mhurhangee/ep-ind-claims huggingface dataset:
Heat exchanger comprising a heat exchange bundle and at least one collector box (6, 8) comprising a cover and a collector plate able to receive said cover, said bundle comprising oval-shaped or extended tubes, said collector plate comprising holes for the passage of said tubes, said holes having a periphery provided with an oval-shaped or extended collar, said exchanger comprising, furthermore, a seal able to be applied against said collector plate and comprising a flange having substantially the same shape as that of the collar of the collector plate and being inserted into said collar, characterised in that said collar has a height (H1, H2) variable on the periphery of the hole such that the height of said collars is increased in the zones where the tub offers the least resistance to the compression in such a way as to balance the distribution of the compression forces of said seal on the periphery of the section if said tube.
Vehicle, in particular a utility vehicle, with a drive device, having an internal combustion engine, for driving the vehicle, with a gradient-detection device by means of which the gradient of the carriageway on a section of the carriageway which is currently being travelled on and/or will be travelled on in the future with the vehicle can be detected, and with a control device by means of which the internal combustion engine can be controlled in such a way that the maximum drive torque of the internal combustion engine is limited to a defined torque maximum value (M H, M N), characterized in that the control device has an actuator device which is connected in a data-transmitting fashion to the gradient-detection device and by means of which, in particular in order to reduce the fuel consumption of the vehicle, the defined torque maximum value (M H, M N) can be set automatically as a setting parameter as a function of the detected gradient of the carriageway at the section of carriageway which is currently being travelled on and/or will be travelled on in the future with the vehicle.
A method for managing user accounts in an application of an application provider, comprising the following steps, performed by an identity provider sharing a trust relationship with the application provider: - receiving (24, 44) a request for proof of authentication in order to authenticate a user attempting to access the application, said user being registered with the identity provider; - obtaining (25, 45), from a local database, data about the user, said data comprising authentication data and access rights data; - authenticating (26, 46) the user by means of the authentication data; - determining (27, 47) the right to access the application by the user, by means of the access rights data; - determining (28, 48) the existence or absence of a user account associated with the user, by querying an external database managed by the application provider; - if the user has the right to access the application and there is no user account associated with the user: ▪ triggering the provisioning of the user account at an entity (1, 9); ▪ generating a proof of authentication associated with the user; ▪ sending said proof of authentication to the application provider. - receiving (24, 44) a request for proof of authentication in order to authenticate a user attempting to access the application, said user being registered with the identity provider; - obtaining (25, 45), from a local database, data about the user, said data comprising authentication data and access rights data; - authenticating (26, 46) the user by means of the authentication data; - determining (27, 47) the right to access the application by the user, by means of the access rights data; - determining (28, 48) the existence or absence of a user account associated with the user, by querying an external database managed by the application provider; - if the user has the right to access the application and there is no user account associated with the user: ▪ triggering the provisioning of the user account at an entity (1, 9); ▪ generating a proof of authentication associated with the user; ▪ sending said proof of authentication to the application provider. ▪ triggering the provisioning of the user account at an entity (1, 9); ▪ generating a proof of authentication associated with the user; ▪ sending said proof of authentication to the application provider.
A method of manufacturing a brush comprising the steps of: first providing a carrier having at least a first through hole extending from a front side to a backside of the carrier and at least a first wall element being integral with the carrier and extending from the backside in vicinity of the through hole; second introducing a first cleaning element into the first through hole such that an end portion of the first cleaning element is exposed on the backside of the carrier; third treating the end portion of the first cleaning element such that it deforms and becomes wider than the first through hole; and fourth deforming the first wall element until it at least partially extends over the deformed end portion of the first cleaning element such that the first cleaning element is effectively retained in its axial position. first providing a carrier having at least a first through hole extending from a front side to a backside of the carrier and at least a first wall element being integral with the carrier and extending from the backside in vicinity of the through hole; second introducing a first cleaning element into the first through hole such that an end portion of the first cleaning element is exposed on the backside of the carrier; third treating the end portion of the first cleaning element such that it deforms and becomes wider than the first through hole; and fourth deforming the first wall element until it at least partially extends over the deformed end portion of the first cleaning element such that the first cleaning element is effectively retained in its axial position.
A coating configured for application to a substrate including a first visual characteristic, the coating including: an indicator layer disposed on the substrate, the indicator layer including a second visual characteristic that visually contrasts with the first visual characteristic; an outer layer disposed over the indicator layer; and a first intermediate layer positioned between the indicator layer and the outer layer, the first intermediate layer being visually transparent or translucent, wherein the first intermediate layer is thicker than a combined thickness of the indicator layer and the outer layer; the coating characterised by: the outer layer including a third visual characteristic that visually contrasts with the second visual characteristic. an indicator layer disposed on the substrate, the indicator layer including a second visual characteristic that visually contrasts with the first visual characteristic; an outer layer disposed over the indicator layer; and a first intermediate layer positioned between the indicator layer and the outer layer, the first intermediate layer being visually transparent or translucent, wherein the first intermediate layer is thicker than a combined thickness of the indicator layer and the outer layer; the coating characterised by: the outer layer including a third visual characteristic that visually contrasts with the second visual characteristic.
A glenoid fossa endoprosthetic device, the device comprising: a glenosphere or glenosocket joint component for a scapular deficient patient, including a first and second fixation plate affixed thereto, the first and second fixation plates forming a space therebetween for receiving only a scapula neck of the scapular deficient patient, the first fixation plate having a plurality of holes for placement of a setscrew therein and the second fixation plate having a plurality of holes corresponding to the first fixation plate holes for receiving the setscrew threads; and a thread engagement plate having a length-wise channel formed therein, the channel for receiving the first or second fixation plate for attachment thereto, the thread engagement plate including a plurality of holes corresponding to the first or second fixation plate holes (112,116). a glenosphere or glenosocket joint component for a scapular deficient patient, including a first and second fixation plate affixed thereto, the first and second fixation plates forming a space therebetween for receiving only a scapula neck of the scapular deficient patient, the first fixation plate having a plurality of holes for placement of a setscrew therein and the second fixation plate having a plurality of holes corresponding to the first fixation plate holes for receiving the setscrew threads; and a thread engagement plate having a length-wise channel formed therein, the channel for receiving the first or second fixation plate for attachment thereto, the thread engagement plate including a plurality of holes corresponding to the first or second fixation plate holes (112,116).
A cooking apparatus comprising: a cooker body comprising a cooking compartment and a storage compartment below the cooking compartment; a drawer comprising a storage space, and sliding the drawer into and out of the storage compartment closes and opens the storage space; a steam supplier configured to generate steam and supply the generated steam to the cooking compartment; and a water tank configured to store water for generating the steam, and provided in a region of the storage compartment independent from the sliding of the drawer, wherein the steam supplier comprises: a steam generator configured to heat up water to be turned into steam, and a water supplying pipe provided in the cooker body to supply water between the water tank and the steam generator, wherein the water tank comprises: a storage main body, and a connector provided at the back of the storage main body, wherein the connector is configured to removably couple to a water flow path between the water tank and the water supplying pipe, characterized in that the connector comprises a vertical portion extended upward from the bottom of the storage main body, and a horizontal portion horizontally extended backward and arranged to be supported on the storage main body to be stationary, and in that the water tank comprises a top cover, and the connector is provided at the back end of the top cover. a cooker body comprising a cooking compartment and a storage compartment below the cooking compartment; a drawer comprising a storage space, and sliding the drawer into and out of the storage compartment closes and opens the storage space; a steam supplier configured to generate steam and supply the generated steam to the cooking compartment; and a water tank configured to store water for generating the steam, and provided in a region of the storage compartment independent from the sliding of the drawer, wherein the steam supplier comprises: a steam generator configured to heat up water to be turned into steam, and a water supplying pipe provided in the cooker body to supply water between the water tank and the steam generator, wherein the water tank comprises: a storage main body, and a connector provided at the back of the storage main body, wherein the connector is configured to removably couple to a water flow path between the water tank and the water supplying pipe, characterized in that the connector comprises a vertical portion extended upward from the bottom of the storage main body, and a horizontal portion horizontally extended backward and arranged to be supported on the storage main body to be stationary, and in that the water tank comprises a top cover, and the connector is provided at the back end of the top cover.
A computer-aided method of analysing mammographic images, the method comprising the steps of: receiving a plurality of mammograms; performing a first analysis on the plurality of mammograms comprising identifying a malignancy classification for each of the mammograms; determining a malignancy output value for each of mammograms dependent upon the first analysis; determining an average malignancy output value by averaging the malignancy output values for the plurality of mammograms; thresholding the average malignancy output value to generate an output binary malignancy value; performing a second analysis on the plurality of mammograms to determine a plurality of localisation data parameters for each mammogram; and generating output localisation data for the plurality of mammograms in dependence upon the output binary malignancy value, characterised in that the second analysis is performed using a mask regional convolutional neural network (mask RCNN) and comprises: generating a set of bounding boxes, wherein generating the set of bounding boxes comprises removing any bounding boxes not having a predetermined threshold of intersection over union and interpolating between bounding box coordinates; generating averaged lesion scores, wherein generating the averaged lesion scores comprises averaging the lesion scores for the set of bounding boxes; and generating an averaged segmentation mask, wherein the averaged segmentation mask is generated by averaging a plurality of raw segmentation masks, before thresholding with a predetermined threshold. receiving a plurality of mammograms; performing a first analysis on the plurality of mammograms comprising identifying a malignancy classification for each of the mammograms; determining a malignancy output value for each of mammograms dependent upon the first analysis; determining an average malignancy output value by averaging the malignancy output values for the plurality of mammograms; thresholding the average malignancy output value to generate an output binary malignancy value; performing a second analysis on the plurality of mammograms to determine a plurality of localisation data parameters for each mammogram; and generating output localisation data for the plurality of mammograms in dependence upon the output binary malignancy value, characterised in that the second analysis is performed using a mask regional convolutional neural network (mask RCNN) and comprises: generating a set of bounding boxes, wherein generating the set of bounding boxes comprises removing any bounding boxes not having a predetermined threshold of intersection over union and interpolating between bounding box coordinates; generating averaged lesion scores, wherein generating the averaged lesion scores comprises averaging the lesion scores for the set of bounding boxes; and generating an averaged segmentation mask, wherein the averaged segmentation mask is generated by averaging a plurality of raw segmentation masks, before thresholding with a predetermined threshold.
Subframe for a motor vehicle, having a base frame forming a hollow space, which base frame is connected to a vehicle bodywork by means of a plurality of fixing points, the base frame comprising at least one force-introduction point for receiving and/or supporting further motor vehicle components, the hollow space being filled locally with rigid foam in the vicinity of the force-introduction point, characterised in that the force introduction point comprises a sleeve-like component which is arranged in the hollow space in the base frame and is connected rigidly thereto, and in that the sleeve-like component in the base frame is completely covered with rigid foam.
Method for controlling the damping of a relative motion of two connecting units (101, 102) which are movable relative to one another, between which at least one controllable damper with a damping valve comprising a magnetorheological fluid is provided for damping the relative motions, wherein at least one magnetic field generating device is assigned to the at least one damping valve for generating and controlling a magnetic field, and wherein measurement data sets (90, 91) are captured at least by way of a relative motion of the connecting units (101, 102) to one another and processed by means of a filtering device, characterized in that at least one data set that is derived from a captured measurement data set (90, 91) is stored in the memory device, and that the derived data set (92, 93) comprises a speed signal and/or an acceleration signal for a relative motion of the connecting units (101, 102), and that at least one stored data set (92, 93) is analyzed and a filter parameter set (82, 83) is determined in dependence on the analysis result, and that, in the case of low value speed signals and acceleration signals, the control device is configured to select a filter parameter set showing stronger filtering, and in the case of higher value speed signals or acceleration signals, a filter parameter set showing weaker filtering, and a control data set (94, 95) is derived from the measurement data set (90, 91) by means of the selected filter parameter set (82, 83), and that the control device controls the damper device at least partially by means of the control data set (94, 95). characterized in that at least one data set that is derived from a captured measurement data set (90, 91) is stored in the memory device, and that the derived data set (92, 93) comprises a speed signal and/or an acceleration signal for a relative motion of the connecting units (101, 102), and that at least one stored data set (92, 93) is analyzed and a filter parameter set (82, 83) is determined in dependence on the analysis result, and that, in the case of low value speed signals and acceleration signals, the control device is configured to select a filter parameter set showing stronger filtering, and in the case of higher value speed signals or acceleration signals, a filter parameter set showing weaker filtering, and a control data set (94, 95) is derived from the measurement data set (90, 91) by means of the selected filter parameter set (82, 83), and that the control device controls the damper device at least partially by means of the control data set (94, 95).
A multipolar electrical protection system (2; 102) including a plurality of devices (4, 6, 8; 104, 106, 108) for switching an electric current, each switching device having a plurality of compartments (18; 118) each comprising an extinguishing chamber and a pair of separable electrical contacts that are connected to upstream and downstream connection terminals, the separable electrical contacts being movable between open and closed positions under the action of a tripping device (20; 120), wherein the switching devices are separate from one another, and are controlled by the same common tripping device (20; 120), wherein the upstream terminals of each device are connected by a first connector (14; 114) in order to keep them at a same electrical potential, wherein the downstream terminals of each device are connected by a second connector (16; 116) in order to keep them at a same electrical potential, characterized in that the first and second connectors (14, 16; 114, 116) of a switching device (4, 6, 8; 104, 106, 108) are located on a rear face of the device, are arranged transversely one above the other and each comprise connection pads, each associated/connected with one of the upstream or downstream terminals, each connector comprising as many connection pads as the switching device comprises extinguishing chambers (18; 118). wherein the switching devices are separate from one another, and are controlled by the same common tripping device (20; 120), wherein the upstream terminals of each device are connected by a first connector (14; 114) in order to keep them at a same electrical potential, wherein the downstream terminals of each device are connected by a second connector (16; 116) in order to keep them at a same electrical potential, characterized in that the first and second connectors (14, 16; 114, 116) of a switching device (4, 6, 8; 104, 106, 108) are located on a rear face of the device, are arranged transversely one above the other and each comprise connection pads, each associated/connected with one of the upstream or downstream terminals, each connector comprising as many connection pads as the switching device comprises extinguishing chambers (18; 118).
Sanitary thermostatic mixing valve with a) a housing, which has a cold water inlet, a hot water inlet and a mixed water outlet; b) a temperature-sensitive thermostatic element disposed in the housing, against which element the mixed water flows and which element normally rests unilaterally on a stop; c) a control element controlled by the thermostatic element; and d) an adjusting member for the setpoint temperature of the mixed water, with which member the position of the control element can be varied in the housing, characterized in that e) an independently operable flushing member is provided, with which the stop for the thermostatic element can be raised at least to the extent that this completely opens the hot water inlet, and f) the adjusting member is lockable so that after resetting the flushing member the temperature of the mixed water is limited to the preset value again. a) a housing, which has a cold water inlet, a hot water inlet and a mixed water outlet; b) a temperature-sensitive thermostatic element disposed in the housing, against which element the mixed water flows and which element normally rests unilaterally on a stop; c) a control element controlled by the thermostatic element; and d) an adjusting member for the setpoint temperature of the mixed water, with which member the position of the control element can be varied in the housing, characterized in that e) an independently operable flushing member is provided, with which the stop for the thermostatic element can be raised at least to the extent that this completely opens the hot water inlet, and f) the adjusting member is lockable so that after resetting the flushing member the temperature of the mixed water is limited to the preset value again.
A LED lighting apparatus, comprising: a driver for converting an external power source to a driving current; a substrate (11, 32) mounted with two electrodes electrically connected to the driver for getting the driving current; a plurality of LED chips (13, 34) mounted on a first side of the substrate; a first fluorescent layer (14, 35) disposed on the first side of the substrate (11, 32) covering the plurality of LED chips (13, 34); and a second fluorescent layer (36, 7012, 7013) disposed on a second side of the substrate (11, 32), a part of a first light emitted from the plurality of LED chips (13, 34) passing through the first fluorescent layer (14, 35) and then exciting the second fluorescent layer (36, 7012, 7013) to emit a second light, a third light being generated after the first light is passing through the first fluorescent layer (14, 35), the third light and the second light having different optical spectrum characteristics, characterized in that the thickness of the first fluorescent layer (14, 35) and second fluorescent layer (36, 7012, 7013) are controlled so that the total luminance level of the third light is not less than 20% of the second light. a driver for converting an external power source to a driving current; a substrate (11, 32) mounted with two electrodes electrically connected to the driver for getting the driving current; a plurality of LED chips (13, 34) mounted on a first side of the substrate; a first fluorescent layer (14, 35) disposed on the first side of the substrate (11, 32) covering the plurality of LED chips (13, 34); and a second fluorescent layer (36, 7012, 7013) disposed on a second side of the substrate (11, 32), a part of a first light emitted from the plurality of LED chips (13, 34) passing through the first fluorescent layer (14, 35) and then exciting the second fluorescent layer (36, 7012, 7013) to emit a second light, a third light being generated after the first light is passing through the first fluorescent layer (14, 35), the third light and the second light having different optical spectrum characteristics, characterized in that the thickness of the first fluorescent layer (14, 35) and second fluorescent layer (36, 7012, 7013) are controlled so that the total luminance level of the third light is not less than 20% of the second light.