mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for preparing and dispensing espresso coffee comprising: a water supply ; a dispensing group and a corresponding coffee boiler containing water under pressure; a heater device for heating the water in the coffee boiler ; a temperature sensor for measuring the temperature of the water in the coffee boiler ; a processor connected to said temperature sensor and configured to drive said heater device so that said water in the coffee boiler is at a set reference temperature (Trif, Trif_new), wherein said processor comprises a feedback system (PID); characterized in that , the value of said set reference temperature (Trif, Trif_new) is varied as a function of a first parameter which is a function of the time elapsed from a machine operating cycle or a frequency of use of the machine within a time interval. a water supply ; a dispensing group and a corresponding coffee boiler containing water under pressure; a heater device for heating the water in the coffee boiler ; a temperature sensor for measuring the temperature of the water in the coffee boiler ; a processor connected to said temperature sensor and configured to drive said heater device so that said water in the coffee boiler is at a set reference temperature (Trif, Trif_new), wherein said processor comprises a feedback system (PID); characterized in that , the value of said set reference temperature (Trif, Trif_new) is varied as a function of a first parameter which is a function of the time elapsed from a machine operating cycle or a frequency of use of the machine within a time interval.
Fastening device for attaching a strand-shaped element like a rope or cable to a stationary holding means , said device comprising a tubular receiving body which comprises a first outer surface that extends in a circumferential direction around a longitudinal axis of the receiving body , a first slit-shaped opening that extends in the direction of the longitudinal axis and a first receiving space that extends in the direction of the longitudinal axis for inserting and receiving a strand-shaped element , and said device comprising a base body which comprises a second outer surface , which extends in a circumferential direction around a longitudinal axis of the base body , for insertion into a holding seat of the holding means , a second receiving space that extends in the direction of the longitudinal axis for inserting and holding the receiving body and a second slit-shaped opening which extends in the direction of the longitudinal axis and through which the receiving body can be inserted into the second receiving space , it being possible, in a receiving state in which the receiving body has been inserted into the second receiving space of the base body , to rotate the receiving body relative to the base body about an axis of rotation that extends in the direction of the longitudinal axes , characterised in that the receiving body is provided with a tool attachment portion for cooperation with a tool for causing a rotation about the axis of rotation.
Mounting unit for the fixation of a pipe, preferably of a drainage pipe and for the power supply of a sanitary article, preferably of a toilet or a shower toilet, comprising an electric socket for the power supply of the sanitary article, and a fastening means , preferably a pipe clamp, for fastening the pipe, wherein the electric socket is fastenable on a mounting frame for the sanitary article, wherein the fastening means is arranged on the electric socket, and wherein the electric socket comprises a fastening structure and wherein the fastening means comprises a fastening structure formed in a complementary manner thereto, wherein the fastening means , via its fastening structure , is supportable on the electric socket , and is horizontally displaceable with respect to the electric socket , characterized in that the fastening structure of the fastening means as well as the fastening structure of the electric socket each comprise, at least section-wise, an inner thread (37; 425), and are connectable with each other via a connecting means with an external thread , preferably a screw, wherein a rotation of the connecting means about a rotation axis (D) causes a translational movement of the fastening means in a horizontal direction (H). wherein the electric socket comprises a fastening structure and wherein the fastening means comprises a fastening structure formed in a complementary manner thereto, wherein the fastening means , via its fastening structure , is supportable on the electric socket , and is horizontally displaceable with respect to the electric socket , characterized in that the fastening structure of the fastening means as well as the fastening structure of the electric socket each comprise, at least section-wise, an inner thread (37; 425), and are connectable with each other via a connecting means with an external thread , preferably a screw, wherein a rotation of the connecting means about a rotation axis (D) causes a translational movement of the fastening means in a horizontal direction (H).
A HEMT device comprising: a substrate , a buffer layer , a channel layer and a barrier layer ; a source , a gate and a drain disposed on the barrier layer ; a void in the buffer layer and substrate ; the void being limited to below an active region between the gate and the drain ; a back gate metal layer disposed on an underside of the substrate as well as on the underside of the channel layer and on the edges of the buffer layer exposed by said void ; the source being electrically connected to the back gate metal layer . a substrate , a buffer layer , a channel layer and a barrier layer ; a source , a gate and a drain disposed on the barrier layer ; a void in the buffer layer and substrate ; the void being limited to below an active region between the gate and the drain ; a back gate metal layer disposed on an underside of the substrate as well as on the underside of the channel layer and on the edges of the buffer layer exposed by said void ; the source being electrically connected to the back gate metal layer .
A submerged combustion melting system comprising: a submerged combustion melter having a housing that defines a melting chamber , the housing having a length (L) extending along a longitudinal axis (A), a width (W), and a height (H), wherein the length (L) is greater than the width (W); and a plurality of vibration damping devices operatively coupled to the housing to damp the vibration of the melter during operation, wherein at least one of the plurality of vibration damping devices is arranged to apply a damping force parallel to the length of the housing and at least another one of the plurality of vibration damping devices is arranged to apply a damping force perpendicular to the length of the housing, wherein a majority of the plurality of vibration damping devices extend in a direction traverse to the longitudinal axis. a submerged combustion melter having a housing that defines a melting chamber , the housing having a length (L) extending along a longitudinal axis (A), a width (W), and a height (H), wherein the length (L) is greater than the width (W); and a plurality of vibration damping devices operatively coupled to the housing to damp the vibration of the melter during operation, wherein at least one of the plurality of vibration damping devices is arranged to apply a damping force parallel to the length of the housing and at least another one of the plurality of vibration damping devices is arranged to apply a damping force perpendicular to the length of the housing, wherein a majority of the plurality of vibration damping devices extend in a direction traverse to the longitudinal axis.
A system for displaying information from a mobile computer comprising: a screen mounted on a vehicle , the screen being a transparent screen, the screen being viewable from inside the vehicle and from outside the vehicle ; means for projecting images from a mobile computer onto the screen ; means to determine a driver of the vehicle's position with respect to the vehicle ; means to adjust the orientation of the images on the screen based upon the position of the driver ; the means to determine a driver of the vehicle's position with respect to the vehicle and the means to adjust the orientation of the images on the screen based upon the position of the driver being communicatively linked to the mobile computer ; and the system being configured to reverse the orientation of the images on the screen based upon the driver being in front of the vehicle . a screen mounted on a vehicle , the screen being a transparent screen, the screen being viewable from inside the vehicle and from outside the vehicle ; means for projecting images from a mobile computer onto the screen ; means to determine a driver of the vehicle's position with respect to the vehicle ; means to adjust the orientation of the images on the screen based upon the position of the driver ; the means to determine a driver of the vehicle's position with respect to the vehicle and the means to adjust the orientation of the images on the screen based upon the position of the driver being communicatively linked to the mobile computer ; and the system being configured to reverse the orientation of the images on the screen based upon the driver being in front of the vehicle .
Anchoring system for solid supporting grounds of all kinds, having an anchor bore in the supporting ground and an anchor rod of a shape memory alloy (SMA) of polymorphic and polycrystalline structure inserted in the anchor bore , which can be brought from its martensitic state to its austenitic state by increasing its temperature, the space between anchor rod and the wall of the anchor bore being completely filled with a heat-resistant, hardenable filling compound , one end of the anchor rod being enclosed by the supporting ground, and its other end protruding from the anchor bore , wherein heat can be introduced at the protruding end for transferring the shape memory alloy into the austenitic state, whereby the anchor rod can be linearly prestressed over its entire enclosed length within the hardened filler mass , wherein by means of a threaded nut and an abutment plate , which is placed on the outer wall around the anchor bore , the prestressing of the anchor rod can be applied to the outer wall.
A head-mounted device , comprising: a head-mounted support structure ; a display that is supported by the head-mounted support structure and that is configured to display an image; a camera module comprising an image sensor that is configured to capture the image based on incident light from real-world objects and a lens that is interposed in an optical path of the incident light, wherein the lens is configured to output light with varying angular resolution providing a distortion of incoming light to optically stretch a selected portion of the captured scene over a larger pixel area than if the light was not distorted; a gaze-tracking system that is configured to obtain point of gaze information; and control circuitry that is configured to position the lens based on the point of gaze information. a head-mounted support structure ; a display that is supported by the head-mounted support structure and that is configured to display an image; a camera module comprising an image sensor that is configured to capture the image based on incident light from real-world objects and a lens that is interposed in an optical path of the incident light, wherein the lens is configured to output light with varying angular resolution providing a distortion of incoming light to optically stretch a selected portion of the captured scene over a larger pixel area than if the light was not distorted; a gaze-tracking system that is configured to obtain point of gaze information; and control circuitry that is configured to position the lens based on the point of gaze information.
A user terminal device , comprising; a display ; an input unit configured to receive a user input; a storage configured to store a home screen image comprising an object ; and a controller configured to control the display to display the home screen image comprising the object , wherein the object is drawn by the user; and the controller is further configured to: recognize, automatically, a plurality of closed curves of the object , classify, automatically, the object into a plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) based on the recognized plurality of closed curves; match each of a plurality of control operations with a different part of the object respectively based on user input, and in response to one part from the plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) being selected, perform a control operation matched with the selected part from among the plurality of control operations . a display ; an input unit configured to receive a user input; a storage configured to store a home screen image comprising an object ; and a controller configured to control the display to display the home screen image comprising the object , wherein the object is drawn by the user; and the controller is further configured to: recognize, automatically, a plurality of closed curves of the object , classify, automatically, the object into a plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) based on the recognized plurality of closed curves; match each of a plurality of control operations with a different part of the object respectively based on user input, and in response to one part from the plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) being selected, perform a control operation matched with the selected part from among the plurality of control operations . recognize, automatically, a plurality of closed curves of the object , classify, automatically, the object into a plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) based on the recognized plurality of closed curves; match each of a plurality of control operations with a different part of the object respectively based on user input, and in response to one part from the plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) being selected, perform a control operation matched with the selected part from among the plurality of control operations .
A protective contact socket comprising a base having electrical plug-in contacts , a grounding hoop which is fastened to the base and which has a base and at least one grounding contact connected to the base , and a cover which is provided with a socket cup and which has at least one slot through which the grounding contact projects into the socket cup , wherein an outer end of the grounding contact is arranged outside the socket cup , the grounding contact has a transverse web at its outer end and the base or a component fixedly connected to the base forms at least one abutment for the transverse web , characterized in that the abutment blocks the transverse web in the direction (K) of a plug-in direction of the socket .
Module for isolating vibrations from a substrate processing apparatus such as a lithographic apparatus or inspection apparatus, the module comprising: - a support frame ; - an intermediate body connected to the support frame by means of at least one spring element such that the intermediate body is a hanging body; - a support body , which, when said module is in use, carries a column of said substrate processing apparatus, the support body being connected to the intermediate body by means of at least one pendulum rod such that the support body is a hanging body; - wherein the at least one pendulum rod is provided with a flexure point, characterized in that - the intermediate body is connected to the support frame by three spring elements, - each spring element being a leaf spring comprising at least two substantially parallel elongated plates , and - each leaf spring comprising a damping element positioned between the plates. - a support frame ; - an intermediate body connected to the support frame by means of at least one spring element such that the intermediate body is a hanging body; - a support body , which, when said module is in use, carries a column of said substrate processing apparatus, the support body being connected to the intermediate body by means of at least one pendulum rod such that the support body is a hanging body; - wherein the at least one pendulum rod is provided with a flexure point, characterized in that - the intermediate body is connected to the support frame by three spring elements, - each spring element being a leaf spring comprising at least two substantially parallel elongated plates , and - each leaf spring comprising a damping element positioned between the plates.
A device for delivering a supply of gases to a user comprising: a patient interface, in use in fluid communication with said supply of gases and supplying said gases to said user, wherein said patient interface is a mask , said mask comprising a mask body ; and an outlet vent comprising a slot formed in the mask body and a cover integrated with or attached to said mask body and extending over said slot , characterised in that said cover comprises a top edge and a bottom edge, said bottom edge being shorter in length than said top edge, such that the width of the cover increases from the bottom edge to the top edge, and wherein the boundary between said cover and said mask body forms said outlet vent that, in use, passes a substantial portion of the expired gases of said user and wherein the separation between said mask body and said cover increases to the top edge of said cover in order to diffuse said exhaled gases. a patient interface, in use in fluid communication with said supply of gases and supplying said gases to said user, wherein said patient interface is a mask , said mask comprising a mask body ; and an outlet vent comprising a slot formed in the mask body and a cover integrated with or attached to said mask body and extending over said slot , characterised in that said cover comprises a top edge and a bottom edge, said bottom edge being shorter in length than said top edge, such that the width of the cover increases from the bottom edge to the top edge, and wherein the boundary between said cover and said mask body forms said outlet vent that, in use, passes a substantial portion of the expired gases of said user and wherein the separation between said mask body and said cover increases to the top edge of said cover in order to diffuse said exhaled gases.
A terminal comprising: a reception section configured to receive a first parameter, wherein a range of possible values of the first parameter cannot cover a range of transmit power in a frequency band; and a control section configured to control uplink transmit power in the frequency band based on a second parameter, wherein the second parameter is an upper limit value of a transmit power for the frequency band, the second parameter is calculated based on the first parameter, and a range of possible values of the second parameter is wider than the range of possible values of the first parameter. a reception section configured to receive a first parameter, wherein a range of possible values of the first parameter cannot cover a range of transmit power in a frequency band; and a control section configured to control uplink transmit power in the frequency band based on a second parameter, wherein the second parameter is an upper limit value of a transmit power for the frequency band, the second parameter is calculated based on the first parameter, and a range of possible values of the second parameter is wider than the range of possible values of the first parameter.
A brake lining which is adapted to be provided to a disc brake for a railway vehicle using a floating brake caliper, the floating brake caliper including caliper arms each striding over a brake disc fixed to a wheel or an axle of the railway vehicle; the brake lining held by each of the caliper arms ; and a pressing drive source provided only on one of the caliper arms each holding the brake lining , wherein the brake lining adapted to be held by the caliper arm on a side on which the pressing drive source is not provided, the brake lining comprises: a friction member adapted to face a frictional surface of the brake disc ; a base plate holding the friction member on a front surface ; and a guide plate adapted to be accommodated in a concave portion of the caliper arm , on the side adapted to be the side on which the pressing drive source is not provided, the front surface of the base plate is in parallel to a frictional surface of the friction member , a thickness of the base plate is larger on a side adapted to correspond to an inner circumferential side of the brake disc than on a side adapted to correspond to an outer circumferential side of the brake disc , and a thickness of the guide plate is adapted to be smaller than a depth of the concave portion of the caliper arm , and on the side adapted to be the side on which the pressing drive source is not provided, in a state in which the frictional surface of the friction member is adapted to face the frictional surface of the brake disc in parallel, the guide plate is adapted to be fitted, with play, into the concave portion of the caliper arm , characterized in that said guide plate is fixedly provided at center of a back surface of the base plate . a friction member adapted to face a frictional surface of the brake disc ; a base plate holding the friction member on a front surface ; and a guide plate adapted to be accommodated in a concave portion of the caliper arm , on the side adapted to be the side on which the pressing drive source is not provided, the front surface of the base plate is in parallel to a frictional surface of the friction member , a thickness of the base plate is larger on a side adapted to correspond to an inner circumferential side of the brake disc than on a side adapted to correspond to an outer circumferential side of the brake disc , and a thickness of the guide plate is adapted to be smaller than a depth of the concave portion of the caliper arm , and on the side adapted to be the side on which the pressing drive source is not provided, in a state in which the frictional surface of the friction member is adapted to face the frictional surface of the brake disc in parallel, the guide plate is adapted to be fitted, with play, into the concave portion of the caliper arm , characterized in that said guide plate is fixedly provided at center of a back surface of the base plate .
A power converter system comprising: an LC oscillator circuit ; an oscillator drive circuit for driving said LC oscillator circuit, wherein the oscillator drive circuit includes two pairs of cross-coupled positive feedback switches ; a micro-transformer including a primary winding that includes the inductance of said LC oscillator circuit; a switching circuit arranged to selectively enable and disable the oscillator drive circuit, thereby controlling the duty cycle of said oscillator drive circuit to modulate the power in said LC oscillator circuit to a secondary winding of said micro-transformer; and a rectifier circuit coupled to said secondary winding of said micro-transformer. an LC oscillator circuit ; an oscillator drive circuit for driving said LC oscillator circuit, wherein the oscillator drive circuit includes two pairs of cross-coupled positive feedback switches ; a micro-transformer including a primary winding that includes the inductance of said LC oscillator circuit; a switching circuit arranged to selectively enable and disable the oscillator drive circuit, thereby controlling the duty cycle of said oscillator drive circuit to modulate the power in said LC oscillator circuit to a secondary winding of said micro-transformer; and a rectifier circuit coupled to said secondary winding of said micro-transformer.