mhurhangee/patent-ind-claim-en huggingface dataset:
A hand-held mobile device operable in either a normal mode and a power saving mode, the mobile device comprising: a display comprising a power save mode display , wherein in the normal mode the display is used and in the power saving mode the power save mode display is used; at least one processor and a memory storing at least a first application program instruction and a second application program instruction that are configured in use to, when executed, request via the first application program display of first content in the power save mode display in a first display time period; wherein the mobile device either transitions from the normal mode to power save mode; or stays in power save mode and the first content is displayed in the power save mode display ; execute during the first display time period, via the second application program a request to display a second content for a second display time period, wherein the second content has a higher display priority than the first content and the second content is displayed instead of the first content, replace the second content with the first content when the second time period ends. a display comprising a power save mode display , wherein in the normal mode the display is used and in the power saving mode the power save mode display is used; at least one processor and a memory storing at least a first application program instruction and a second application program instruction that are configured in use to, when executed, request via the first application program display of first content in the power save mode display in a first display time period; wherein the mobile device either transitions from the normal mode to power save mode; or stays in power save mode and the first content is displayed in the power save mode display ; execute during the first display time period, via the second application program a request to display a second content for a second display time period, wherein the second content has a higher display priority than the first content and the second content is displayed instead of the first content, replace the second content with the first content when the second time period ends. request via the first application program display of first content in the power save mode display in a first display time period; wherein the mobile device either transitions from the normal mode to power save mode; or stays in power save mode and the first content is displayed in the power save mode display ; execute during the first display time period, via the second application program a request to display a second content for a second display time period, wherein the second content has a higher display priority than the first content and the second content is displayed instead of the first content, replace the second content with the first content when the second time period ends.
Chair (1; 201; 401; 601) including a subframe (2; 202; 402; 602), a seat element (3; 203; 403), a back element (4; 204; 404), a spring mechanism (5; 205; 505; 605) and an adjustment device (6; 206; 406; 606), - wherein the spring mechanism (5; 205; 505; 605) includes a leaf spring (9, 10; 209, 210; 409, 410; 609) which is clamped on one side in the subframe (2; 202; 402; 602) and a support (13, 14; 213, 214; 413, 414; 613) which is movable on a track (15, 16; 215, 216; 415, 416; 615) between the leaf spring (9, 10; 209, 210; 409, 410; 609) and the subframe (2; 202; 402; 602), - wherein the adjustment device (6; 206; 406; 606) includes an adjustment member (102; 302; 502; 602) and a transmission means (103; 303; 503; 603), - in that a movement of the adjustment member (102; 302; 502; 602) is translated into a movement of the support (13, 14; 213, 214; 413, 414; 613) at a transmission ratio of between 1:0.5 and 1:4, characterized in that - the adjustment member (102; 302; 502; 602) is realized as a shaft or linear guide means (304; 651a) and the chair (1; 201; 401; 601) includes a drive (21; 221; 421; 621) for moving the adjustment member (102; 302; 502; 602) and in that the transmission means (103; 303; 503; 603) includes a rod assembly and/or a Bowden cable (105; 305; 505; 653) and/or a gear unit, wherein the transmission means (103; 303; 503; 603) is connected to the support (13, 14; 213, 214; 413, 414; 613) and wherein the transmission means (103; 303; 503; 603) is connected to the adjustment member (102; 302; 502; 602), and in that the drive (21; 221; 621) is realized as a manual drive (21; 221; 621) and includes a slider (228; 651b) or a rotary knob . - wherein the spring mechanism (5; 205; 505; 605) includes a leaf spring (9, 10; 209, 210; 409, 410; 609) which is clamped on one side in the subframe (2; 202; 402; 602) and a support (13, 14; 213, 214; 413, 414; 613) which is movable on a track (15, 16; 215, 216; 415, 416; 615) between the leaf spring (9, 10; 209, 210; 409, 410; 609) and the subframe (2; 202; 402; 602), - wherein the adjustment device (6; 206; 406; 606) includes an adjustment member (102; 302; 502; 602) and a transmission means (103; 303; 503; 603), - in that a movement of the adjustment member (102; 302; 502; 602) is translated into a movement of the support (13, 14; 213, 214; 413, 414; 613) at a transmission ratio of between 1:0.5 and 1:4, characterized in that - the adjustment member (102; 302; 502; 602) is realized as a shaft or linear guide means (304; 651a) and the chair (1; 201; 401; 601) includes a drive (21; 221; 421; 621) for moving the adjustment member (102; 302; 502; 602) and in that the transmission means (103; 303; 503; 603) includes a rod assembly and/or a Bowden cable (105; 305; 505; 653) and/or a gear unit, wherein the transmission means (103; 303; 503; 603) is connected to the support (13, 14; 213, 214; 413, 414; 613) and wherein the transmission means (103; 303; 503; 603) is connected to the adjustment member (102; 302; 502; 602), and in that the drive (21; 221; 621) is realized as a manual drive (21; 221; 621) and includes a slider (228; 651b) or a rotary knob .
Method for determining a predicted departure time of a user of a vehicle for automatically preconditioning the vehicle before a trip, the method comprising: determining, based on a user data set of the user of the vehicle indicative of a plurality of trips made by the user: - first data indicative of trip segment information, wherein the trip segment information includes one or more of a starting location, one or more waypoints along a route, and a destination location, - second data indicative of trip destinations, and - third data indicative of semantic trip properties, wherein the semantic trip properties include one or more of a trip categorization, trip parameters, and semantic properties of a respective start and/or destination of a trip, determining, based on the first, second, and third data: - fourth data indicative of destination arrival behavior, - fifth data indicative of a stay duration at a destination, and - sixth data indicative of a departure behavior, determining, based on the fourth, fifth, and sixth data, the predicted departure time of the user, and automatically preconditioning the vehicle based on the predicted departure time of the user, wherein the preconditioning includes heating, cooling or ventilation of an interior of the vehicle. determining, based on a user data set of the user of the vehicle indicative of a plurality of trips made by the user: - first data indicative of trip segment information, wherein the trip segment information includes one or more of a starting location, one or more waypoints along a route, and a destination location, - second data indicative of trip destinations, and - third data indicative of semantic trip properties, wherein the semantic trip properties include one or more of a trip categorization, trip parameters, and semantic properties of a respective start and/or destination of a trip, - first data indicative of trip segment information, wherein the trip segment information includes one or more of a starting location, one or more waypoints along a route, and a destination location, - second data indicative of trip destinations, and - third data indicative of semantic trip properties, wherein the semantic trip properties include one or more of a trip categorization, trip parameters, and semantic properties of a respective start and/or destination of a trip, determining, based on the first, second, and third data: - fourth data indicative of destination arrival behavior, - fifth data indicative of a stay duration at a destination, and - sixth data indicative of a departure behavior, - fourth data indicative of destination arrival behavior, - fifth data indicative of a stay duration at a destination, and - sixth data indicative of a departure behavior, determining, based on the fourth, fifth, and sixth data, the predicted departure time of the user, and automatically preconditioning the vehicle based on the predicted departure time of the user, wherein the preconditioning includes heating, cooling or ventilation of an interior of the vehicle.
Pre-stretching roller of an unwinding apparatus associable to a wrapping machine, comprising a main body elongated along a longitudinal central axis (X) and manufactured by an extrusion process, in particular of a metal alloy, and including: - a first tubular element having a cylindrical shape and defining an external cylindrical wall suitable for interacting with a film ; - a second tubular element internal to said first tubular element and having a first end provided with a first seat suitable for receiving and coupling with a driving shaft (31; 41) of driving means (35; 45) of said unwinding apparatus and an opposite second end provided with a second seat suitable for receiving and coupling with a supporting pin for fixing said pre-stretching roller to said unwinding apparatus ; - a plurality of longitudinal vanes , parallel to said central axis (X) and which connect said first tubular element to said second tubular element ; characterised in that said second tubular element comprises a plurality of longitudinal ribs , in particular parallel to said central axis (X), each longitudinal rib being connected to a respective longitudinal vane . - a first tubular element having a cylindrical shape and defining an external cylindrical wall suitable for interacting with a film ; - a second tubular element internal to said first tubular element and having a first end provided with a first seat suitable for receiving and coupling with a driving shaft (31; 41) of driving means (35; 45) of said unwinding apparatus and an opposite second end provided with a second seat suitable for receiving and coupling with a supporting pin for fixing said pre-stretching roller to said unwinding apparatus ; - a plurality of longitudinal vanes , parallel to said central axis (X) and which connect said first tubular element to said second tubular element ;
A power manager integrated circuit comprising: a first pin to supply power to a first power domain of an integrated circuit device ; a second pin to supply power to a second power domain of the integrated circuit device ; a switching regulator coupled to the first pin to provide a first regulated power supply to the first power domain and coupled to the second pin to provide a second regulated power supply to the second power domain ; a logic comprising a head controller coupled to the first pin and to the second pin to uphold current flow to the first pin while selectively reducing current flow to the second pin during a low power event; a first transistor including a first terminal connected to the first pin , a control terminal coupled to the head controller , and a second terminal connected to the second pin ; a second transistor arranged in parallel with the first transistor including a first terminal connected to the first pin , a control terminal coupled to the control terminal of the first transistor , and a second terminal connected to the second pin ; and wherein the head controller selectively deactivates the first transistor and the second transistor to shut off current flow to the second pin during the low power event. a first pin to supply power to a first power domain of an integrated circuit device ; a second pin to supply power to a second power domain of the integrated circuit device ; a switching regulator coupled to the first pin to provide a first regulated power supply to the first power domain and coupled to the second pin to provide a second regulated power supply to the second power domain ; a logic comprising a head controller coupled to the first pin and to the second pin to uphold current flow to the first pin while selectively reducing current flow to the second pin during a low power event; a first transistor including a first terminal connected to the first pin , a control terminal coupled to the head controller , and a second terminal connected to the second pin ; a second transistor arranged in parallel with the first transistor including a first terminal connected to the first pin , a control terminal coupled to the control terminal of the first transistor , and a second terminal connected to the second pin ; and wherein the head controller selectively deactivates the first transistor and the second transistor to shut off current flow to the second pin during the low power event.
Voltage waveform generator for a plasma assisted processing apparatus , comprising: a common node , a voltage waveform generation circuit operably connected to the common node and configured to apply a voltage signal (v CN ) at the common node , and a current source operably connected to the common node and configured to apply a DC current (ics) at the common node , wherein the current source comprises: a first switch node connected to the common node through a first inductor (Lcs), and a first power supply comprising at least two first voltage nodes (X, Y), connected to the first switch node , wherein the current source is operable to switch between the at least two first voltage nodes at the first switch node . a common node , a voltage waveform generation circuit operably connected to the common node and configured to apply a voltage signal (v CN ) at the common node , and a current source operably connected to the common node and configured to apply a DC current (ics) at the common node , a first switch node connected to the common node through a first inductor (Lcs), and a first power supply comprising at least two first voltage nodes (X, Y), connected to the first switch node ,
A clothes dryer comprising: a cabinet comprising a front panel ; a door coupled to the front panel ; a base disposed on a lower portion of the cabinet ; an evaporator provided on the base ; a condensate water tray disposed on the base and configured to receive water from the evaporator ; a water tank configured to be withdrawn forward of the front panel and configured to store water received in the condensate water tray ; and a cap configured to couple to the water tank , the cap comprising a closing member that is configured to move relative to the top surface part of the water tank , wherein the water tank comprises: a front surface part disposed vertically below the front panel of the cabinet ; a top surface part that extends rearward from an upper portion of the front surface part , the top surface part defining a water tank inlet configured to be coupled to the cap ; and a side surface part that extends rearward from each of both sides of the front surface part , characterized in that : the cap further comprises a cap body that defines a condensate water hole ; and wherein the closing member comprises a plurality of parts , each part having an eccentric weight distribution with a center of mass that is offset toward a side of the part. a cabinet comprising a front panel ; a door coupled to the front panel ; a base disposed on a lower portion of the cabinet ; an evaporator provided on the base ; a condensate water tray disposed on the base and configured to receive water from the evaporator ; a water tank configured to be withdrawn forward of the front panel and configured to store water received in the condensate water tray ; and a cap configured to couple to the water tank , the cap comprising a closing member that is configured to move relative to the top surface part of the water tank , wherein the water tank comprises: a front surface part disposed vertically below the front panel of the cabinet ; a top surface part that extends rearward from an upper portion of the front surface part , the top surface part defining a water tank inlet configured to be coupled to the cap ; and a side surface part that extends rearward from each of both sides of the front surface part , a front surface part disposed vertically below the front panel of the cabinet ; a top surface part that extends rearward from an upper portion of the front surface part , the top surface part defining a water tank inlet configured to be coupled to the cap ; and a side surface part that extends rearward from each of both sides of the front surface part , characterized in that : the cap further comprises a cap body that defines a condensate water hole ; and wherein the closing member comprises a plurality of parts , each part having an eccentric weight distribution with a center of mass that is offset toward a side of the part. the cap further comprises a cap body that defines a condensate water hole ; and wherein the closing member comprises a plurality of parts , each part having an eccentric weight distribution with a center of mass that is offset toward a side of the part.
An apparatus : for unstacking preformed products, for example packaging units, stacked in a stack , these products comprising for example planar parts and projecting parts which are all stacked onto and into each other in line, wherein the apparatus comprises a gripper with at least a single suction cup unit of flexible material for suction-engaging, from the stack , a single product at a planar product part thereof, wherein the suction cup unit comprises a suction cup mouth , with an opening surface which upon said engaging is substantially parallel to said planar part, and is connected with a suction tube which extends in a direction substantially perpendicular to said opening surface, wherein the apparatus furthermore comprises a planar plate , with an opening for said suction tube and/or suction cup unit , the opening being substantially perpendicular to said perpendicular direction, the product part upon said engaging being pulled against the plate , characterized in that the opening is a passage opening being situated at the location of said suction cup unit and having a circumference that is at least as great as the greatest circumference of the suction cup mouth , wherein the suction tube and the plate are coupled to each other via connecting means , wherein at least one of said connecting means comprises a position setting element with which the relative distance in said perpendicular direction between the plate and the opening surface of the suction mouth can be set. for unstacking preformed products, for example packaging units, stacked in a stack , these products comprising for example planar parts and projecting parts which are all stacked onto and into each other in line, wherein the apparatus comprises a gripper with at least a single suction cup unit of flexible material for suction-engaging, from the stack , a single product at a planar product part thereof, wherein the suction cup unit comprises a suction cup mouth , with an opening surface which upon said engaging is substantially parallel to said planar part, and is connected with a suction tube which extends in a direction substantially perpendicular to said opening surface, wherein the apparatus furthermore comprises a planar plate , with an opening for said suction tube and/or suction cup unit , the opening being substantially perpendicular to said perpendicular direction, the product part upon said engaging being pulled against the plate , characterized in that the opening is a passage opening being situated at the location of said suction cup unit and having a circumference that is at least as great as the greatest circumference of the suction cup mouth , wherein the suction tube and the plate are coupled to each other via connecting means , wherein at least one of said connecting means comprises a position setting element with which the relative distance in said perpendicular direction between the plate and the opening surface of the suction mouth can be set.
A method for disabling an alarm in an electronic device, the method comprising: when a powering-off event for the electronic device is detected, determining (S101) whether a condition for disabling a preset alarm in the electronic device is satisfied; characterized in that : when the condition for disabling the preset alarm in the electronic device is satisfied, disabling (S102) a preset clock in the electronic device, so that the preset alarm is disabled when the electronic device is in a powered-off state. when a powering-off event for the electronic device is detected, determining (S101) whether a condition for disabling a preset alarm in the electronic device is satisfied; characterized in that : when the condition for disabling the preset alarm in the electronic device is satisfied, disabling (S102) a preset clock in the electronic device, so that the preset alarm is disabled when the electronic device is in a powered-off state.
A semiconductor device, comprising: a substrate including a drift region , the drift region doped to a first conduction type; a trench in an upper surface of the substrate; a gate arranged along side walls of the trench; a gate oxide layer between the side walls of the trench and the gate and between a bottom surface of the trench and the gate, characterised by : a first source region in the upper surface of the substrate, the first source region being of the first conduction type; a second source region is partially present on the bottom surface of the trench , the second source region being of the first conduction type, wherein the gate overlaps an edge of the second source region , and the first source region faces an upper portion of a side surface of the gate ; a first well region between the first source region and the drift region; and a second well region between the second source region and the drift region, the first and second well regions doped to a second conduction type, the second conduction type being electrically opposite to the first conduction type; a drain electrode on a lower surface of the substrate; a source electrode on the substrate and in the trench so as to be electrically connected to the first and second source regions; and an interlayer insulating layer covering the gate and the gate oxide layer such that the gate and the gate oxide layer do not contact the source electrode. a substrate including a drift region , the drift region doped to a first conduction type; a trench in an upper surface of the substrate; a gate arranged along side walls of the trench; a gate oxide layer between the side walls of the trench and the gate and between a bottom surface of the trench and the gate, a first source region in the upper surface of the substrate, the first source region being of the first conduction type; a second source region is partially present on the bottom surface of the trench , the second source region being of the first conduction type, wherein the gate overlaps an edge of the second source region , and the first source region faces an upper portion of a side surface of the gate ; a first well region between the first source region and the drift region; and a second well region between the second source region and the drift region, the first and second well regions doped to a second conduction type, the second conduction type being electrically opposite to the first conduction type; a drain electrode on a lower surface of the substrate; a source electrode on the substrate and in the trench so as to be electrically connected to the first and second source regions; and an interlayer insulating layer covering the gate and the gate oxide layer such that the gate and the gate oxide layer do not contact the source electrode.