mhurhangee/patent-ind-claim-en huggingface dataset:
A receptacle , in particular a storage box, having a base body and a removable cover element , the cover element adapted to cover an open top side of the base body , - the base body comprising a bottom wall, a front wall , a rear wall and two side walls arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall , the second wall at least partially overlapping one of the front wall , the rear wall or the side walls when the cover element covers the base body , so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body , the rear wall of the base body comprises a gripping area that allows a user to hold the base body , with the cover element when placed on the base body cooperates with the gripping area of the base body characterized in that in the cover indentions are formed on its side walls that mate with corresponding embossments placed on the base body . - the base body comprising a bottom wall, a front wall , a rear wall and two side walls arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall , the second wall at least partially overlapping one of the front wall , the rear wall or the side walls when the cover element covers the base body , so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body , the rear wall of the base body comprises a gripping area that allows a user to hold the base body , with the cover element when placed on the base body cooperates with the gripping area of the base body
Method for measuring a numerically controlled machine tool using a device comprising: - a first measuring element for measurement by a measuring device ; - a second measuring element for measurement by a measuring device ; - a spacer element on which the first measuring element and the second measuring element are arranged spaced apart from one another; and - at least one fastening portion for fastening the device to a machine part of the machine tool ; comprising the steps: - attaching the device to a machine part of the machine tool that can be moved linearly and/or rotationally; - determining a respective actual position of the first measuring element of the device using a measuring device at at least two positions of the machine part on the machine tool ; - determining a respective actual position of the second measuring element of the device using the measuring device at the at least two positions of the machine part on the machine tool ; and - determining one or more coordinate reference parameters of one or more controllable axes of the machine tool ; characterized in that the method further comprises: - mounting the measuring device on a work spindle of the machine tool ; and wherein the determination of the one or more coordinate reference parameters is carried out on the basis of the determined actual positions of the first and the second measuring element and respective desired positions of the first and the second measuring element at the at least two positions of the machine part and on the basis of a previously known distance between the first and the second measuring element . - a first measuring element for measurement by a measuring device ; - a second measuring element for measurement by a measuring device ; - a spacer element on which the first measuring element and the second measuring element are arranged spaced apart from one another; and - at least one fastening portion for fastening the device to a machine part of the machine tool ; - attaching the device to a machine part of the machine tool that can be moved linearly and/or rotationally; - determining a respective actual position of the first measuring element of the device using a measuring device at at least two positions of the machine part on the machine tool ; - determining a respective actual position of the second measuring element of the device using the measuring device at the at least two positions of the machine part on the machine tool ; and - determining one or more coordinate reference parameters of one or more controllable axes of the machine tool ; the method further comprises: - mounting the measuring device on a work spindle of the machine tool ; - mounting the measuring device on a work spindle of the machine tool ; and wherein the determination of the one or more coordinate reference parameters is carried out on the basis of the determined actual positions of the first and the second measuring element and respective desired positions of the first and the second measuring element at the at least two positions of the machine part and on the basis of a previously known distance between the first and the second measuring element .
Process for producing alkoxylation products, wherein at least one epoxide is reacted with eugenol in the presence of at least one transition metal catalyst.
An adaptor for connecting filling means or dispensing means to a pressurisable container including a valve , said adaptor comprising: a cylindrical element with open ends and an inner wall and an outer wall therebetween defining an inner bore , said open ends comprising a lower open end and an upper open end ; and said outer wall of the adaptor comprising a circumferentially and downward extending cam track ; wherein said lower open end is configured to enable attachment to said pressurisable container and said upper open end is configured to enable attachment of filling means or dispensing means ; and said inner bore is configured to accommodate the valve of the pressurisable container and enable engagement of the valve with the filling means or the dispensing means when attached through the upper open end of the cylindrical element ; characterised in that : the outer wall of the adaptor comprises three or more circumferentially and downward extending cam tracks configured to cooperate with corresponding cam followers on the filling means or the dispensing means such that the valve of the pressurisable container connects to a fluid path of the filling means or the dispensing means when the cam followers are engaged in the cam tracks and the pressurisable container and the filling means or the dispensing means are rotated relative to each other; wherein the cam tracks are evenly spaced around the circumference of the outward wall of the cylindrical element and are arranged as downward facing but otherwise overlapping arcs around the adaptor wall such that a start position of each track is above the terminal end position of one other track. a cylindrical element with open ends and an inner wall and an outer wall therebetween defining an inner bore , said open ends comprising a lower open end and an upper open end ; and said outer wall of the adaptor comprising a circumferentially and downward extending cam track ; said lower open end is configured to enable attachment to said pressurisable container and said upper open end is configured to enable attachment of filling means or dispensing means ; and said inner bore is configured to accommodate the valve of the pressurisable container and enable engagement of the valve with the filling means or the dispensing means when attached through the upper open end of the cylindrical element ; the outer wall of the adaptor comprises three or more circumferentially and downward extending cam tracks configured to cooperate with corresponding cam followers on the filling means or the dispensing means such that the valve of the pressurisable container connects to a fluid path of the filling means or the dispensing means when the cam followers are engaged in the cam tracks and the pressurisable container and the filling means or the dispensing means are rotated relative to each other; wherein the cam tracks are evenly spaced around the circumference of the outward wall of the cylindrical element and are arranged as downward facing but otherwise overlapping arcs around the adaptor wall such that a start position of each track is above the terminal end position of one other track.
A device for use in detecting a defect in a workpiece including: (a) a broadband ultrasonic transducer for contacting the workpiece; (b) a driving circuit connectable to the transducer to operate the transducer in an actuator mode; (c) a signal output circuit connectable to operate the transducer in a sensor mode; and (d) a control for selectively connecting the transducer to the driving circuit or the signal output circuit, wherein the driving circuit includes at least a pair of oscillators for generating signals of at least frequencies F1 and F2 respectively and a summer for summing the signals F1, F2 to provide a driving signal for the transducer . (a) a broadband ultrasonic transducer for contacting the workpiece; (b) a driving circuit connectable to the transducer to operate the transducer in an actuator mode; (c) a signal output circuit connectable to operate the transducer in a sensor mode; and (d) a control for selectively connecting the transducer to the driving circuit or the signal output circuit,
Train , in particular a train designed for both directions of travel, preferably a passenger train in a rigid configuration, wherein the train has a system for monitoring the integrity of the train , wherein the train has a first vehicle and a last vehicle , wherein a first balise antenna unit , comprising at least a first antenna and a first antenna test arrangement , is arranged in the first vehicle , wherein a second balise antenna unit comprising at least a second antenna and a second antenna test arrangement , is arranged in the last vehicle , wherein the first balise antenna unit and the second balise antenna unit are each connected to at least one balise transmission module of the train , wherein the at least one balise transmission module is connected to at least one monitoring device of the train , wherein a first monitoring device of the at least one monitoring device is arranged in the first vehicle , wherein the second antenna test arrangement is designed to continuously monitor a predeterminable operational readiness of the second antenna and to generate a second antenna function signal and to transmit it to the first monitoring device , wherein the first monitoring device is designed to monitor the presence of the second antenna function signal at predeterminable time intervals and, in the event of a failure of the second antenna function signal, to draw the conclusion that the integrity of the train is no longer given and to output a control and/or display signal.
Method for determining distance values (A) to an industrial truck which is equipped with a 2D camera which records images in a predetermined image area relative to the industrial truck and forwards these to an evaluation unit which evaluates one or more distance values (A) relative to the industrial truck for at least part of the image area of the recorded images, the method having the following steps: ∘ Recording a first image with the 2D camera in a first camera position (L), ∘ Moving the 2D camera by a distance from the first camera position (L) to a second camera position (R), ∘ Detection of the distance between the first and the second camera position (L, R), the distance being used to detect the distance between the first and the second camera position and the spatial orientation of the connecting line from the first and the second camera position being present, ∘ Recording a second image with the 2D camera in the second camera position (R), characterised in that ∘ both images are analysed, wherein an overlap area of the two images between the two camera positions is determined and a distance value for at least one point (P) and/or a range of points is determined in the overlap area , taking into account the distance (b), ∘ the 2D camera is attached to a height-adjustable part of the lifting frame and is moved into the two camera positions by raising or lowering the lifting frame , or ∘ the 2D camera is attached to a horizontally adjustable part and is moved into the two camera positions by lateral displacement, or ∘ the 2D camera , which detects a distance along the side of the industrial truck, is fixed to the industrial truck and the 2D camera is moved into the two camera positions by a travelling movement of the industrial truck. ∘ Recording a first image with the 2D camera in a first camera position (L), ∘ Moving the 2D camera by a distance from the first camera position (L) to a second camera position (R), ∘ Detection of the distance between the first and the second camera position (L, R), the distance being used to detect the distance between the first and the second camera position and the spatial orientation of the connecting line from the first and the second camera position being present, ∘ Recording a second image with the 2D camera in the second camera position (R), characterised in that ∘ both images are analysed, wherein an overlap area of the two images between the two camera positions is determined and a distance value for at least one point (P) and/or a range of points is determined in the overlap area , taking into account the distance (b), ∘ the 2D camera is attached to a height-adjustable part of the lifting frame and is moved into the two camera positions by raising or lowering the lifting frame , or ∘ the 2D camera is attached to a horizontally adjustable part and is moved into the two camera positions by lateral displacement, or ∘ the 2D camera , which detects a distance along the side of the industrial truck, is fixed to the industrial truck and the 2D camera is moved into the two camera positions by a travelling movement of the industrial truck.
Needle loom for needling a textile planar structure , comprising: at least one needle beam which is disposed in a needling zone (V) and on which at least one needle board is disposed, wherein a multiplicity of needles protrude from the at least one needle board ; at least one drive device for the at least one needle beam , said drive device being designed to move the at least one needle beam at least in a reciprocating up and down lift movement; and upper and lower supporting and guiding means for the textile planar structure , said supporting and guiding means extending at least in the region of the needling zone (V), wherein an intermediate space for the textile planar structure to pass through is formed between the upper supporting and guiding means and the lower supporting and guiding means ; wherein the upper supporting and guiding means are in each case formed by a multiplicity of tensioned wires disposed in parallel, upper passage openings for the needles of the at least one needle board being disposed therebetween; and wherein the lower supporting and guiding means are in each case formed by a multiplicity of tensioned wires disposed in parallel, lower passage openings for the needles of the at least one needle board being disposed therebetween; characterized in that the wires of the upper and the lower supporting and guiding means are mounted in such a manner that said wires are immovable in a conveying direction (F) of the needle loom. at least one needle beam which is disposed in a needling zone (V) and on which at least one needle board is disposed, wherein a multiplicity of needles protrude from the at least one needle board ; at least one drive device for the at least one needle beam , said drive device being designed to move the at least one needle beam at least in a reciprocating up and down lift movement; and upper and lower supporting and guiding means for the textile planar structure , said supporting and guiding means extending at least in the region of the needling zone (V), wherein an intermediate space for the textile planar structure to pass through is formed between the upper supporting and guiding means and the lower supporting and guiding means ; wherein the upper supporting and guiding means are in each case formed by a multiplicity of tensioned wires disposed in parallel, upper passage openings for the needles of the at least one needle board being disposed therebetween; and wherein the lower supporting and guiding means are in each case formed by a multiplicity of tensioned wires disposed in parallel, lower passage openings for the needles of the at least one needle board being disposed therebetween; characterized in that the wires of the upper and the lower supporting and guiding means are mounted in such a manner that said wires are immovable in a conveying direction (F) of the needle loom.
A charging apparatus , comprising: a boost circuit configured to boost an output voltage of a power supply device , a charging channel through which a boosted voltage is applied to a battery for charging; and a communication control circuit configured to communicate with the power supply device to instruct the power supply device to adjust at least one of the output voltage of the power supply device and an output current of the power supply device such that at least one of an output voltage of the boost circuit and an output current of the boost circuit matches charging requirements of the battery . a boost circuit configured to boost an output voltage of a power supply device , a charging channel through which a boosted voltage is applied to a battery for charging; and a communication control circuit configured to communicate with the power supply device to instruct the power supply device to adjust at least one of the output voltage of the power supply device and an output current of the power supply device such that at least one of an output voltage of the boost circuit and an output current of the boost circuit matches charging requirements of the battery .
An interferometric laser measurement system for simultaneously measuring six degree of freedom geometric errors, wherein the interferometric laser measurement system consists of a laser emitting unit , a fixed sensor head and a moving target unit ; the laser emitting unit is separated from the fixed sensor head , the laser emitting unit is connected with the fixed sensor head by means of a single polarization maintaining fiber , and the moving target unit comprising two first reflectors and a beam splitter is engageable with a linear guide, the laser emitting unit consists of a dual-frequency laser , a first quarter-wave plate , coupling lens and the polarization maintaining fiber , one by one; two light beams which are left-handed and right-handed circularly polarized, respectively, are generated by the dual-frequency laser , the two light beams are with the same amplitude as each other, and the two light beams are with a certain frequency difference; the two circularly polarized light beams are transformed to two linearly polarized light beams with orthogonal polarization direction by the quarter-wave plate ; the two linearly polarized light beams are coupled into the polarization maintaining fiber by the coupling lens ; the polarization maintaining fiber is used to transmit the two linearly polarized light beams, in which the two linearly polarized light beams are kept with constant frequency difference and constant polarization state;and the fixed sensor head comprises a fiber exit end , a collimating lens , a half-wave plate , a polarization beam splitter , a second quarter- wave plate , a second reflector , a second beam splitter , a mirror , a lens , and five photodetectors .
A film for in-molding comprising: a transfer film which is transferred to a surface of an injection molding resin; and a carrier film which is not transferred, wherein the transfer film includes a coloring layer , which includes ink which is an organic material formed of a thermoplastic resin and applies a design to an in-mold molded product, and first and second inorganic polymer layers formed of a thermosetting resin, and the coloring layer is in contact with the inorganic polymer layers and is interposed between the inorganic polymer layers, wherein the inorganic polymer layers comprise metal oxide microparticles and an inorganic matrix resin, and a proportion of the metal oxide microparticles is from 5% by mass to 90% by mass inclusive. a transfer film which is transferred to a surface of an injection molding resin; and a carrier film which is not transferred, wherein the transfer film includes a coloring layer , which includes ink which is an organic material formed of a thermoplastic resin and applies a design to an in-mold molded product, and first and second inorganic polymer layers formed of a thermosetting resin, and the coloring layer is in contact with the inorganic polymer layers and is interposed between the inorganic polymer layers, wherein the inorganic polymer layers comprise metal oxide microparticles and an inorganic matrix resin, and a proportion of the metal oxide microparticles is from 5% by mass to 90% by mass inclusive.
A method of imaging the heart, comprising: controlling an ultrasound probe to receive first reflected ultrasound echo signals from the heart, wherein the first reflected ultrasound echo signals were transmitted using first transmit parameters; creating an ultrasound image of the heart from the first reflected ultrasound echo signals using first echo signal processing parameters; performing model-based segmentation of the ultrasound image to identify anatomical structures of the heart; for at least one anatomical structure which has areas of dropout , using the segmentation to extrapolate from the identified anatomical structures to identify the location within the image of the areas of dropout ; and obtaining a next ultrasound image of the heart using second, different, echo signal processing parameters and/or second, different, transmit parameters specifically for the at least one anatomical structure, or for the areas of dropout for the at least one anatomical structure, thereby to improve the signal to noise ratio at least for the areas of dropout . controlling an ultrasound probe to receive first reflected ultrasound echo signals from the heart, wherein the first reflected ultrasound echo signals were transmitted using first transmit parameters; creating an ultrasound image of the heart from the first reflected ultrasound echo signals using first echo signal processing parameters; performing model-based segmentation of the ultrasound image to identify anatomical structures of the heart; for at least one anatomical structure which has areas of dropout , using the segmentation to extrapolate from the identified anatomical structures to identify the location within the image of the areas of dropout ; and obtaining a next ultrasound image of the heart using second, different, echo signal processing parameters and/or second, different, transmit parameters specifically for the at least one anatomical structure, or for the areas of dropout for the at least one anatomical structure, thereby to improve the signal to noise ratio at least for the areas of dropout .