mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless charger comprising: means for generating a wireless charging field in at least one charging region; means for communicating with a chargeable device via a communication link; and means for facilitating avoidance of cross connection of the chargeable device with the wireless charger and at least one other wireless charger by initiating a disconnection of the communication link between the wireless charger and the chargeable device , characterized in that the initiating a disconnection is based at least in part on a comparison of a detected transmitted power level of the wireless charger to at least one predetermined level indicative of at least one saturation condition of the power level of the wireless charger. means for generating a wireless charging field in at least one charging region; means for communicating with a chargeable device via a communication link; and means for facilitating avoidance of cross connection of the chargeable device with the wireless charger and at least one other wireless charger by initiating a disconnection of the communication link between the wireless charger and the chargeable device , characterized in that the initiating a disconnection is based at least in part on a comparison of a detected transmitted power level of the wireless charger to at least one predetermined level indicative of at least one saturation condition of the power level of the wireless charger.
Combined appliance, which comprises a hob with a cover plate and a heating element and a vapour extraction apparatus arranged below the hob with at least one blower for drawing out air from the space above the hob and a position identification apparatus for identifying the position of a cooking vessel on the hob , wherein introduced into the hob is at least one recess , which lies in the edge region of the cover plate of the hob and wherein the at least one recess is the suction opening for drawing in the air into the combined appliance and wherein the at least one recess is introduced in the cover plate adjacent to the heating element , characterised in that the heating element is a continuous heating element which consists of a plurality of adjacent heating units and forms a cooking zone, which forms a continuous area, in which a plurality of cooking zones may be formed in a flexible manner, the continuous heating element extends over the area of the cover plate , the heating units of the heating element that lie below the cooking item vessel are actuated on the basis of the position of a cooking item vessel on the heating element identified by the position identification apparatus, and the heating units of the heating element are combined to form a cooking zone as a function of at least one cooking item container placed on the hob, and the position identification apparatus is connected to the vapour extraction apparatus , so that the vapour extraction apparatus is actuated as a function of the position of a cooking item container.
A three-dimensional molding method in which a step of sintering a powder layer with a laser light or an electron beam after a flat surface has been formed by sliding of a squeegee against the powder layer is carried out multiple times, and then the periphery is cut, in order to mold an object to be molded , comprising a plurality of struts that support the object to be molded from the lower side and are intended to be removed after molding, characterized by a middle partition plate that supports the struts from below and is intended to be removed after molding, and lower supporting members that support the partition plate from below and are intended to be removed after molding, wherein the upper parts of the upper struts employ truncated circular conic shapes or partial truncated circular conic shapes that are reduced in diameter toward the top, and wherein the upper side surface of the middle partition plate and the lower side surface of the object to be molded are formed in a parallel state so as to be equidistant in the vertical direction.
A dispenser for a liquid, having a reservoir container for receiving medium, having a discharge head which is able to be mounted to the reservoir container and has a discharge opening for discharging medium from the reservoir container , having a discharge valve which is associated with the discharge opening and which has a preloaded valve body which delimits a valve ante chamber by way of a pressure applying surface formed on a diaphragm , wherein the pressure applying surface has at the outside a positionally fixed clamping area , and having a pressure compensation channel (D) which opens into the reservoir container and has a microbiologically active filter arrangement inserted in said channel, wherein the pressure compensation channel (D) is separated from a media path (M) from the reservoir container via the valve ante chamber to the discharge opening , characterized in that the pressure applying surface has, as a clamping area , a cap-like rim projection which is able to be mounted at the inside on an outer rim of a disc of the inner component of the discharge head , and the outer rim of the disc has a radially outwardly extending stop which forms a support surface for the rim projection such that the pressure applying surface is spaced apart from an upper surface of the outer rim of the disc .
Table top, which when viewed in plan view is a polygon with at least four corners and at least four table edges, wherein - the polygon has a 150° angle, - two straight lines running along two table edges form an angle of 30° to one another, - two straight lines running along two table edges form an angle of 60° to one another and - two table edges form an angle of 90° to one another, and characterised in that the polygon is a pentagon. - the polygon has a 150° angle, - two straight lines running along two table edges form an angle of 30° to one another, - two straight lines running along two table edges form an angle of 60° to one another and - two table edges form an angle of 90° to one another, and characterised in that the polygon is a pentagon.
A medical device , comprising: a non-conductive base component defining a longitudinal axis and a lumen therethrough; a conductive material disposed on an outer surface of the non-conductive base component around a distal opening of the lumen ; and wherein the conductive material disposed around the distal opening includes a first layer of conductive material bonded to the non-conductive base component , characterized in that a strip of conductive material is disposed along the longitudinal axis and includes a second layer of conductive material bonded to the non-conductive base component . a non-conductive base component defining a longitudinal axis and a lumen therethrough; a conductive material disposed on an outer surface of the non-conductive base component around a distal opening of the lumen ; and wherein the conductive material disposed around the distal opening includes a first layer of conductive material bonded to the non-conductive base component ,
A method, comprising: in a neural network executing on hardware: converting input vectors from floating-point numbers to a common exponent and mantissa values; decomposing the mantissa values into quantized values and residual values; for each quantized value and residual value: performing a dot product using the quantized value and weights to provide a first output; selectively choosing whether to perform a dot product on the residual value depending on a desired level of precision needed; if a lower level of precision is needed, using the first output as a node output; if a higher level of precision is needed, performing a dot product using the residual value and weights to obtain a second output; combining the first output to the second output to generate the node output. converting input vectors from floating-point numbers to a common exponent and mantissa values; decomposing the mantissa values into quantized values and residual values; for each quantized value and residual value: performing a dot product using the quantized value and weights to provide a first output; selectively choosing whether to perform a dot product on the residual value depending on a desired level of precision needed; if a lower level of precision is needed, using the first output as a node output; if a higher level of precision is needed, performing a dot product using the residual value and weights to obtain a second output; combining the first output to the second output to generate the node output. performing a dot product using the quantized value and weights to provide a first output; selectively choosing whether to perform a dot product on the residual value depending on a desired level of precision needed; if a lower level of precision is needed, using the first output as a node output; if a higher level of precision is needed, performing a dot product using the residual value and weights to obtain a second output; combining the first output to the second output to generate the node output.
A shield , comprising a first frame and a second frame , both including: a plurality of walls each having a first end and a second end facing away from each other along a first direction; and a plurality of spring fingers on second ends of one or more walls of the plurality of walls and extending along the first direction, wherein the first ends of the plurality of walls define an open bottom, and the second ends of the plurality of walls define an open top; characterized in that the second frame is configured to interlock with the first frame to form a singular enclosed space in the shield, with second ends of the plurality of walls of the second frame oriented toward second ends of the plurality of walls of the first frame and in that it further comprises a first printed circuit board, PCB, having a first surface and a second PCB having a second surface, said first frame mounted to the first surface of said first PCB and said second frame mounted to the second surface of said second PCB, wherein the first surface faces the second surface. a first frame and a second frame , both including: a plurality of walls each having a first end and a second end facing away from each other along a first direction; and a plurality of spring fingers on second ends of one or more walls of the plurality of walls and extending along the first direction, wherein the first ends of the plurality of walls define an open bottom, and the second ends of the plurality of walls define an open top; a plurality of walls each having a first end and a second end facing away from each other along a first direction; and a plurality of spring fingers on second ends of one or more walls of the plurality of walls and extending along the first direction, wherein the first ends of the plurality of walls define an open bottom, and the second ends of the plurality of walls define an open top; characterized in that the second frame is configured to interlock with the first frame to form a singular enclosed space in the shield, with second ends of the plurality of walls of the second frame oriented toward second ends of the plurality of walls of the first frame and in that it further comprises a first printed circuit board, PCB, having a first surface and a second PCB having a second surface, said first frame mounted to the first surface of said first PCB and said second frame mounted to the second surface of said second PCB, wherein the first surface faces the second surface.
A saddle, particularly for cycles, motorcycles and quadricycles, which is constituted by: a rigid shell ; a respective covering ; means of connection of said shell to a frame; and at least one stratified insert that is integral with said covering , said at least one insert being arranged in the rear portion of said saddle at the points that support the right and left ischial bones of the user, said at least one insert comprising two layers, a first layer made of polyester or silicone material and a second layer made of polyvinyl chloride, said at least one insert being two in number and being arranged asymmetrically in the rear portion of said saddle . a rigid shell ; a respective covering ; means of connection of said shell to a frame; and at least one stratified insert that is integral with said covering , said at least one insert being arranged in the rear portion of said saddle at the points that support the right and left ischial bones of the user, said at least one insert comprising two layers, a first layer made of polyester or silicone material and a second layer made of polyvinyl chloride, said at least one insert being two in number and being arranged asymmetrically in the rear portion of said saddle .
A feeder device comprising: a tape feeding mechanism which is configured to feed out, at a feed speed (V), a carrier tape which is formed from a bottom tape which stores components in corresponding multiple component storage sections and a cover tape which is adhered to the bottom tape and covers the component storage sections ; and a tape peeling mechanism which includes a tape peeling blade which is configured to proceed between the bottom tape and the cover tape as the carrier tape is fed out to perform peeling, the feeder device being configured to supply the components from the component storage sections at a component supply position , the feeder device further comprising a feed speed determination section which is configured to determine the feed speed (V) at a peeling start time at which a leading end of the carrier tape comes into contact with the tape peeling blade according to at least one of properties of multiple types of carrier tape and characteristics of the components which are stored, and the tape feeding mechanism further being configured to perform speed adjustment based on the feed speed (V) at the peeling start time. a tape feeding mechanism which is configured to feed out, at a feed speed (V), a carrier tape which is formed from a bottom tape which stores components in corresponding multiple component storage sections and a cover tape which is adhered to the bottom tape and covers the component storage sections ; and a tape peeling mechanism which includes a tape peeling blade which is configured to proceed between the bottom tape and the cover tape as the carrier tape is fed out to perform peeling, the feeder device being configured to supply the components from the component storage sections at a component supply position , the feeder device further comprising a feed speed determination section which is configured to determine the feed speed (V) at a peeling start time at which a leading end of the carrier tape comes into contact with the tape peeling blade according to at least one of properties of multiple types of carrier tape and characteristics of the components which are stored, and the tape feeding mechanism further being configured to perform speed adjustment based on the feed speed (V) at the peeling start time.
Method for determining a measurement strategy for measuring a measurement object using a coordinate measuring machine , wherein the measurement object is measured according to a measurement strategy and a measurement quality of the measurement is determined, wherein the measurement strategy is altered if the measurement quality is greater than a predetermined target minimum measurement quality, wherein the measurement strategy is altered in such a way that the time required to measure the measurement object in accordance with the altered measurement strategy and/or the computational outlay required to measure the measurement object in accordance with the altered measurement strategy and/or the data storage capacity required to measure the measurement object in accordance with the altered measurement strategy is reduced, with the altered measurement strategy being determined as new measurement strategy, characterized in that a sensor quality is additionally determined during the measurement, wherein at least one sensor parameter of a sensor of the coordinate measuring machine is altered if the sensor quality is greater than a target minimum sensor quality known in advance, wherein the sensor parameter is altered in such a way that the time required to measure the measurement object in accordance with the altered measurement strategy and/or the computational outlay required to measure the measurement object in accordance with the altered measurement strategy and/or the data storage capacity required to measure the measurement object in accordance with the altered measurement strategy is reduced.
A wire electrical discharge machine that feeds a wire electrode to perform auto wire feeding of the wire electrode , comprising a transport mechanism configured to feed the wire electrode along a travelling route; a failure detector configured to be able to detect a failure of the auto wire feeding; a position detector configured to be able to detect a position of a tip of the wire electrode on the travelling route; a storage medium (M) configured to store failure evaluation reference data (D3) of the auto wire feeding for a plurality of divisional regions (A) of the travelling route; and, a control device configured to identify the position of the tip of the wire electrode when a failure of the auto wire feeding occurs, based on detection signals from the failure detector and the position detector and determine whether to perform or stop retry of the auto wire feeding, based on the position of the tip and the failure evaluation reference data (D3) for every divisional region (A), wherein the control device is configured to count the number of failures in the auto wire feeding actually arising in each individual divisional region (A), based on the identified position of the tip and the divisional region (A) obtained from the storage medium (M), the failure evaluation reference data (D3) for every divisional region (A) is intended to include information on the multiple divisional regions (A) and information on an additional value (Av) for each of divisional regions (A) set in accordance with difficulty of the wire electrode to pass therethrough; characterized in that the control device is configured to calculate an cumulative upper limit value by successive addition of the additional values (Av) to an upper limit value (Uf) stored in the storage medium (M) in order of the divisional regions (A), compare a cumulative failure count obtained by successive addition of the counts of failures counted for every divisional region (A) with the cumulative upper limit value to determine whether to perform or stop retry of the auto wire feeding.
A turbine engine assembly arranged relative to an axis, the assembly comprising: a rotor blade including an airfoil and a base ; the airfoil extending axially between an upstream leading edge and a downstream trailing edge , and radially out from the base ; and the base including a neck and a pocket , the neck extending axially to a downstream surface , and the pocket extending laterally into the neck ; and a feather seal having an L-shaped geometry and extending from an upstream end to a downstream end ; the feather seal extending laterally into the pocket , and including a downstream leg that extends substantially along the downstream surface ; characterised in that the base further includes a plurality of bumpers (104-106) configured to laterally locate the feather seal within the pocket ; and a first of the bumpers (104-106) is located at the upstream end , and a second of the bumpers (104-106) is located at the downstream end . a rotor blade including an airfoil and a base ; the airfoil extending axially between an upstream leading edge and a downstream trailing edge , and radially out from the base ; and the base including a neck and a pocket , the neck extending axially to a downstream surface , and the pocket extending laterally into the neck ; and the airfoil extending axially between an upstream leading edge and a downstream trailing edge , and radially out from the base ; and the base including a neck and a pocket , the neck extending axially to a downstream surface , and the pocket extending laterally into the neck ; and a feather seal having an L-shaped geometry and extending from an upstream end to a downstream end ; the feather seal extending laterally into the pocket , and including a downstream leg that extends substantially along the downstream surface ; characterised in that the base further includes a plurality of bumpers (104-106) configured to laterally locate the feather seal within the pocket ; and a first of the bumpers (104-106) is located at the upstream end , and a second of the bumpers (104-106) is located at the downstream end .
Filling plant for producing bottles from respective pre-forms and filling the bottles with a pourable product comprising: - a pre-heating oven at least partially arranged within a first isolation chamber and configured to pre-heat the pre-forms within the first isolation chamber ; - a first filter unit associated to the first isolation chamber and configured to filter a gas to be introduced into the first isolation chamber ; - a molding apparatus being at least partially arranged within a second isolation chamber and configured to mold the preforms into the bottles within the second isolation chamber ; - a filling apparatus being at least partially arranged within a third isolation chamber and being configured to fill the bottles within the third isolation chamber ; the filling plant being characterized by : - a centralized filter unit configured to filter at least a gas for obtaining a filtered gas and to feed at least a first portion of the filtered gas into the second isolation chamber and at least a second portion of the filtered gas into the third isolation chamber ; and - a suction device fluidically connected to the first isolation chamber and the centralized filter unit and configured to extract gas from the first isolation chamber and to direct at least a portion of the extracted gas to the centralized filter unit . - a pre-heating oven at least partially arranged within a first isolation chamber and configured to pre-heat the pre-forms within the first isolation chamber ; - a first filter unit associated to the first isolation chamber and configured to filter a gas to be introduced into the first isolation chamber ; - a molding apparatus being at least partially arranged within a second isolation chamber and configured to mold the preforms into the bottles within the second isolation chamber ; - a filling apparatus being at least partially arranged within a third isolation chamber and being configured to fill the bottles within the third isolation chamber ; the filling plant being characterized by : - a centralized filter unit configured to filter at least a gas for obtaining a filtered gas and to feed at least a first portion of the filtered gas into the second isolation chamber and at least a second portion of the filtered gas into the third isolation chamber ; and - a suction device fluidically connected to the first isolation chamber and the centralized filter unit and configured to extract gas from the first isolation chamber and to direct at least a portion of the extracted gas to the centralized filter unit .