mhurhangee/patent-ind-claim-en huggingface dataset:
A steam turbine , comprising: an outer casing ; an inner casing provided inside the outer casing ; a nozzle box having a circular ring-shaped steam passage into which steam is led from a steam inlet pipe and having, on a downstream portion of the steam passage , a plurality of first-stage nozzles in a circumferential direction, the steam passage being provided inside the inner casing ; a second-stage nozzle side structure in a cylindrical shape being separable from and combined with the nozzle box and having a plurality of second-stage nozzles in a circumferential direction, the second-stage nozzle side structure being provided inside the inner casing ; at least a pair of abutment surfaces abutting each other and configured to seal, the surfaces being respectively provided in the nozzle box and the second-stage nozzle side structure , the abutment surfaces having a predetermined angle, in a meridian cross section, with respect to a direction parallel to the axial direction of the turbine rotor; and a seal member provided in a part of a gap between the nozzle box and the second-stage nozzle side structure , the gap being formed by combining the nozzle box and the second-stage nozzle side structure ; characterized in that the first-stage nozzles are welded directly to the downstream portion of the steam passage . an outer casing ; an inner casing provided inside the outer casing ; a nozzle box having a circular ring-shaped steam passage into which steam is led from a steam inlet pipe and having, on a downstream portion of the steam passage , a plurality of first-stage nozzles in a circumferential direction, the steam passage being provided inside the inner casing ; a second-stage nozzle side structure in a cylindrical shape being separable from and combined with the nozzle box and having a plurality of second-stage nozzles in a circumferential direction, the second-stage nozzle side structure being provided inside the inner casing ; at least a pair of abutment surfaces abutting each other and configured to seal, the surfaces being respectively provided in the nozzle box and the second-stage nozzle side structure , the abutment surfaces having a predetermined angle, in a meridian cross section, with respect to a direction parallel to the axial direction of the turbine rotor; and a seal member provided in a part of a gap between the nozzle box and the second-stage nozzle side structure , the gap being formed by combining the nozzle box and the second-stage nozzle side structure ; characterized in that the first-stage nozzles are welded directly to the downstream portion of the steam passage .
Method for automatically registering a user in a desk-share environment comprising a plurality of desks, each desk being equipped with an IP telephone connected to a communication network , in particular, to a Local Area Network, wherein the IP telephone periodically receives IP data packets from a terminal device of a user connected to the communication network via the IP telephone, said IP packets comprising in the header a MAC address uniquely identifying the terminal device and that enables identification of the user, and wherein the IP telephone holds a data base comprising data of all desk-share users of the desk-share environment, the data comprising at least a user ID and a MAC address of a terminal device for each user assigned to a user profile, the method comprising the steps of: - receiving, at the IP telephone , an IP data packet from a first terminal device via the communication network ; - verifying the MAC address in the IP data packet received from the first terminal device ; - if the MAC address corresponds to a MAC address in the data of the data base, activating the user profile assigned to the MAC address in the IP telephone by loading the corresponding user profile of the user to whom the identified terminal device belongs; wherein the method further comprises a step of detecting a change in the periodically received data packets thereby detecting a stop of the data traffic received from the first terminal device ; and wherein, if a stop of the data traffic received from the first terminal device is detected by the IP telephone , then the IP telephone proceeds according to a preselected option from a number of options comprising activating a default user profile, activating an emergency calls only mode, or maintaining the activated user profile. - receiving, at the IP telephone , an IP data packet from a first terminal device via the communication network ; - verifying the MAC address in the IP data packet received from the first terminal device ; - if the MAC address corresponds to a MAC address in the data of the data base, activating the user profile assigned to the MAC address in the IP telephone by loading the corresponding user profile of the user to whom the identified terminal device belongs; wherein the method further comprises a step of detecting a change in the periodically received data packets thereby detecting a stop of the data traffic received from the first terminal device ; and wherein, if a stop of the data traffic received from the first terminal device is detected by the IP telephone , then the IP telephone proceeds according to a preselected option from a number of options comprising activating a default user profile, activating an emergency calls only mode, or maintaining the activated user profile.
A balance having a load change device, wherein the load change device has a magazine table which is mounted so as to be horizontally movable and has a plurality of vertical openings arranged in groups, and the balance has a weighing cell and a load receptacle having a carrier arrangement corresponding to each group of openings in the magazine table, and wherein the magazine table and the balance are height-adjustable relative to one another, with the result that a group of openings in the magazine table positioned above the load receptacle in a weighing position is penetrated by the carrier arrangement of the load receptacle , and the carrier arrangement of the load receptacle is positioned lower than the vertical openings in the magazine table in a changing position, characterized in that the magazine table is mounted at a fixed height relative to a base , and the balance is height-adjustable relative to the base , wherein the travel of the balance is upwardly limited by a stop which is at a fixed height relative to the base .
Drilling machine of the single-pass type comprising: - a guide tower ; - a string of drilling rods ; - an extension element having an upper end and a lower end, said lower end being coupled with an upper end of said string of drilling rods ; - a rotary head slidably coupled with said guide tower , said rotary head and said extension element being mutually slidable and arranged to couple with each other in an upper end stop position in which said rotary head is coupled with said extension element substantially at said upper end of said extension element , and in at least one locking position in which said rotary head is coupled with said extension element at a lower position with respect to said upper end stop position; - a detection system configured to detect the reaching of said at least one locking position by detecting at least the mutual axial position of said extension element and of said rotary head , said detection system also comprising an associated electronic processing and control unit configured to generate a warning signal for the operator when one of said locking positions is detected. - a guide tower ; - a string of drilling rods ; - an extension element having an upper end and a lower end, said lower end being coupled with an upper end of said string of drilling rods ; - a rotary head slidably coupled with said guide tower , said rotary head and said extension element being mutually slidable and arranged to couple with each other in an upper end stop position in which said rotary head is coupled with said extension element substantially at said upper end of said extension element , and in at least one locking position in which said rotary head is coupled with said extension element at a lower position with respect to said upper end stop position; - a detection system configured to detect the reaching of said at least one locking position by detecting at least the mutual axial position of said extension element and of said rotary head , said detection system also comprising an associated electronic processing and control unit configured to generate a warning signal for the operator when one of said locking positions is detected.
A device for managing event information of a calendar in a wireless terminal, the device comprising: a displaying unit ; an input unit ; a transceiver ; and a controller , characterized in that the controller is configured to: control the displaying unit to display at least one identifier which indicates that at least one registered event information is registered within a display area of a date on a month view of the calendar, the at least one registered event information being one of a variety of event information, and to display on the month view a numeral and an icon corresponding to the numeral, wherein the numeral indicates a number of times of registration of the registered event information displayed in the month view and the icon distinguishes the at least one registered event information from other event information of the variety of event information; attach a file to an electronic mail, the file including selected event information in response to a user request for sending the selected event information to an another device; and control the transceiver to send the electronic mail with the attached file to the another device. a displaying unit ; an input unit ; a transceiver ; and a controller , characterized in that the controller is configured to: control the displaying unit to display at least one identifier which indicates that at least one registered event information is registered within a display area of a date on a month view of the calendar, the at least one registered event information being one of a variety of event information, and to display on the month view a numeral and an icon corresponding to the numeral, wherein the numeral indicates a number of times of registration of the registered event information displayed in the month view and the icon distinguishes the at least one registered event information from other event information of the variety of event information; attach a file to an electronic mail, the file including selected event information in response to a user request for sending the selected event information to an another device; and control the transceiver to send the electronic mail with the attached file to the another device. control the displaying unit to display at least one identifier which indicates that at least one registered event information is registered within a display area of a date on a month view of the calendar, the at least one registered event information being one of a variety of event information, and to display on the month view a numeral and an icon corresponding to the numeral, wherein the numeral indicates a number of times of registration of the registered event information displayed in the month view and the icon distinguishes the at least one registered event information from other event information of the variety of event information; attach a file to an electronic mail, the file including selected event information in response to a user request for sending the selected event information to an another device; and control the transceiver to send the electronic mail with the attached file to the another device.
An in-cell touch screen, comprising: an opposite substrate and an array substrate disposed oppositely; wherein a touch electrode pattern is disposed on a side of the opposite substrate , which side faces the array substrate ; a data line and a gate line are disposed on a side of the array substrate , which side faces the opposite substrate , the data line and the gate line intercross and are mutually insulated from each other; characterized in that a common electrode layer is disposed above a layer where the gate line and the data line are located; an orthographic projection of the common electrode layer on the array substrate covers orthographic projections of the gate line and the data line on the array substrate , wherein a feedback compensation circuit for providing a common electrode signal to the common electrode layer is further disposed on the array substrate ; the feedback compensation circuit comprises: a first operational amplifier, a second operational amplifier, a first resistor, a second resistor and a filtering capacitor, wherein a positive input terminal of the first operational amplifier is connected to a common electrode signal standard voltage providing terminal, a negative input terminal thereof is connected to an end of the first resistor, an output terminal thereof is connected to a common electrode signal input terminal; the second resistor is connected in parallel between the negative input terminal and the output terminal of the first operational amplifier; a positive input terminal of the second operational amplifier is connected to a common electrode signal feedback terminal of the common electrode layer , a negative input terminal thereof is connected to an output end thereof, and the output terminal is connected to the other end of the first resistor through the filtering capacitor, wherein resistance values of the first resistor R1 and the second resistor R2 meet the following relationship: R 1 R 2 = − Vcom _ feed − Vcom _ standard Vcom _ input − Vcom _ standard where "Vcom_feedback" refers to a voltage value of a common electrode signal feedback terminal received by the positive terminal of the second operational amplifier, "Vcom_input" refers to a voltage value applied by the output terminal of the first operational amplifier to the common electrode signal input terminals, and "Vcom_standard" refers to a voltage value of the common electrode signal standard voltage providing terminal received by the positive terminal of the first operational amplifier.
Sander machine for sanding at least one panel (P), comprising an operative station which is provided with an inlet and an outlet which is placed downstream from said inlet ; at least one transporting member for transporting, in use, said at least one panel (P), according to a transporting speed, from said inlet to said outlet according to a predetermined advancing direction (F); at least one rotating abrasive member for sanding said at least one panel (P) placed on said at least one transporting member , said at least one rotating abrasive member being rotatable in the same direction as said predetermined advancing direction (F) and placed above said at least one transporting member between said inlet and said outlet ; said sander machine being characterized in that it comprises a braking device comprising in turn a rolling member which is able to roll on said at least one panel (P) and arranged facing said outlet and above said at least one transporting member between said at least one rotating abrasive member and said outlet ; and a braking member which is connected with said rolling member and able to slow down the rolling of said rolling member such as to brake an advancing movement of said at least one panel (P). an operative station which is provided with an inlet and an outlet which is placed downstream from said inlet ; at least one transporting member for transporting, in use, said at least one panel (P), according to a transporting speed, from said inlet to said outlet according to a predetermined advancing direction (F); at least one rotating abrasive member for sanding said at least one panel (P) placed on said at least one transporting member , said at least one rotating abrasive member being rotatable in the same direction as said predetermined advancing direction (F) and placed above said at least one transporting member between said inlet and said outlet ; said sander machine being characterized in that it comprises a braking device comprising in turn a rolling member which is able to roll on said at least one panel (P) and arranged facing said outlet and above said at least one transporting member between said at least one rotating abrasive member and said outlet ; and a braking member which is connected with said rolling member and able to slow down the rolling of said rolling member such as to brake an advancing movement of said at least one panel (P).
Rolling boot that has a first fastening region , a second fastening region , a transition region adjacent to the first fastening region , and an adjoining membrane region comprising a first membrane subsection and a second membrane subsection , which are connected to each other via a rounding part , characterized in that at least one circumferential reinforcement rib is located on the outer surface of the transition region and numerous supporting ribs are located between reinforcement rib and the first subsection of the membrane region , and wherein said transition region comprises the reinforcement rib and a wall part , on which the reinforcement rib is arranged, wherein the wall part directly adjoins the first subsection of the membrane region .
A method of decoding a two-dimension point cloud from a bit stream , said method comprising: - decoding , from the bit stream, a frame of pixels and a matrix of two-dimension coordinates in said frame representative of an unfolded grid obtained by mapping a regular grid according to a dense mapping operator which minimizes the number of unused pixels of the frame for said two-dimension point cloud; - determining an un-mapping operator as a piecewise bilinear interpolator parametrized with said matrix ; and - decoding the point cloud by applying said un-mapping operator to said frame . - decoding , from the bit stream, a frame of pixels and a matrix of two-dimension coordinates in said frame representative of an unfolded grid obtained by mapping a regular grid according to a dense mapping operator which minimizes the number of unused pixels of the frame for said two-dimension point cloud; - determining an un-mapping operator as a piecewise bilinear interpolator parametrized with said matrix ; and - decoding the point cloud by applying said un-mapping operator to said frame .
An agricultural vehicle combination having a traction vehicle , in particular a tractor, and at least one trailer which can be coupled to or is coupled to the traction vehicle , wherein the at least one trailer has a respective trailer braking system , wherein the traction vehicle , which has a propulsion unit, has a traction vehicle braking system and wherein the agricultural vehicle combination has a control device for controlling and/or regulating at least one of the braking systems , characterized in that the control device is configured to automatically set at least one of the braking systems of the agricultural vehicle combination as a function of at least one status parameter and/or operational parameter of the agricultural vehicle combination , wherein the control device is configured to adjust the braking characteristics of the agricultural vehicle in a manner such that with a vehicle combination having exactly one trailer , the brakes on the trailer side respond sooner and with more power than the brakes on the traction vehicle side, and/or with a vehicle combination having more than one trailer , the brakes of all of the trailers in turn respond sooner and with more power than the brakes on the traction vehicle side.
Device for closing openings of buildings, comprising: a rail guide ; a slide , which is formed for displaceably guiding a first sliding wall and which is formed horizontally displaceable along the rail guide ; a tappet for horizontally force-transmitting entrainment of a second sliding wall , which is displaceable in parallel along the rail guide; and a retaining device for retaining the slide in a predetermined position along the rail guide , the tappet being formed as an actuation part, movable vertically relative to the slide , of the retaining device . a rail guide ; a slide , which is formed for displaceably guiding a first sliding wall and which is formed horizontally displaceable along the rail guide ; a tappet for horizontally force-transmitting entrainment of a second sliding wall , which is displaceable in parallel along the rail guide; and a retaining device for retaining the slide in a predetermined position along the rail guide , the tappet being formed as an actuation part, movable vertically relative to the slide , of the retaining device .
Holding device for adjusting a projectile , in particular a missile, in a launching tube , said holding device comprising: a receiving device and a parallelogram having a longitudinal component that extends parallel to the receiving device , wherein a pin is arranged on the longitudinal component, the pin can be adjusted in a recess of the projectile and said recess extends in a transverse direction, and the pin can be lowered into the receiving device during a discharge of the projectile by means of the parallelogram , wherein the receiving device comprises a latching device and it is possible by means of said latching device to fix the parallelogram after the lowering procedure, characterised in that the latching device is embodied as a snap-in device having a shaft on one end face of the receiving device or as a resilient hook on the end face of the receiving device and that the resilient hook or the snap-in device hooks on an upper edge of the longitudinal component for fixing the parallelogram . a receiving device and a parallelogram having a longitudinal component that extends parallel to the receiving device , wherein a pin is arranged on the longitudinal component, the pin can be adjusted in a recess of the projectile and said recess extends in a transverse direction, and the pin can be lowered into the receiving device during a discharge of the projectile by means of the parallelogram , wherein the receiving device comprises a latching device and it is possible by means of said latching device to fix the parallelogram after the lowering procedure, characterised in that the latching device is embodied as a snap-in device having a shaft on one end face of the receiving device or as a resilient hook on the end face of the receiving device and that the resilient hook or the snap-in device hooks on an upper edge of the longitudinal component for fixing the parallelogram .
A computer-implemented method of machine learning-augmented geophysical inversion , comprising: obtaining measured data for a subsurface region ; obtaining prior subsurface data for the subsurface region ; training an autoencoder with the measured data to learn data space representations and generate a data space encoder ; training the autoencoder with the prior subsurface data to learn model space representations and generate a model space decoder ; forming an augmented forward model with the model space decoder, the data space encoder, and a physics-based forward model ; solving an inversion problem with the augmented forward model to generate an inversion solution comprising a proposed geophysical model; and generating an image of the proposed geophysical model. obtaining measured data for a subsurface region ; obtaining prior subsurface data for the subsurface region ; training an autoencoder with the measured data to learn data space representations and generate a data space encoder ; training the autoencoder with the prior subsurface data to learn model space representations and generate a model space decoder ; forming an augmented forward model with the model space decoder, the data space encoder, and a physics-based forward model ; solving an inversion problem with the augmented forward model to generate an inversion solution comprising a proposed geophysical model; and generating an image of the proposed geophysical model.