting a received signal on a first sideband use, SBU1, pin of the device or a second sideband use, SBU2, pin of the device; determining, by the device, an orientation of a USB Type-C connector plug by detecting a type of the received signal; multiplexing, by a multiplexer, a DisplayPort transmission based in part on the determined orientation of the USB Type-C connector plug; and multiplexing, by the multiplexer, the received signal based in part on the determined orientation of the USB Type-C connector plug.
A runway arrangement comprising: a first runway section (502-1) that includes a first runway; and a second runway section (502-2) that includes a second runway; wherein the second runway section (502-2) is laterally offset from the first runway section (502-1); and the second runway section (502-2) longitudinally overlaps with the first runway section (502-1); a section not overlapping being for use as a take off or landing section; and wherein the part of the first runway section that longitudinally overlaps the second runway section (510-1) is a sterile safety area that is not to be used during normal operations; and wherein the part of the second runway section that longitudinally overlaps the first runway section (510-2) is a sterile safety area that is not to be used during normal operations. a first runway section (502-1) that includes a first runway; and a second runway section (502-2) that includes a second runway; wherein the second runway section (502-2) is laterally offset from the first runway section (502-1); and the second runway section (502-2) longitudinally overlaps with the first runway section (502-1); a section not overlapping being for use as a take off or landing section; and wherein the part of the first runway section that longitudinally overlaps the second runway section (510-1) is a sterile safety area that is not to be used during normal operations; and wherein the part of the second runway section that longitudinally overlaps the first runway section (510-2) is a sterile safety area that is not to be used during normal operations.
A pharmaceutical composition comprising as an active ingredient at least one antibody that binds to a protein of SEQ ID NO: 1, for use in the treatment of cancer.
Connector for the connection to a magnetic coil (B) wound onto a support element , wherein the magnetic cable (C) that realizes the coil (B) is covered by an insulating layer, said connector being characterized in that it comprises an elastic spring contact element which is made of conductive material, wherein said spring contact element is adapted to be moved in an open condition during the insertion of the connector on the support element and tends to return to a closed condition during a closing phase, wherein said spring contact element includes on its inner walls cutting elements for cutting into said insulating layer such that, at the end of the closing phase, said spring contact element performs a mechanical retention function and at the same time creates an electrical contact between the support element and the magnetic coil (B), wherein, in order to ensure that the connector does not close too much and does not shear the cable that forms the coil (B), stop means are provided, said stop means being configured to prevent the spring contact element closing by more than a given amount.
A method of manufacturing a tubular braided structure for a braided footwear upper, the method comprising: generating a double-layer tubular braided structure having at least a first end braided with at least one yarn integrally braided with the tubular braided structure , at least a second end braided with at least one yarn integrally braided with the tubular braided structure , and at least one draw yarn removably braided with the at least one yarn to removably couple the first and second ends, wherein upon removal of at least a portion of the draw yarn from the first and second ends, a first layer of the double-layer tubular braided structure forms a lateral side of a braided shoe upper , and a second layer of the double-layer tubular braided structure forms a medial side of a braided shoe upper . generating a double-layer tubular braided structure having at least a first end braided with at least one yarn integrally braided with the tubular braided structure , at least a second end braided with at least one yarn integrally braided with the tubular braided structure , and at least one draw yarn removably braided with the at least one yarn to removably couple the first and second ends, wherein upon removal of at least a portion of the draw yarn from the first and second ends, a first layer of the double-layer tubular braided structure forms a lateral side of a braided shoe upper , and a second layer of the double-layer tubular braided structure forms a medial side of a braided shoe upper .
Pushchair, in particular stroller, buggy or other such vehicle for children, comprising a pushchair frame and a foldable child seat which comprises - a backrest , - a seat surface element , - a plurality of adapter elements , by way of which the child seat can be connected to the pushchair frame, characterized by - a first locking element , by way of which the seat surface element can be locked with respect to the adapter elements , wherein the first locking element is designed in such a way that the locking of the seat surface element with respect to the adapter elements can be released by reducing the angle between the backrest and the seat surface element . - a backrest , - a seat surface element , - a plurality of adapter elements , by way of which the child seat can be connected to the pushchair frame, characterized by - a first locking element , by way of which the seat surface element can be locked with respect to the adapter elements ,
Transport unit with a chassis on which is arranged a support frame with several load-bearing receiving elements , arranged one above the other, for articles to be transported , wherein the receiving elements are arranged so as to be adjustable about a longitudinal axis relative to the support frame , wherein the receiving elements are designed with a device supporting a movement of the articles to be transported during loading or unloading of the receiving elements , wherein the receiving elements are jointly adjustable via an adjusting device between a horizontal alignment in the support frame and a loading and/or unloading position deviating from the horizontal alignment, characterized in that each receiving element has locking elements on its edges extending parallel to its longitudinal axis, which locking elements can be adjusted between a locking position and an unlocking position, wherein it is possible for the articles to be transported to be conveyed out of the support frame by gravity when the locking element is in the unlocking position, and in that the receiving elements are formed into subsections by separating elements aligned transversely to the longitudinal axis, each subsection having a locking element which can be controlled separately from one another