mhurhangee/patent-ind-claim-en huggingface dataset:
A goods picking system, comprising: a shelf , comprising at least one layer of carrier, each layer of the carrier comprising at least one goods area for storing goods; a picking vehicle , configured to not only run on the shelf , but also run outside of the shelf for loading, unloading and transporting the goods; the picking vehicle comprises a vehicle body , and a running wheel and a universal wheel which are arranged on the vehicle body for realizing that the picking vehicle runs outside of the shelf ; and a lifting mechanism , configured to make the picking vehicle run up and down on the shelf to load and unload the goods; characterized in that , the lifting mechanism comprises a linear motor , a stator or a rotor of the linear motor being arranged on the shelf , and correspondingly, the rotor or the stator of the linear motor being arranged on the picking vehicle . a shelf , comprising at least one layer of carrier, each layer of the carrier comprising at least one goods area for storing goods; a picking vehicle , configured to not only run on the shelf , but also run outside of the shelf for loading, unloading and transporting the goods; the picking vehicle comprises a vehicle body , and a running wheel and a universal wheel which are arranged on the vehicle body for realizing that the picking vehicle runs outside of the shelf ; and a lifting mechanism , configured to make the picking vehicle run up and down on the shelf to load and unload the goods; characterized in that , the lifting mechanism comprises a linear motor , a stator or a rotor of the linear motor being arranged on the shelf , and correspondingly, the rotor or the stator of the linear motor being arranged on the picking vehicle .
A padding layer panel for assembly with other substantially identical padding layer panels for forming a padding layer for installation over a surface and under a carpet-like top layer having a series of regularly spaced apart parallel rows of backstitches separated by a backstitch distance , the padding layer panel comprising: a top surface comprising top channels ; and two opposite edges, wherein at least a portion of the top channels extend between one of the two opposite edges to the other one of the two opposite edges and at least one of the two opposite edges is adapted for attachment to one of the other substantially identical padding layer panels ; the top channels being equally spaced and parallel, each one of the top channels having a center, wherein a distance between centers of adjacent ones of the top channels is defined as a channel distance , characterized in that the backstitch distance separating the rows of backstitches is selected from the group of 19.05 mm (3/4"), 9.525 mm (3/8") and 4.7625 mm (3/16"), wherein the channel distance separating the top channels is 19 mm (3/4") such that the channel distance is a multiple of the backstitch distance , and wherein each one of the top channels is adapted for receiving the same number of rows of backstitches. a top surface comprising top channels ; and two opposite edges, wherein at least a portion of the top channels extend between one of the two opposite edges to the other one of the two opposite edges and at least one of the two opposite edges is adapted for attachment to one of the other substantially identical padding layer panels ; the top channels being equally spaced and parallel, each one of the top channels having a center, wherein a distance between centers of adjacent ones of the top channels is defined as a channel distance , characterized in that the backstitch distance separating the rows of backstitches is selected from the group of 19.05 mm (3/4"), 9.525 mm (3/8") and 4.7625 mm (3/16"), wherein the channel distance separating the top channels is 19 mm (3/4") such that the channel distance is a multiple of the backstitch distance , and wherein each one of the top channels is adapted for receiving the same number of rows of backstitches.
A method of gaining mechanical advantage for a bicycle foot pedal mechanism comprising the steps of: i) providing a chainset having two crank arms, each crank arm carrying and pedal and each arm being extendible and retractable so as to have a variable crank length, in which each arm is constructed in two separate sections, an upper section and a lower section, the sections movable relative to each other, the arm comprising an electromagnet for attracting and repelling the sections to/from each other to cause variation in length dependent on rotational extent in use; ii) monitoring the rotational extent of pedals; iii) initiating extension of each arm when its respective pedal is near top dead centre; and iv) initiating retraction before it reaches bottom dead centre. i) providing a chainset having two crank arms, each crank arm carrying and pedal and each arm being extendible and retractable so as to have a variable crank length, in which each arm is constructed in two separate sections, an upper section and a lower section, the sections movable relative to each other, the arm comprising an electromagnet for attracting and repelling the sections to/from each other to cause variation in length dependent on rotational extent in use; ii) monitoring the rotational extent of pedals; iii) initiating extension of each arm when its respective pedal is near top dead centre; and iv) initiating retraction before it reaches bottom dead centre.
A method of determining the respiration rate of a subject, the method comprising: obtaining a signal from a sensor that is worn or carried by the subject; analyzing the signal to determine a plurality of values for a breathing-related feature; forming a histogram from the plurality of values for the breathing-related feature, the histogram comprising a plurality of groups, each group corresponding to one or more possible values of the breathing-related feature, with each group having an associated count that corresponds to the number of occurrences of a value or values for the breathing-related feature corresponding to the group; characterised in that the method further comprises applying a weighting to the count associated with one or more of the groups to form weighted counts; and determining the respiration rate from a mean of the histogram with the weighted counts. obtaining a signal from a sensor that is worn or carried by the subject; analyzing the signal to determine a plurality of values for a breathing-related feature; forming a histogram from the plurality of values for the breathing-related feature, the histogram comprising a plurality of groups, each group corresponding to one or more possible values of the breathing-related feature, with each group having an associated count that corresponds to the number of occurrences of a value or values for the breathing-related feature corresponding to the group; characterised in that the method further comprises applying a weighting to the count associated with one or more of the groups to form weighted counts; and determining the respiration rate from a mean of the histogram with the weighted counts.
A 3D printer capable of shaping a shaped object by separating color tones into three color components, the 3D printer comprising: an inkjet head configured to discharge a colored ink that is necessary to realize a predetermined color tone and a supplementary ink for supplementing a height of an ink layer of the colored ink, onto a discharge target surface; and a controller configured to control the inkjet head , the controller being configured to control the inkjet head such that, if a color tone that is expressed by mixing equal amounts of two or three colors of the three color components is to be realized, an ink that corresponds to the color tone out of a plurality of the colored inks that are loaded in advance, is used as the colored ink, and control the inkjet head such that, at locations where the height of an ink layer of the colored ink per unit area of the discharge target surface does not reach a predetermined height, the height of the ink layer of the colored ink is supplemented with the supplementary ink. an inkjet head configured to discharge a colored ink that is necessary to realize a predetermined color tone and a supplementary ink for supplementing a height of an ink layer of the colored ink, onto a discharge target surface; and a controller configured to control the inkjet head , the controller being configured to control the inkjet head such that, if a color tone that is expressed by mixing equal amounts of two or three colors of the three color components is to be realized, an ink that corresponds to the color tone out of a plurality of the colored inks that are loaded in advance, is used as the colored ink, and control the inkjet head such that, at locations where the height of an ink layer of the colored ink per unit area of the discharge target surface does not reach a predetermined height, the height of the ink layer of the colored ink is supplemented with the supplementary ink. control the inkjet head such that, if a color tone that is expressed by mixing equal amounts of two or three colors of the three color components is to be realized, an ink that corresponds to the color tone out of a plurality of the colored inks that are loaded in advance, is used as the colored ink, and control the inkjet head such that, at locations where the height of an ink layer of the colored ink per unit area of the discharge target surface does not reach a predetermined height, the height of the ink layer of the colored ink is supplemented with the supplementary ink.
Method for producing a sleeve for electrical cables , according to which the sleeve is produced wholly or partly by means of a generative manufacturing process by building a predetermined layer sequence, further according to which the sleeve completely or partially surrounds the cables in the manner of a flexible tubular sleeve for bundling cables in automobiles to form a cable bundle , and further according to which the tubular sleeve is built up layer by layer starting on a disc-like base with central opening and for this purpose the cable bundle is passed through the opening in the base , and the layer sequence built up on the base consequently surrounds the cable bundle as the tubular sleeve , and according to which the tubular sleeve is moulded against the cables from a amorphous or form-neutral material with a processing temperature below the melting temperature of a cable insulation and subsequently solidified.
A drive device for a movable furniture part , having a lockable ejection device comprising a force accumulator and a driver which can be coupled with the movable furniture part , by means of which the movable furniture part can be ejected from a closed position by a force accumulator in the opening direction, and the ejection device is unlockable by overpressing of the movable furniture part from the locked closed position in the closing direction, and a retraction device, which can be coupled to the movable furniture part in a closing region, in order to draw the movable furniture part in the closing region in the closing direction into the closed position, wherein the force accumulator of the ejection device is chargeable in a tensioning region, which is arranged in the closing direction essentially before the closing region, wherein the ejection device has a carriage pre-tensioned by the force accumulator , whereby at least one control element is guided so it is displaceable on the carriage , which is coupled via a driver to the movable furniture part on the one hand and is coupled to a guide path of the ejection device on the other hand, characterized in that in the tensioning region, the control element is moved in relation to a guide path arranged on a housing of the ejection device , at which the control element can be latched at a catch receptacle in order to then move the movable furniture part into the closing direction by means of the retraction device.
Cooling and condensation device for a greenhouse , preferably a film greenhouse, including at least one arranged condenser , the wall of which contacts the air to be cooled on the outside thereof, and on the inside thereof a cooling medium is applicable, characterized in that the at least one condenser is configured as a foldable film tube, and consists in particular of hollow bodies which are arranged in series and are made of a foldable film material, wherein the tubular condenser is unfoldable from a folded storage form into an elongated operating form.
A brake system comprising: a. a body assembly comprising: i. an outboard side , ii. inboard side , iii. a bridge extending between and connecting the inboard side and the outboard side , and iv. two or more piston assemblies located entirely on the outboard side , entirely on the inboard side , or located both on the inboard side and the outboard side ; and b. an electric brake assembly comprising: i. one or more differential assemblies ; and ii. a motor; wherein the one or more differential assemblies distribute power from the motor between the two or more piston assemblies to move one or more brake pads to create a braking force, wherein the one or more differential assemblies transfer power to the piston assemblies based upon a resistance received at the one or more differential assemblies . a. a body assembly comprising: i. an outboard side , ii. inboard side , iii. a bridge extending between and connecting the inboard side and the outboard side , and iv. two or more piston assemblies located entirely on the outboard side , entirely on the inboard side , or located both on the inboard side and the outboard side ; and i. an outboard side , ii. inboard side , iii. a bridge extending between and connecting the inboard side and the outboard side , and iv. two or more piston assemblies located entirely on the outboard side , entirely on the inboard side , or located both on the inboard side and the outboard side ; and b. an electric brake assembly comprising: i. one or more differential assemblies ; and ii. a motor; i. one or more differential assemblies ; and ii. a motor;
A method comprising: receiving an image captured by a camera , the image including a first plurality of image data representing pixels in the image; determining an estimated ambient light level of the image based on the first plurality of image data, wherein the estimated ambient light level is determined by scaling pixel values from a sensor in the camera using a function that includes a camera specific parameter and exposure parameters used on the camera when the image was captured to obtain one or more absolute scene light levels, the exposure parameters including an aperture setting, an exposure time setting and a sensor sensitivity setting and wherein the camera specific parameter is derived from a camera calibration; computing an optical-optical transfer function, OOTF, based on the estimated ambient light level; transforming image data derived from the first plurality of image data by correcting the image data derived from the first plurality of image data using the OOTF, the transforming configured to preserve an apparent contrast of the image under the estimated ambient light level in a viewing environment when the image is displayed in the viewing environment. receiving an image captured by a camera , the image including a first plurality of image data representing pixels in the image; determining an estimated ambient light level of the image based on the first plurality of image data, wherein the estimated ambient light level is determined by scaling pixel values from a sensor in the camera using a function that includes a camera specific parameter and exposure parameters used on the camera when the image was captured to obtain one or more absolute scene light levels, the exposure parameters including an aperture setting, an exposure time setting and a sensor sensitivity setting and wherein the camera specific parameter is derived from a camera calibration; computing an optical-optical transfer function, OOTF, based on the estimated ambient light level; transforming image data derived from the first plurality of image data by correcting the image data derived from the first plurality of image data using the OOTF, the transforming configured to preserve an apparent contrast of the image under the estimated ambient light level in a viewing environment when the image is displayed in the viewing environment.
A method for adapting a dental prosthesis to a first jaw to fill a gap between the dental prosthesis and the first jaw , the dental prosthesis comprising a base and teeth fixed on the base , and the first jaw being artificial, this method comprising: - a step of heating a thermoformable material; - a step of modifying the shape of a thermoformable material plate , so that it fits the shape of an area of the base of the dental prosthesis closely; - a step of positioning the dental prosthesis on the first jaw , the method comprising, before the step of modifying the shape of the thermoformable material plate , a step of laying the thermoformable material on the dental prosthesis , facing the area of the area of the base of the dental prosthesis , the thermoformable material belonging to the family of polycaprolactones. - a step of heating a thermoformable material; - a step of modifying the shape of a thermoformable material plate , so that it fits the shape of an area of the base of the dental prosthesis closely; - a step of positioning the dental prosthesis on the first jaw ,
A radio frequency frontend interface for a 61 GHz radio powered communication tag device comprising an integrated circuit, IC, embedded in a silicon die with a top metallization layer and a dielectric resonant body disposed on the silicon die , wherein an antenna with two antenna feed points and with a predetermined antenna impedance chosen such that a high voltage for a rectifier input is generated, is embedded into the top metallization layer of the silicon die and a RF rectifier and multiplier circuit as part of the IC and connected to the antenna feed is integrated in the silicon die and symmetrically placed between the antenna feed points configured to stabilize the antenna resonant frequency with its inherent capacity against varying surrounding materials and to generate a positive and negative DC output supply voltage against a bulk potential of the silicon die for directly operating a digital circuit in fully depleted silicon on insulator, FDSOI, technology embedded in the silicon die and wherein the resonant body is configured to work as a wavelength translator in between the antenna and free space.
A method of manufacturing a flexible electronic circuit, comprising: forming a positive photoresist mold on a flexible polymer substrate having a plurality of metal traces; applying a conformal material coating over the positive photoresist mold, the flexible polymer substrate, and the metal traces; removing an excess of the conformal material coating by running a blade across the conformal material coating, over the positive photoresist mold; removing the positive photoresist mold to reveal a cavity defined by the conformal material coating; dispensing an anisotropic conductive paste into the cavity; and inserting a chip into the cavity, whereby the anisotropic conductive paste surrounds the chip, and bonding the chip to the metal traces, wherein the conformal material coating has a thickness that is less than or equal to a thickness of the chip. forming a positive photoresist mold on a flexible polymer substrate having a plurality of metal traces; applying a conformal material coating over the positive photoresist mold, the flexible polymer substrate, and the metal traces; removing an excess of the conformal material coating by running a blade across the conformal material coating, over the positive photoresist mold; removing the positive photoresist mold to reveal a cavity defined by the conformal material coating; dispensing an anisotropic conductive paste into the cavity; and inserting a chip into the cavity, whereby the anisotropic conductive paste surrounds the chip, and bonding the chip to the metal traces, wherein the conformal material coating has a thickness that is less than or equal to a thickness of the chip.
A vacuum cooling assembly for cooling a beverage in at least one closed container , the vacuum cooling assembly comprising the at least one closed container containing the beverage therein, and comprising: a container compartment with the at least one closed container disposed therein; a pressure sensor in the container compartment; an air inlet valve in communication with the container compartment; a wetted material disposed about the at least one closed container; at least one vapor trap in communication with the container compartment; a vacuum valve disposed between the container compartment and the at least one vapor trap; a vacuum pump configured to create a vacuum in the at least one vapor trap and the container compartment, causing water to evaporate from the wetted material, thereby lowering the temperature of the wetted material and cooling the beverage within the at least one closed container; and a controller in communication with the air inlet valve, the vacuum valve and the pressure sensor, the controller being configured to adjust one or more of the air inlet valve and the vacuum valve based on information received from the pressure sensor to maintain a predetermined pressure within the container compartment. a container compartment with the at least one closed container disposed therein; a pressure sensor in the container compartment; an air inlet valve in communication with the container compartment; a wetted material disposed about the at least one closed container; at least one vapor trap in communication with the container compartment; a vacuum valve disposed between the container compartment and the at least one vapor trap; a vacuum pump configured to create a vacuum in the at least one vapor trap and the container compartment, causing water to evaporate from the wetted material, thereby lowering the temperature of the wetted material and cooling the beverage within the at least one closed container; and a controller in communication with the air inlet valve, the vacuum valve and the pressure sensor, the controller being configured to adjust one or more of the air inlet valve and the vacuum valve based on information received from the pressure sensor to maintain a predetermined pressure within the container compartment.
Rolling paper for rolling a tapered filter tip for a cigarette , said rolling paper comprising: - a flat paper body comprising an upper edge , a lower edge , a first side edge , and a second side edge , wherein the upper edge is positioned opposite to the lower edge, and the first side edge is positioned opposite to the second side edge, and - at least one folding line (9A - D) extending transversely to the upper edge and the lower edge and located closer to the second side edge than the first side edge, wherein; -- the upper edge is larger than the lower edge, -- the upper edge comprises an upper curved part , -- the upper edge transitions into the first side edge at an upper corner , -- the lower edge comprises a lower curved part , -- the lower edge transitions into the first side edge at a lower corner , characterized in that: -- at least one of the lower corner and the upper corner is a rounded corner . - a flat paper body comprising an upper edge , a lower edge , a first side edge , and a second side edge , wherein the upper edge is positioned opposite to the lower edge, and the first side edge is positioned opposite to the second side edge, and - at least one folding line (9A - D) extending transversely to the upper edge and the lower edge and located closer to the second side edge than the first side edge, wherein; -- the upper edge is larger than the lower edge, -- the upper edge comprises an upper curved part , -- the upper edge transitions into the first side edge at an upper corner , -- the lower edge comprises a lower curved part , -- the lower edge transitions into the first side edge at a lower corner , -- at least one of the lower corner and the upper corner is a rounded corner .