mhurhangee/patent-ind-claim-en huggingface dataset:
A printing apparatus, comprising: a transport unit configured to transport a fabric formed with a first pattern in a transport direction; an imaging unit configured to image the fabric transported by the transport unit; a printing unit configured to perform printing on the fabric transported by the transport unit; a pattern correction unit configured to change a mutual positional relationship among a plurality of divided pieces of first image data obtained by dividing first image data representing the first pattern to generate corrected first image data having a center made up of four corners of the first image data; a pattern extracting unit configured to compare the corrected first image data with second image data generated by imaging the fabric by the imaging unit to extract a pattern region corresponding to a second pattern represented by the corrected first image data from the second image data; a printing image generation unit configured to arrange third image data representing an image to be printed overlaid on the first pattern so as to match a region having, as four corners, centers of a plurality of the pattern regions extracted to generate printing image data; and a printing control unit configured to cause the printing unit to print the printing image data on the fabric. a transport unit configured to transport a fabric formed with a first pattern in a transport direction; an imaging unit configured to image the fabric transported by the transport unit; a printing unit configured to perform printing on the fabric transported by the transport unit; a pattern correction unit configured to change a mutual positional relationship among a plurality of divided pieces of first image data obtained by dividing first image data representing the first pattern to generate corrected first image data having a center made up of four corners of the first image data; a pattern extracting unit configured to compare the corrected first image data with second image data generated by imaging the fabric by the imaging unit to extract a pattern region corresponding to a second pattern represented by the corrected first image data from the second image data; a printing image generation unit configured to arrange third image data representing an image to be printed overlaid on the first pattern so as to match a region having, as four corners, centers of a plurality of the pattern regions extracted to generate printing image data; and a printing control unit configured to cause the printing unit to print the printing image data on the fabric.
Self-priming pump unit which constitutes a series connection of a liquid ring pump operating as a rotating positive displacement pump and a normally priming centrifugal pump , the centrifugal pump being arranged in a housing (2.1/2.2) which is provided with an inlet opening (2.1b) and pressure connection piece , the housing (2.1/2.2) having a rotatably mounted shaft with an impeller , the housing (2.1/2.2), viewed in the direction of flow, comprising a front housing part (2.1) and a rear housing part (2.2) and forms an annular channel (3*; 3**) which surrounds the region of the impeller radially on the outside, either in the impeller plane and/or in at least one axially adjacent region, the inlet opening (2.1b) being arranged coaxially on the front housing part (2.1), an internal space (20.3) bounded by a housing casing (20.1) of the positive-displacement pump is connected to an interior space (2.1c) on the suction side of the centrifugal pump via the inlet opening (2.1b) and a screw conveyor is arranged in the housing casing (20.1), which screw conveyor is fastened on the shaft which engages through the impeller and into the housing casing (20.1), a liquid-conducting return line being provided, which connects the annular channel (3*; 3**) to the interior (20.3), the return line terminating on the annular channel side via a first connecting opening which is arranged in a lateral boundary surface (2.2b) of the annular channel (3*; 3**) running laterally to the impeller plane, characterized by in that the first connecting opening has a bulge which sectorally encloses a longitudinal axis (a3) of the first connecting opening , in that the bulge is oriented on one side and towards the centre of the pump unit , in that the bulge continuously extends the first connecting opening towards the annular channel (3*; 3**) directly or indirectly, and in that the bulge , at its end section facing the annular channel (3*; 3**), has a transition surface which continuously extends into the lateral boundary surface (2.2b) or into an inner circumferential wall of the annular channel (3*; 3**) adjoining the latter.
Method for determining an operating temperature of a battery cell , in particular in an electrically operable working device or a vehicle, in which - an external temperature of the battery cell is detected, in particular continuously or partially continuously, using a sensor arranged outside the battery cell , - an internal temperature of the battery cell is determined by detecting an electrical impedance of the battery cell , and - a value of the operating temperature of the battery cell is determined from the external temperature and/or from the internal temperature, - wherein at least in a first operating state of the battery cell the internal temperature of the battery cell - is determined less frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is in a predefined first safe range , and - is determined more frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is outside the predefined first safe range . - an external temperature of the battery cell is detected, in particular continuously or partially continuously, using a sensor arranged outside the battery cell , - an internal temperature of the battery cell is determined by detecting an electrical impedance of the battery cell , and - a value of the operating temperature of the battery cell is determined from the external temperature and/or from the internal temperature, - wherein at least in a first operating state of the battery cell the internal temperature of the battery cell - is determined less frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is in a predefined first safe range , and - is determined more frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is outside the predefined first safe range . - is determined less frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is in a predefined first safe range , and - is determined more frequently if the value of the ascertained external temperature, of the internal temperature and/or of the operating temperature of the battery cell is outside the predefined first safe range .
Cable leadthrough device for leading a cable through an opening in a wall , having a housing that can be fastened in the area of the opening , wherein the cable can be led through the housing along a leadthrough channel parallel to a leadthrough axis , and also having a strain relief device with at least one clamping element for resting against a cable led through the leadthrough channel , wherein the at least one clamping element is mounted at the housing by means of a guide device so as to be movable along a guide axis inclined in relation to the leadthrough axis , between a clamping position, in which it radially narrows the leadthrough channel , and a release position, in which it releases the leadthrough channel , wherein a force application system is provided for generating a driving force with at least one force component that acts along the guide axis and that forces the at least one clamping element towards its clamping position, characterized in that a manually actuatable release device is provided, by means of which the at least one clamping element is transferable from its clamping position into its release position.
A sheet conveyor assembly for a printer , comprising a first conveyor with a first holding device configured for exerting a holding force on a sheet proportional to a coverage of the sheet on the first conveyor and a second conveyor upstream of the first conveyor comprising a second holding device configured for holding and releasing the sheet , wherein the first conveyor comprises a moveable sheet support surface onto which the sheet is at least partially held while on the first conveyor in the form of an endless, air permeable belt positioned over a suction chamber in connection to a suction source for applying an underpressure to at least a portion of sheet on the first conveyor , such that a holding force applied by the underpressure increases as the sheet's coverage over the suction chamber increases, characterized by a controller storing on its memory a sheet media catalogue and configured to control a release timing of the second holding device for releasing the sheet partially engaged by the first conveyor based on a media type parameter selected from the media catalogue , wherein the release timing determines a coverage of the sheet over the first conveyor .
A method of communication between a production tool and a computer on board a motor vehicle , this computer including a means for digital data storage and being configured to control this storage means, this storage means including memory space divided into a plurality of memory areas, this method including the following steps: - writing by the computer of calibration parameters within at least one predefined memory area of the memory space; - reception, following the writing of the calibration parameters, by the computer , of a verification request of the integrity of the calibration parameters contained in the predefined memory area of the memory space of the storage means, this request being sent from the production tool ; - verification of the integrity of the calibration parameters by the computer contained in the predefined memory area of the memory space; - sending by the computer of an acknowledgement message indicating the end of the step of verification of the integrity of the calibration parameters and the result of this verification, this message being sent to the production tool ; this method being characterized in that the storage means is a flash memory using an etching technology less than or equal to 90 nm, and in that said method includes, furthermore, following the step of reception of the verification request of the integrity of the calibration parameters, a step of writing by the computer of a predetermined item of data within each unwritten memory area of the memory space such that after the sending of the acknowledgement message, each memory area of the memory space contains either calibration parameters or a predetermined item of data. - writing by the computer of calibration parameters within at least one predefined memory area of the memory space; - reception, following the writing of the calibration parameters, by the computer , of a verification request of the integrity of the calibration parameters contained in the predefined memory area of the memory space of the storage means, this request being sent from the production tool ; - verification of the integrity of the calibration parameters by the computer contained in the predefined memory area of the memory space; - sending by the computer of an acknowledgement message indicating the end of the step of verification of the integrity of the calibration parameters and the result of this verification, this message being sent to the production tool ; this method being characterized in that the storage means is a flash memory using an etching technology less than or equal to 90 nm, and in that said method includes, furthermore, following the step of reception of the verification request of the integrity of the calibration parameters, a step of writing by the computer of a predetermined item of data within each unwritten memory area of the memory space such that after the sending of the acknowledgement message, each memory area of the memory space contains either calibration parameters or a predetermined item of data.
A satellite system, comprising: a constellation of six satellites , three of said satellites orbiting in a first orbit and the other three of said satellites orbiting in a second orbit ; the first orbit having an orbital inclination approximately between 70° and 90° and an apogee over the northern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; the second orbit having an orbital inclination approximately between 70° and 90° and an apogee over the southern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; planes of the first orbit and the second orbit being substantially orthogonal to one another; and at least one base station for transmitting to, and receiving signals from, said constellation of six satellites . a constellation of six satellites , three of said satellites orbiting in a first orbit and the other three of said satellites orbiting in a second orbit ; the first orbit having an orbital inclination approximately between 70° and 90° and an apogee over the northern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; the second orbit having an orbital inclination approximately between 70° and 90° and an apogee over the southern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; planes of the first orbit and the second orbit being substantially orthogonal to one another; and at least one base station for transmitting to, and receiving signals from, said constellation of six satellites .
An oral care composition comprising a polymeric deposition aid, a blue pigment and a green pigment in which the wt % of green pigment to blue pigment is 1:2 or greater, in which the total level of pigment is from 0.05 to 0.2 wt% of the total composition and in which the blue pigment is Phthalocyanine Blue and the green pigment is Phthalocyanine Green.
A method executed in a wireless communication device for communication with a radio network node, said method comprising the steps of: - receiving a first downlink control information on a first assignment from said radio network node; said first downlink control information comprises a reference to a second assignment from said radio network node on which a second downlink control information is assigned to be received; - determining if said second downlink control information is obtainable by said wireless communication device; wherein determining if said second downlink control information is obtainable by said wireless communication device and transmitting an indication indicating whether or not said second downlink control information was obtainable to said radio network node are requested by an indicator request in said second downlink control information; said indicator request comprises a resource assignment for said transmitting of said indication; and if said resource assignment for said transmitting of said indication is assigned to a same assignment for an already granted uplink assignment, said indication is incorporated in an uplink message on said same resource assignment for an already granted uplink assignment and the particular assignment for the transmitting of the indication is ignored. - transmitting an indication indicating whether or not said second downlink control information was obtainable to said radio network node. - receiving a first downlink control information on a first assignment from said radio network node; said first downlink control information comprises a reference to a second assignment from said radio network node on which a second downlink control information is assigned to be received; - determining if said second downlink control information is obtainable by said wireless communication device; wherein determining if said second downlink control information is obtainable by said wireless communication device and transmitting an indication indicating whether or not said second downlink control information was obtainable to said radio network node are requested by an indicator request in said second downlink control information; said indicator request comprises a resource assignment for said transmitting of said indication; and if said resource assignment for said transmitting of said indication is assigned to a same assignment for an already granted uplink assignment, said indication is incorporated in an uplink message on said same resource assignment for an already granted uplink assignment and the particular assignment for the transmitting of the indication is ignored. - transmitting an indication indicating whether or not said second downlink control information was obtainable to said radio network node.
An electrical stimulator comprising: a base wire comprising a core wire and an outer winding wire wound around the core wire with the core wire serving as a winding axis; and an insulating film entirely coating the core wire ; wherein an annulus is formed by the base wire , a first end of the core wire is electrically connected to a first end of the outer winding wire , a second end of the core wire is connected to a first terminal of an external circuit , and a second end of the outer winding wire is connected to a second terminal of the external circuit , and the electrical stimulator is configured to apply electrical stimulation to a part of a living body positioned in the annulus . a base wire comprising a core wire and an outer winding wire wound around the core wire with the core wire serving as a winding axis; and an insulating film entirely coating the core wire ; wherein an annulus is formed by the base wire , a first end of the core wire is electrically connected to a first end of the outer winding wire , a second end of the core wire is connected to a first terminal of an external circuit , and a second end of the outer winding wire is connected to a second terminal of the external circuit , and the electrical stimulator is configured to apply electrical stimulation to a part of a living body positioned in the annulus .
Collecting container for burrowing animals , in particular a vole collecting box, wherein the collecting container for burrowing animals has a standing base , wherein the collecting container for burrowing animals has at least one casing adjoining the standing base , wherein the casing together with the standing base encloses a collecting container interior of the collecting container for burrowing animals , wherein an access opening for burrowing animals is arranged in the standing base, characterized in that the casing and the standing base enclose the collecting container interior in a substantially light-tight manner except for the access opening for burrowing animals, in that the collecting container for burrowing animals has a water reservoir , in that at least one inner surface of the collecting container for burrowing animals is designed, at least in regions, for moisture release to the collecting container interior and is connected to the water reservoir .
Air handling unit comprising: - an enclosure in which air circulates along a flow direction (X); - at least one heat exchanger mounted in the enclosure ; - a condensate recuperator placed under the at least one heat exchanger ; - a support member stationary with respect to the enclosure , and which supports the condensate recuperator ; wherein the air handling unit comprises a stop member attached to the heat exchanger , and cooperating with a portion of the support member , and wherein the heat exchanger is mounted in the recuperator , and an ensemble formed by the heat exchanger and the recuperator is blocked with respect to the support member longitudinally to the flow direction (X) during transportation by the stop member , the handling unit being characterized in that the stop member comprises sliding means interfacing with sliding means of the support member so that the ensemble formed by the heat exchanger and the recuperator is able to slide with respect to the support member transversal to the flow direction (X). - an enclosure in which air circulates along a flow direction (X); - at least one heat exchanger mounted in the enclosure ; - a condensate recuperator placed under the at least one heat exchanger ; - a support member stationary with respect to the enclosure , and which supports the condensate recuperator ;
A road updating method for an electronic map, performed by a computer device, the method comprising: acquiring a target road in the electronic map, the target road being at least one of an intrinsic upper road of an overpass or an intrinsic lower road of the overpass; acquiring a target node of the target road, the target node being at least one of a first node of the target road or a last node of the target road; acquiring visible points within a preset range of the target node, wherein the visible points are positions present in the electronic map or positions displayed in a road topology network based on the electronic map; determining path lengths between the visible points and the target node; determining an extended road of the target node according to the path lengths between the visible points and the target node; and updating the electronic map based on the extended road, wherein the determining the extended road of the target node according to the path lengths between the visible points and the target node comprises: determining a minimum value of the path lengths between the visible points and the target node; and using, as the extended road of the target node, a path between the visible point corresponding to the minimum value and the target node. acquiring a target road in the electronic map, the target road being at least one of an intrinsic upper road of an overpass or an intrinsic lower road of the overpass; acquiring a target node of the target road, the target node being at least one of a first node of the target road or a last node of the target road; acquiring visible points within a preset range of the target node, wherein the visible points are positions present in the electronic map or positions displayed in a road topology network based on the electronic map; determining path lengths between the visible points and the target node; determining an extended road of the target node according to the path lengths between the visible points and the target node; and updating the electronic map based on the extended road, wherein the determining the extended road of the target node according to the path lengths between the visible points and the target node comprises: determining a minimum value of the path lengths between the visible points and the target node; and using, as the extended road of the target node, a path between the visible point corresponding to the minimum value and the target node. determining a minimum value of the path lengths between the visible points and the target node; and using, as the extended road of the target node, a path between the visible point corresponding to the minimum value and the target node.