mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for producing a compressed tablet utilizable for an analysis of sample material, wherein the apparatus comprises a press tool, wherein the press tool has a plurality of alternatively utilizable press surfaces , which are positionable in the apparatus such that they can interact alternatively with a punch of the apparatus to compress a sample material to form the compressed tablet, wherein one of the press surfaces is relatively smooth and the other press surface is relatively rough, wherein the press tool has a press surface carrier comprising a first press surface and a second press surface , wherein the press surface carrier is integrated into the apparatus so as to be movable such that it is possible to position the press surfaces for the alternative interaction with the punch , wherein the press surface carrier is integrated into the apparatus so as to be rotatable.
A method of generating a robot operation command, the method comprising: extracting a work command from an overall work flow; extracting, from a command definition database , a command definition corresponding to the extracted work command, said command definition including control information for changing a unit job of a set of unit jobs to be executed; generating, by referring to the extracted work command, the set of unit jobs in which a plurality of work commands are arranged in a defined order, based on the extracted command definition; generating state information , based on the generated set of unit jobs, representing at least states of a work device and a robot at a start time point and an end time point of the work command; generating, for a plurality of unit jobs among the set of unit jobs, a connecting job for causing the robot to be moved from an end position of a previous unit job to a start position of a subsequent unit job; and generating a robot operation command in which the unit jobs and the connecting job (S201) are continuous, wherein the generating the connecting job (S201) includes generating, based on the state information, a three-dimensional model of the robot in a virtual space and a three-dimensional model of the work device in the virtual space, the connecting job for moving along a path in which interference between the three-dimensional model of the robot and the three-dimensional model of the work device is inhibited from occurring. extracting a work command from an overall work flow; extracting, from a command definition database , a command definition corresponding to the extracted work command, said command definition including control information for changing a unit job of a set of unit jobs to be executed; generating, by referring to the extracted work command, the set of unit jobs in which a plurality of work commands are arranged in a defined order, based on the extracted command definition; generating state information , based on the generated set of unit jobs, representing at least states of a work device and a robot at a start time point and an end time point of the work command; generating, for a plurality of unit jobs among the set of unit jobs, a connecting job for causing the robot to be moved from an end position of a previous unit job to a start position of a subsequent unit job; and generating a robot operation command in which the unit jobs and the connecting job (S201) are continuous, wherein the generating the connecting job (S201) includes generating, based on the state information, a three-dimensional model of the robot in a virtual space and a three-dimensional model of the work device in the virtual space, the connecting job for moving along a path in which interference between the three-dimensional model of the robot and the three-dimensional model of the work device is inhibited from occurring.
A multi-filar helical antenna , comprising: a ground plane for receiving the multi-filar helical antenna; and a helical radiating element extending along a longitudinal axis comprising: an elongate body having an open first end and a second end opposite the first end, the second end configured to be coupled to a feeding port, and the second end comprises a first member and a second member ; wherein the first member is configured to extend towards the ground plane for securing the helical radiating element to the ground plane in connection with the feeding port, and characterized in that the second member having a geometry is connected to the first member and extends away from the body so as to be positioned at a given distance above the ground plane. a ground plane for receiving the multi-filar helical antenna; and a helical radiating element extending along a longitudinal axis comprising: an elongate body having an open first end and a second end opposite the first end, the second end configured to be coupled to a feeding port, and the second end comprises a first member and a second member ; wherein the first member is configured to extend towards the ground plane for securing the helical radiating element to the ground plane in connection with the feeding port, and characterized in that the second member an elongate body having an open first end and a second end opposite the first end, the second end configured to be coupled to a feeding port, and the second end comprises a first member and a second member ; wherein the first member is configured to extend towards the ground plane for securing the helical radiating element to the ground plane in connection with the feeding port, and characterized in that the second member having a geometry is connected to the first member and extends away from the body so as to be positioned at a given distance above the ground plane.
A load securing net for secure transport of a plurality of load units, wherein the load securing net comprises a plurality of load securing belts forming a plurality of meshes, wherein the load securing belts of a row of adjacent meshes each have at least one emergency opening device , characterized in that the emergency opening devices can be opened manually under tensile stress of the respective load securing belt and the row of adjacent meshes form an emergency opening in the load securing net in each case an emergency opening device is open, wherein each emergency opening device comprises a belt buckle and a buckle tongue which can be releasably locked to one another, wherein the buckle tongue comprises a flat insertion portion for insertion into the belt buckle along an insertion direction (s), wherein the belt buckle has a locking body which is mounted rotatably about an axis of rotation extending transverse to the insertion direction (s) and, by means of its rotational position, delimits a clear height (h) of a receiving slot , wherein the insertion portion has a projection extending transverse to the insertion direction (s), and wherein the locking body is designed such that the clearance height (h), in a first rotational position, allows the projection to be pushed through the receiving slot and past the locking body and in a second rotational position prevents the projection from moving past the locking body , wherein the locking body has a cylindrical shape and is flattened on a longitudinal side.
Method for producing a polymeric vehicle add-on part with a decorative element, wherein a. a first polymeric material phase is provided, b. a decorative element is transferred from a carrier film onto a first surface (I) of the first polymeric material phase by hot stamping using a punch , and c. a second polymeric material phase is applied on the first surface (I) of the first polymeric material phase such that the decorative element is arranged between the first polymeric material phase and the second polymeric material phase , wherein at least the first polymeric material phase or the second polymeric material phase is transparent and wherein providing the first material phase and applying the second material phase are done by injection molding. a. a first polymeric material phase is provided, b. a decorative element is transferred from a carrier film onto a first surface (I) of the first polymeric material phase by hot stamping using a punch , and c. a second polymeric material phase is applied on the first surface (I) of the first polymeric material phase such that the decorative element is arranged between the first polymeric material phase and the second polymeric material phase , wherein at least the first polymeric material phase or the second polymeric material phase is transparent and wherein providing the first material phase and applying the second material phase are done by injection molding.
A method for identifying the presence or absence of a target nucleic acid in a biological sample, the method comprising: (a) amplifying and detecting a target nucleic acid in a biological sample containing whole blood using a real-time polymerase chain reaction (PCR) assay, wherein the target nucleic acid is not extracted from the biological sample prior to amplifying; and (b) rotating the biological sample during one or more steps of the real-time PCR assay at a rotational velocity in a range defined as greater than 140×g and up to 1500×g, wherein the rotational velocity is sufficient to pellet cellular debris and fluorescence inhibitors present within the sample to reduce fluorescence interference or quenching in the sample. (a) amplifying and detecting a target nucleic acid in a biological sample containing whole blood using a real-time polymerase chain reaction (PCR) assay, wherein the target nucleic acid is not extracted from the biological sample prior to amplifying; and (b) rotating the biological sample during one or more steps of the real-time PCR assay at a rotational velocity in a range defined as greater than 140×g and up to 1500×g, wherein the rotational velocity is sufficient to pellet cellular debris and fluorescence inhibitors present within the sample to reduce fluorescence interference or quenching in the sample.
A display device, suitable for a narrow bezel type or borderless type display device in which an area of an outer rim of the display device is reduced or removed, comprising: a display panel ; a cabinet including a first supporting portion and a second supporting portion , wherein the second supporting portion protrudes from the first supporting portion and supports the display panel , the second supporting portion having at least one incision ; and a back cover that is coupled to the second supporting portion ; characterized in that the second supporting portion extends perpendicular to the first supporting portion , and a width of the second supporting portion in a direction perpendicular to the first supporting portion is reduced at the incision ; the back cover has at least one drain hole formed at at least one corner of the back cover , wherein the drain hole of the back cover is provided at a position corresponding to the incision of the cabinet ; and an absorption member for absorbing moisture is provided between the cabinet and the display panel , wherein the absorption member is bent around the second supporting portion to a rear surface of the back cover in such a way that the absorption member extends through the incision and the drain hole . a display panel ; a cabinet including a first supporting portion and a second supporting portion , wherein the second supporting portion protrudes from the first supporting portion and supports the display panel , the second supporting portion having at least one incision ; and a back cover that is coupled to the second supporting portion ; characterized in that the second supporting portion extends perpendicular to the first supporting portion , and a width of the second supporting portion in a direction perpendicular to the first supporting portion is reduced at the incision ; the back cover has at least one drain hole formed at at least one corner of the back cover , wherein the drain hole of the back cover is provided at a position corresponding to the incision of the cabinet ; and an absorption member for absorbing moisture is provided between the cabinet and the display panel , wherein the absorption member is bent around the second supporting portion to a rear surface of the back cover in such a way that the absorption member extends through the incision and the drain hole .
A (i) first population of modified human T cells and (ii) a second population of modified T cells for use in a method for treating a cancer, comprising: (a) administering to a subject an effective amount of the first population of modified human T cells of (i) comprising an exogenous nucleic acid molecule that encodes a chimeric antigen receptor (CAR) that specifically binds to a tumor cell-surface antigen associated with the cancer, wherein the CAR comprises a hydrophobic portion disposed between an extracellular binding component and an intracellular effector component, wherein the intracellular effector component comprises an intracellular region of CD3ζ and CD27, CD3ζ and CD28, CD3ζ and CD134, or CD3ζ and CD137, and wherein the modified human T cells express the CAR; (b) administering to the subject an effective amount of the second population of modified T cells of (ii) comprising an exogenous nucleic acid molecule that encodes the tumor cell-surface antigen, wherein the extracellular binding component of the CAR from the modified human T cells of step (a) is specific for the antigen encoded by the population of modified T cells of this step (b), wherein the modified T cells of this step (b) express the tumor cell-surface antigen; and (c) optionally repeating step (a), step (b) or both steps (a) and (b); thereby treating the cancer by adoptive cellular immunotherapy or treating the cancer. (a) administering to a subject an effective amount of the first population of modified human T cells of (i) comprising an exogenous nucleic acid molecule that encodes a chimeric antigen receptor (CAR) that specifically binds to a tumor cell-surface antigen associated with the cancer, wherein the CAR comprises a hydrophobic portion disposed between an extracellular binding component and an intracellular effector component, wherein the intracellular effector component comprises an intracellular region of CD3ζ and CD27, CD3ζ and CD28, CD3ζ and CD134, or CD3ζ and CD137, and wherein the modified human T cells express the CAR; (b) administering to the subject an effective amount of the second population of modified T cells of (ii) comprising an exogenous nucleic acid molecule that encodes the tumor cell-surface antigen, wherein the extracellular binding component of the CAR from the modified human T cells of step (a) is specific for the antigen encoded by the population of modified T cells of this step (b), wherein the modified T cells of this step (b) express the tumor cell-surface antigen; and (c) optionally repeating step (a), step (b) or both steps (a) and (b);
A nucleic acid molecule comprising a double-stranded structure, wherein the double-stranded structure is formed by a first strand and a second strand, wherein the first strand consists of a first stretch of contiguous nucleotides and the second strand comprises a second stretch of contiguous nucleotides, wherein the first stretch of contiguous nucleotides comprises a nucleotide sequence of 5' ACGAGCUGGACCACUGGUC 3' (SEQ ID NO: 1); and wherein the nucleic acid molecule is capable of causing post-transcriptional silencing of a gene and wherein the gene is human Notch 1.
An ultrasound imaging apparatus comprising: a display configured to display an ultrasound image; an ultrasound probe configured to transmit an ultrasound signal to an object and receive an ultrasound echo signal; and a controller configured to: obtain a 4D image of a heart at a first position of the object by processing the ultrasound echo signal; obtain a biplane image of the heart, which is a plurality of cross-sectional images acquired at the same time, by placing the probe at a second position different from the first position; when an artifact is detected in the biplane image, extract a second cross-sectional image corresponding to a first cross-sectional image in which the artifact is detected among the biplane images from the 4D image; control the display to display the second cross-sectional image; and identify anatomical features of a region of interest in the first cross-sectional image, and extract the second cross-sectional image comprising the anatomical features of the region of interest from the 4D image. a display configured to display an ultrasound image; an ultrasound probe configured to transmit an ultrasound signal to an object and receive an ultrasound echo signal; and a controller configured to: obtain a 4D image of a heart at a first position of the object by processing the ultrasound echo signal; obtain a biplane image of the heart, which is a plurality of cross-sectional images acquired at the same time, by placing the probe at a second position different from the first position; when an artifact is detected in the biplane image, extract a second cross-sectional image corresponding to a first cross-sectional image in which the artifact is detected among the biplane images from the 4D image; control the display to display the second cross-sectional image; and identify anatomical features of a region of interest in the first cross-sectional image, and extract the second cross-sectional image comprising the anatomical features of the region of interest from the 4D image. obtain a 4D image of a heart at a first position of the object by processing the ultrasound echo signal; obtain a biplane image of the heart, which is a plurality of cross-sectional images acquired at the same time, by placing the probe at a second position different from the first position; when an artifact is detected in the biplane image, extract a second cross-sectional image corresponding to a first cross-sectional image in which the artifact is detected among the biplane images from the 4D image; control the display to display the second cross-sectional image; and identify anatomical features of a region of interest in the first cross-sectional image, and extract the second cross-sectional image comprising the anatomical features of the region of interest from the 4D image.
A spectral sensor comprising: a light detecting element ; a microlens ; and an interference filter arranged between the light detecting element and the microlens , and configured to transmit light in one or more spectral bands; characterized in that the interference filter comprises a first multilayer and a second multilayer separated by an intermediate layer configured such that the interference filter provides constructive interference for light in the one or more spectral bands, and that the microlens is configured to refract collimated light incident on the microlens , such that light refracted by the microlens and transmitted through the interference filter , converges towards a position (P) behind a light sensitive volume of the light detecting element . a light detecting element ; a microlens ; and an interference filter arranged between the light detecting element and the microlens , and configured to transmit light in one or more spectral bands; characterized in that the interference filter comprises a first multilayer and a second multilayer separated by an intermediate layer configured such that the interference filter provides constructive interference for light in the one or more spectral bands, and that the microlens is configured to refract collimated light incident on the microlens , such that light refracted by the microlens and transmitted through the interference filter , converges towards a position (P) behind a light sensitive volume of the light detecting element .
A bearing device comprising: a rotating shaft ; journal bearings which are provided on the rotating shaft , rotatably support the rotating shaft at at least two locations in an axial direction, and each of which includes an outer peripheral surface and an inner peripheral surface which do not communicate with each other; a bearing accommodating portion which forms a space portion accommodating each journal bearing ; and an intermediate portion lubricating oil supply passage which communicates with the space portion at a position between the journal bearings , characterized in that the bearing device further comprises an outer peripheral surface-side lubricating oil supply passage which communicates with the space portion at a position of the outer peripheral surface of each journal bearing . a rotating shaft ; journal bearings which are provided on the rotating shaft , rotatably support the rotating shaft at at least two locations in an axial direction, and each of which includes an outer peripheral surface and an inner peripheral surface which do not communicate with each other; a bearing accommodating portion which forms a space portion accommodating each journal bearing ; and an intermediate portion lubricating oil supply passage which communicates with the space portion at a position between the journal bearings , characterized in that the bearing device further comprises an outer peripheral surface-side lubricating oil supply passage which communicates with the space portion at a position of the outer peripheral surface of each journal bearing .
A wireless consumption meter for measuring one or more values relating to a fluid flowing in a connected fluid pipe system , the wireless consumption meter being arranged with at least two modes of operation comprising at least a normal operation mode and a test mode; the wireless consumption meter comprising a control input comprising a near field communication radio receiver, and wherein the wireless consumption meter is arranged to enable an external device by near field communication via said control input to request the wireless consumption meter to change from normal operation mode to test mode.
A grinder using induced electric fields, adapted for dispersing and grinding conductive materials, the grinder comprising: a grinding unit on which a plurality of protrusions for cutting are disposed on an outer circumferential surface thereof; a power unit disposed in the grinding unit to generate electric fields and attach the conductive materials to the grinding unit ; and a chamber disposed outside the grinding unit and comprising beads for dispersing and grinding the conductive materials attached to the grinding unit , wherein the grinder is adapted to impart directionality to the conductive materials by the electric fields of the power unit . a grinding unit on which a plurality of protrusions for cutting are disposed on an outer circumferential surface thereof; a power unit disposed in the grinding unit to generate electric fields and attach the conductive materials to the grinding unit ; and a chamber disposed outside the grinding unit and comprising beads for dispersing and grinding the conductive materials attached to the grinding unit , wherein the grinder is adapted to impart directionality to the conductive materials by the electric fields of the power unit .
Device for chopping fruits, having a base part , which has a platform , which projects from a base bottom portion and is intended for at least one fruit, and a chopping part , which has at least one blade and can be moved in a guided manner in relation to the base part in such a manner that a fruit located on the platform is chopped by means of the blade , wherein the platform contains at least one slot , which extends from a top side of the platform towards the base bottom portion and into which the blade dips during the guided movement, and wherein the chopping part has a container portion , characterized in that the chopping part has a container portion having an elastically expandable container bottom portion, which can expand during the guided movement in order to transfer at least some of the chopped fruit into the container portion.