mhurhangee/patent-ind-claim-en huggingface dataset:
Switching device for transferring and ejecting a plate element in a sorting unit , comprising: - transport means capable of transporting (A) the plate element from upstream to downstream; - a pivot positioned in an upstream portion of the transport means , said pivot allowing the transport means to tilt relative to a horizontal transverse axis (R2); and - raising means , secured in a downstream portion of the transport means , for tilting (U, D) the downstream portion of the transport means between a high first position and a low second position, and vice versa, so as to switch the plate element , respectively upward and downward, characterised in that the transport means comprises a transfer belt , and wherein said transfer belt is a vacuum belt and the transport means comprises a vacuum box. - transport means capable of transporting (A) the plate element from upstream to downstream; - a pivot positioned in an upstream portion of the transport means , said pivot allowing the transport means to tilt relative to a horizontal transverse axis (R2); and - raising means , secured in a downstream portion of the transport means , for tilting (U, D) the downstream portion of the transport means between a high first position and a low second position, and vice versa,
A distance measuring device comprising: a distance measuring light emitting unit that is configured to emit a distance measuring light to an object to be measured, the distance measuring light being modulated by multiple modulation frequencies, such that the distance measuring light contains multiple components of the multiple modulation frequencies; a detecting unit that is configured to receive and detect light of the distance measuring light that is reflected from the object; a separating unit that is configured to separate the detected reflected light into the multiple components of the multiple modulation frequencies; a selecting unit that is configured to select multiple of the multiple components of the multiple modulation frequencies that respectively have a received-light intensity exceeding a threshold value from among the multiple components of the multiple modulation frequencies; characterized by a distance calculating unit that is configured to calculate a distance to the object based on each of the selected components for multiple times and to select a component of the selected components by which the variation of the calculated results is minimum. a distance measuring light emitting unit that is configured to emit a distance measuring light to an object to be measured, the distance measuring light being modulated by multiple modulation frequencies, such that the distance measuring light contains multiple components of the multiple modulation frequencies; a detecting unit that is configured to receive and detect light of the distance measuring light that is reflected from the object; a separating unit that is configured to separate the detected reflected light into the multiple components of the multiple modulation frequencies; a selecting unit that is configured to select multiple of the multiple components of the multiple modulation frequencies that respectively have a received-light intensity exceeding a threshold value from among the multiple components of the multiple modulation frequencies; characterized by a distance calculating unit that is configured to calculate a distance to the object based on each of the selected components for multiple times and to select a component of the selected components by which the variation of the calculated results is minimum.
A method of assisting in selection of a particular mask from among a plurality of masks, for use in delivering a pressurized flow of treatment gas, the method comprising: generating a plurality of augmented faces (10', A'-G'), each augmented face (10', A'-G') corresponding to a respective mask of the plurality of masks, wherein the augmented face (10', A'-G') includes a number of accentuated features indicative of users previously determined to best fit the mask; and associating each augmented face (10', A'-G') with a respective mask of the plurality of masks, characterized in that the augmented face (10', A'-G') is a depiction of a human face, in which one or more features of the face have been exaggerated so as to appear more pronounced or obvious in comparison to other features of the face. generating a plurality of augmented faces (10', A'-G'), each augmented face (10', A'-G') corresponding to a respective mask of the plurality of masks, wherein the augmented face (10', A'-G') includes a number of accentuated features indicative of users previously determined to best fit the mask; and associating each augmented face (10', A'-G') with a respective mask of the plurality of masks, characterized in that the augmented face (10', A'-G') is a depiction of a human face, in which one or more features of the face have been exaggerated so as to appear more pronounced or obvious in comparison to other features of the face.
Outer emergency release device of a door of a passenger transport mans, in particular of a rail vehicle, having an emergency actuation device, characterized by a heating element , the heating element being arranged on the emergency release device and/or on the emergency actuation device in such a way that the emergency actuation device can be protected against icing by the heating element .
A computer-implemented automatic diagnosis method for thread turning, comprising: a. acquiring (S1) a main shaft actual speed and a feed shaft actual speed of a lathe; and characterized by further comprising: b. continuously computing (S2) a thread error on the basis of the main shaft actual speed and feed shaft actual speed, to obtain a thread error curve, wherein the step of continuously computing (S2) a thread error further comprises bl . computing a feed shaft theoretical speed on the basis of the main shaft actual speed; b2 . computing the thread error by comparing the feed shaft actual speed with the feed shaft theoretical speed; and c. analyzing and determining (S3) an error cause according to a graphic form of the thread error curve. a. acquiring (S1) a main shaft actual speed and a feed shaft actual speed of a lathe; and characterized by further comprising: b. continuously computing (S2) a thread error on the basis of the main shaft actual speed and feed shaft actual speed, to obtain a thread error curve, wherein the step of continuously computing (S2) a thread error further comprises bl . computing a feed shaft theoretical speed on the basis of the main shaft actual speed; b2 . computing the thread error by comparing the feed shaft actual speed with the feed shaft theoretical speed; and c. analyzing and determining (S3) an error cause according to a graphic form of the thread error curve. b. continuously computing (S2) a thread error on the basis of the main shaft actual speed and feed shaft actual speed, to obtain a thread error curve, wherein the step of continuously computing (S2) a thread error further comprises bl . computing a feed shaft theoretical speed on the basis of the main shaft actual speed; b2 . computing the thread error by comparing the feed shaft actual speed with the feed shaft theoretical speed; and c. analyzing and determining (S3) an error cause according to a graphic form of the thread error curve.
An alcohol-soluble, printing ink composition comprising: (a) at least one colorant; (b) a binder comprising polyurethane; (c) a solvent system comprising at least 50% by weight of an alcohol, based on the total weight of the solvent system; and (d) a cellulose ester selected from cellulose acetate propionate and cellulose acetate butyrate, wherein the cellulose ester has (i) a hydroxyl group content of 5.1% to 7.1% by weight, (ii) an acetyl group content of 0.05% to 0.65% by weight, both based on the weight of the cellulose ester, and (iii) a number-average molecular weight (M n ) of 7,000 to 13,000 g/mol. (a) at least one colorant; (b) a binder comprising polyurethane; (c) a solvent system comprising at least 50% by weight of an alcohol, based on the total weight of the solvent system; and (d) a cellulose ester selected from cellulose acetate propionate and cellulose acetate butyrate,
A method for measuring dynamic panel stiffness of an outer panel (P) for automobile parts by pushing an indenter onto a surface of an outer panel to be measured in a given pushing direction intersecting to the surface under a given load to deform the outer panel and measuring a deformation state of the outer panel, wherein: grids arranged in a regular lattice form are transferred to a surface of a measuring site of the outer panel (P) to be measured; fiducial markers at previously known three-dimensional position information are arranged on the periphery of the measuring site of the outer panel (P); the indenter is pushed onto the surface of the measuring site of the outer panel (P) under the load, during which the grids on the surface of the outer panel deformed by loading of the indenter are simultaneously shot from plural positions by means of plural cameras ; and three-dimensional position information of the grids is calculated corresponding to the fiducial markers based on the shot image data to measure a change in the deformation state of the outer panel (P) associated with the movement of the indenter , which is output as panel deformation data; characterized in that while the indenter is pushed onto the surface of the measuring site of the outer panel (P) under the load, the indenter is further moved in a direction perpendicular to the pushing direction to apply a moving load, and the grids on the surface of the outer panel deformed by loading of the indenter are repeatedly shot from plural positions by means of the plural cameras . grids arranged in a regular lattice form are transferred to a surface of a measuring site of the outer panel (P) to be measured; fiducial markers at previously known three-dimensional position information are arranged on the periphery of the measuring site of the outer panel (P); the indenter is pushed onto the surface of the measuring site of the outer panel (P) under the load, during which the grids on the surface of the outer panel deformed by loading of the indenter are simultaneously shot from plural positions by means of plural cameras ; and three-dimensional position information of the grids is calculated corresponding to the fiducial markers based on the shot image data to measure a change in the deformation state of the outer panel (P) associated with the movement of the indenter , which is output as panel deformation data; characterized in that while the indenter is pushed onto the surface of the measuring site of the outer panel (P) under the load, the indenter is further moved in a direction perpendicular to the pushing direction to apply a moving load, and the grids on the surface of the outer panel deformed by loading of the indenter are repeatedly shot from plural positions by means of the plural cameras .
Method, carried out on a programmable processor of a computing apparatus, for generating panoramic images from image information that has been generated by cameras of a camera system of a vehicle , comprising the steps of: - providing at least two images , part of which shows the same area of surroundings, - locating features in the images , - locally deforming the images , with the result that corresponding features in the images have the same perspective, characterized in that the method also comprises the step of: - gradually combining and aligning the images to produce a panoramic image , based on the features , along gradually growing concentric circular areas around the features . - providing at least two images , part of which shows the same area of surroundings, - locating features in the images , - locally deforming the images , with the result that corresponding features in the images have the same perspective, - gradually combining and aligning the images to produce a panoramic image , based on the features , along gradually growing concentric circular areas around the features .
Refrigerant compressor, comprising an overall housing , a screw compressor provided in the overall housing and having a compressor housing designed as part of the overall housing , at least one screw rotor bore being arranged in said compressor housing, and having at least one screw rotor arranged in the screw rotor bore for rotation about an axis , a drive motor arranged in the overall housing and having a motor housing designed as an additional part of the overall housing , a stator and a drive shaft rotatable about a motor axis with a rotor being arranged in the motor chamber of said motor housing, a suction gas connection , refrigerant sucked in via said connection entering the motor chamber and flowing through it prior to its compression by the screw compressor , wherein the suction gas connection is arranged at an end wall of the motor housing located opposite the compressor housing , and refrigerant sucked in through the suction gas connection enters the motor chamber through this end wall and flows through the motor chamber in the direction of the motor axis , wherein a bearing receptacle is arranged in an area of the motor chamber facing away from the compressor housing , a rotary bearing being accommodated in said receptacle for the rotatable mounting of an end section of the drive shaft facing away from the compressor housing , and wherein the bearing receptacle is arranged in the motor chamber at a distance from the suction gas connection , characterized in that the drive shaft , on the one hand, passes through the rotor in the direction of the motor axis and, on the other hand, extends into the compressor housing of the screw compressor and bears the screw rotor with its area extending in the compressor housing , said screw rotor being rotatable in the screw rotor bore about an axis of rotation coinciding with the motor axis , and that the drive shaft extends beyond the screw rotor on its side located opposite the electric motor and forms an end section rotatably mounted in a bearing housing arranged within a pressure housing by way of a set of bearings on the pressure side and that the drive shaft is mounted between the screw rotor and the rotor in a set of bearings on the suction side arranged adjacent to the suction side of the screw rotor .
A precollimator (P) for a lighting device (L), comprising: a plurality of first collimator units , each first collimator unit comprising an entry face and an exit plane , the exit plane of each first collimator unit being wider than the entry face of the first collimator unit in a first direction (x), the entry face and the exit plane of each first collimator unit having the same width in a second direction (y) perpendicular to the first direction (x); and a second collimator unit having an entry plane and an exit face , the exit face of the second collimator unit being wider than the entry plane of the second collimator unit in the second direction (y), the exit plane of each first collimator unit optically connected, with no gap in-between, to the entry plane of the second collimator unit , wherein the precollimator (P) is joined together from at least two components, one component comprising the first collimator units and the other component comprising at least a part of the second collimator unit . a plurality of first collimator units , each first collimator unit comprising an entry face and an exit plane , the exit plane of each first collimator unit being wider than the entry face of the first collimator unit in a first direction (x), the entry face and the exit plane of each first collimator unit having the same width in a second direction (y) perpendicular to the first direction (x); and a second collimator unit having an entry plane and an exit face , the exit face of the second collimator unit being wider than the entry plane of the second collimator unit in the second direction (y), the exit plane of each first collimator unit optically connected, with no gap in-between, to the entry plane of the second collimator unit , wherein the precollimator (P) is joined together from at least two components, one component comprising the first collimator units and the other component comprising at least a part of the second collimator unit .
An oncolytic adenoviral vector coding for at least IL-2 and TNFalpha together with separate adoptive cell therapeutic composition for use in treatment of cancer.
An adapter to retrofit an existing process control transmitter of the type used to monitor a process variable in an industrial process, the adapter comprising: I/O circuitry configured to connect through terminals to a two wire process control loop and to the process control transmitter and to communicate on the process control loop ; wireless communication circuitry configured to transmit a radio frequency, RF, signal; power supply circuitry connected to the two wire process control loop configured to provide power to the wireless communication circuitry using power received from the two wire process control loop ; wherein the wireless communication circuitry operates from the same power that is already provided to the process control transmitter , while not negatively impacting the power available to the process control transmitter ; characterized by bypass circuitry connected in parallel with the power supply circuitry and a capacitor connected in series with the bypass circuitry configured to store charge from the two wire process control loop ; wherein the bypass circuitry includes an OP amp arranged to maintain a desired voltage level across loop connections of the adapter configured to connect to the two wire process control loop ; and wherein the power supply circuitry and the bypass circuitry are configured to connect in series with the two wire process control loop . I/O circuitry configured to connect through terminals to a two wire process control loop and to the process control transmitter and to communicate on the process control loop ; wireless communication circuitry configured to transmit a radio frequency, RF, signal; power supply circuitry connected to the two wire process control loop configured to provide power to the wireless communication circuitry using power received from the two wire process control loop ; wherein the wireless communication circuitry operates from the same power that is already provided to the process control transmitter , while not negatively impacting the power available to the process control transmitter ; characterized by bypass circuitry connected in parallel with the power supply circuitry and a capacitor connected in series with the bypass circuitry configured to store charge from the two wire process control loop ; wherein the bypass circuitry includes an OP amp arranged to maintain a desired voltage level across loop connections of the adapter configured to connect to the two wire process control loop ; and wherein the power supply circuitry and the bypass circuitry are configured to connect in series with the two wire process control loop .
A method for printing an image using an ink, wherein the method comprises the steps of - jetting ink droplets onto a medium creating an image element ; - selectively jetting an accelerator composition at a border region of the image element ; - applying a treatment step to the created image element thereby activating the accelerator composition to fixate the border region of said image element, wherein the accelerator composition is an polymerization accelerator composition, characterized in that the accelerator composition comprises a thiol. - jetting ink droplets onto a medium creating an image element ; - selectively jetting an accelerator composition at a border region of the image element ; - applying a treatment step to the created image element thereby activating the accelerator composition to fixate the border region of said image element, wherein the accelerator composition is an polymerization accelerator composition, characterized in that the accelerator composition comprises a thiol.
An assembly connecting an aircraft wing to an aircraft body , the assembly comprising: the aircraft wing ; a rearward extending flange on the aircraft wing, the rearward extending flange having a rearward edge surface; a rearward extending plate on the aircraft wing, the rearward extending plate having a top surface; the aircraft body ; a panel on the aircraft body , the panel having a panel forward edge, the panel forward edge having a forward edge surface ; the panel having a panel bottom, the panel bottom having a panel bottom surface ; the panel forward edge surface opposing the rearward edge surface of the rearward extending flange on the aircraft wing ; the panel bottom surface opposing the top surface of the rearward extending plate on the aircraft wing ; a forward connection connected to the panel and to the rearward extending flange and connecting the panel and the rearward extending flange ; the forward connection comprising a forward splice plate , the forward splice plate being engaged in surface engagement with the panel and being connected to the panel ; and, the forward splice plate being engaged in surface engagement with the rearward extending flange and being connected to the rearward extending flange. the aircraft wing ; a rearward extending flange on the aircraft wing, the rearward extending flange having a rearward edge surface; a rearward extending plate on the aircraft wing, the rearward extending plate having a top surface; the aircraft body ; a panel on the aircraft body , the panel having a panel forward edge, the panel forward edge having a forward edge surface ; the panel having a panel bottom, the panel bottom having a panel bottom surface ; the panel forward edge surface opposing the rearward edge surface of the rearward extending flange on the aircraft wing ; the panel bottom surface opposing the top surface of the rearward extending plate on the aircraft wing ; a forward connection connected to the panel and to the rearward extending flange and connecting the panel and the rearward extending flange ; the forward connection comprising a forward splice plate , the forward splice plate being engaged in surface engagement with the panel and being connected to the panel ; and, the forward splice plate being engaged in surface engagement with the rearward extending flange and being connected to the rearward extending flange.
Method for the perspective transformation and display of a rendered image content by a head-up display, comprising the following steps: - dividing the image content that is to be displayed into a plurality of tiles ; - transforming the individual tiles by means of in each case one perspective transformation ; - combining the individual, perspectively transformed tiles to form a transformed image content ; and - projecting the perspectively transformed image content onto a projection surface assigned to the head-up display, wherein the perspectively transformed tiles are stored in a buffer memory, and wherein only that part of the plurality of tiles that contains elements of the image content that have changed with respect to an image content that was to be transformed and displayed previously is perspectively transformed , and the remaining transformed tiles are loaded from the buffer memory for the purposes of combining to form the perspectively transformed image content . - dividing the image content that is to be displayed into a plurality of tiles ; - transforming the individual tiles by means of in each case one perspective transformation ; - combining the individual, perspectively transformed tiles to form a transformed image content ; and - projecting the perspectively transformed image content onto a projection surface assigned to the head-up display,