mhurhangee/ep-ind-claims huggingface dataset:
An abutment for a jaw implant with: - a fastening portion with a conical portion for fastening the abutment on the jaw implant; and - a bonding base which is laterally offset with respect to the fastening portion, for the bonding of a crown bonding body as the basis for a dental crown or for the bonding of a healing cap bonding body, - wherein the bonding base comprises a displacement portion for the lateral displacing of the bonding base with respect to the fastening portion, and a connection portion for connecting the displacement portion with the fastening portion, - wherein the bonding base between the displacement portion and the connection portion comprises a depression for transferring a laterally-acting force, - wherein the fastening portion comprises a screw channel with a conically tapering portion for fastening the abutment by means of a conical fastening screw, - wherein the abutment has an introduction channel for introducing a fastening screw and - wherein the axis of the introduction channel is laterally angled with respect to the axis of the screw channel. - a fastening portion with a conical portion for fastening the abutment on the jaw implant; and - a bonding base which is laterally offset with respect to the fastening portion, for the bonding of a crown bonding body as the basis for a dental crown or for the bonding of a healing cap bonding body, - wherein the bonding base comprises a displacement portion for the lateral displacing of the bonding base with respect to the fastening portion, and a connection portion for connecting the displacement portion with the fastening portion, - wherein the bonding base between the displacement portion and the connection portion comprises a depression for transferring a laterally-acting force, - wherein the fastening portion comprises a screw channel with a conically tapering portion for fastening the abutment by means of a conical fastening screw, - wherein the abutment has an introduction channel for introducing a fastening screw and - wherein the axis of the introduction channel is laterally angled with respect to the axis of the screw channel.
A data processing apparatus, comprising: rendering circuitry to render an image frame by plural successive rendering stages, each rendering stage having a respective initial rendering stage time allocation, in which each rendering stage is performed so as to obtain a different rendering effect for the rendered image frame; prediction circuitry to predict, in dependence upon rendering of at least one rendering stage of the plural successive rendering stages of a given image frame by the rendering circuitry, whether a total time period for rendering the given image frame by the rendering circuitry will exceed an associated image frame rendering time allocation for the given image frame; and allocation circuitry to vary the respective initial rendering stage time allocation for one or more rendering stages which are not yet completed in respect of the given image frame responsive to the prediction circuity, so as to shorten the total time period for rendering the given image frame by the rendering circuitry. rendering circuitry to render an image frame by plural successive rendering stages, each rendering stage having a respective initial rendering stage time allocation, in which each rendering stage is performed so as to obtain a different rendering effect for the rendered image frame; prediction circuitry to predict, in dependence upon rendering of at least one rendering stage of the plural successive rendering stages of a given image frame by the rendering circuitry, whether a total time period for rendering the given image frame by the rendering circuitry will exceed an associated image frame rendering time allocation for the given image frame; and allocation circuitry to vary the respective initial rendering stage time allocation for one or more rendering stages which are not yet completed in respect of the given image frame responsive to the prediction circuity, so as to shorten the total time period for rendering the given image frame by the rendering circuitry.
A method for changing operational modes of a mobile widget client in a wireless communication device, characterised by: activating a standard operational mode of the mobile widget client; determining memory availability on the wireless communication device; deactivating the standard operational mode of the mobile widget client based on the determination of the memory availability, wherein the determination of the memory availability comprises the memory availability being less than a first predetermined threshold; activating (2006, 2014) a low memory operational mode of the mobile widget client in response to deactivation of the standard operational mode of the mobile widget client; deactivating the low memory operational mode and re-activating the standard operational mode when memory availability is determined to justify the standard operational mode, wherein the memory availability determined to justify the standard operational mode comprises the memory availability being more than a second predetermined threshold, and wherein the memory availability at the second predetermined threshold is more than the memory availability at the first predetermined threshold, and wherein one or more standard operational mode mobile widget clients may be given priority, such that when the wireless device enters a low memory state the standard operational mode mobile widget clients with priority are allowed to remain in the standard operational mode. activating a standard operational mode of the mobile widget client; determining memory availability on the wireless communication device; deactivating the standard operational mode of the mobile widget client based on the determination of the memory availability, wherein the determination of the memory availability comprises the memory availability being less than a first predetermined threshold; activating (2006, 2014) a low memory operational mode of the mobile widget client in response to deactivation of the standard operational mode of the mobile widget client; deactivating the low memory operational mode and re-activating the standard operational mode when memory availability is determined to justify the standard operational mode, wherein the memory availability determined to justify the standard operational mode comprises the memory availability being more than a second predetermined threshold, and wherein the memory availability at the second predetermined threshold is more than the memory availability at the first predetermined threshold, and wherein one or more standard operational mode mobile widget clients may be given priority, such that when the wireless device enters a low memory state the standard operational mode mobile widget clients with priority are allowed to remain in the standard operational mode.
Spiral pump, comprising: - a support body; - at least one or more substantially rigid rotary parts that are rotatable relative to said support body, wherein said one or more rotary parts comprise at least one spiral fluid channel that has an inlet for receiving fluid arranged at or near the outer radial wall of said one or more rotary parts and an outlet for discharging fluid at an increased pressure at or near its rotary axis; - wherein a fluid passage, configured for passing fluid at the increased pressure from inside the one or more rigid rotary parts to outside the one or more rigid rotary parts, is arranged at or near the rotary axis; and - drive means for rotatably driving the one or more rotary parts; - wherein the spiral fluid channel is an integrated spiral fluid channel with a course integrated within the one or more substantially rigid rotary parts, characterized in that the one or more rotary parts comprise at least two substantially rigid sub parts opposite relative to the integrated spiral fluid channel, wherein two neighboring mating sub parts in an assembled state are directly connected and together enclose the fluid channel therebetween. - a support body; - at least one or more substantially rigid rotary parts that are rotatable relative to said support body, wherein said one or more rotary parts comprise at least one spiral fluid channel that has an inlet for receiving fluid arranged at or near the outer radial wall of said one or more rotary parts and an outlet for discharging fluid at an increased pressure at or near its rotary axis; - wherein a fluid passage, configured for passing fluid at the increased pressure from inside the one or more rigid rotary parts to outside the one or more rigid rotary parts, is arranged at or near the rotary axis; and - drive means for rotatably driving the one or more rotary parts; - wherein the spiral fluid channel is an integrated spiral fluid channel with a course integrated within the one or more substantially rigid rotary parts,
A liquid crystal display system comprising: a) a liquid crystal display panel comprising a viewing area; b) a first waveguide comprising at least one first light entry region, and a second waveguide comprising at least one second light entry region; c) a first light-emitting source comprising a first plurality of light emitting diodes (LEDs), wherein the first plurality of LEDs is arranged along at least one edge of the first waveguide and is positioned to emit light into the first waveguide at the at least one first light entry region; and d) a second light-emitting source comprising a second plurality of LEDs positioned within the viewing area and arranged directly behind pixels of the liquid crystal display panel to emit light into the at least one second light entry region to emit direct backlight onto the liquid crystal display panel; wherein the first light-emitting source and the second light-emitting source are arranged to light different portions of the liquid crystal display panel. a) a liquid crystal display panel comprising a viewing area; b) a first waveguide comprising at least one first light entry region, and a second waveguide comprising at least one second light entry region; c) a first light-emitting source comprising a first plurality of light emitting diodes (LEDs), wherein the first plurality of LEDs is arranged along at least one edge of the first waveguide and is positioned to emit light into the first waveguide at the at least one first light entry region; and d) a second light-emitting source comprising a second plurality of LEDs positioned within the viewing area and arranged directly behind pixels of the liquid crystal display panel to emit light into the at least one second light entry region to emit direct backlight onto the liquid crystal display panel;
A mobile terminal comprising: an input unit; a display unit; and a controller configured to: receive, from a user, a selection of a contact relating to an individual selected via the input unit, display the selected contact on the display unit, receive, from the user, a selection of a social networking website, selected via the input unit, while displaying the selected contact, and display a URL link corresponding to the selected social networking website on the display unit, wherein the selected contact is linked to the selected social networking website. an input unit; a display unit; and a controller configured to: receive, from a user, a selection of a contact relating to an individual selected via the input unit, display the selected contact on the display unit, receive, from the user, a selection of a social networking website, selected via the input unit, while displaying the selected contact, and display a URL link corresponding to the selected social networking website on the display unit, wherein the selected contact is linked to the selected social networking website. receive, from a user, a selection of a contact relating to an individual selected via the input unit, display the selected contact on the display unit, receive, from the user, a selection of a social networking website, selected via the input unit, while displaying the selected contact, and display a URL link corresponding to the selected social networking website on the display unit, wherein the selected contact is linked to the selected social networking website.
A control circuit configured to control an external transistor to switch from an off-state to an on-state; the control circuit comprising - a control pin configured to be coupled to a gate of the external transistor; - a high side control switch coupled to the control pin and configured to generate a pulsed on-signal by coupling the control pin to a supply voltage of the control circuit for a first pulse duration, thereby putting the external transistor to the on-state, when the external transistor is coupled to the control pin; wherein the control circuit is configured to let the control pin float at a time instant subsequent to the first pulse duration; and - an AC isolation unit coupled at a first end to the control pin and configured to isolate an alternating current, referred to as AC, component from a voltage potential at the control pin; wherein at the time instant subsequent to the first pulse duration, the isolated AC component of the voltage potential is indicative of a drain-to-source current through the external transistor, when the external transistor is coupled to the control pin and when a source of the external transistor is coupled to a shunt resistor. - a control pin configured to be coupled to a gate of the external transistor; - a high side control switch coupled to the control pin and configured to generate a pulsed on-signal by coupling the control pin to a supply voltage of the control circuit for a first pulse duration, thereby putting the external transistor to the on-state, when the external transistor is coupled to the control pin; wherein the control circuit is configured to let the control pin float at a time instant subsequent to the first pulse duration; and - an AC isolation unit coupled at a first end to the control pin and configured to isolate an alternating current, referred to as AC, component from a voltage potential at the control pin; wherein at the time instant subsequent to the first pulse duration, the isolated AC component of the voltage potential is indicative of a drain-to-source current through the external transistor, when the external transistor is coupled to the control pin and when a source of the external transistor is coupled to a shunt resistor.
A rotation angle detector for detecting a rotation angle of a steering shaft in a motor vehicle as a measurable rotating body, comprising: a magnet that is attached onto the steering shaft to be rotated as an integral part with the steering shaft, the magnet magnetized in a direction in parallel to the axis of rotation of the magnet, and a magnetic detecting element (40, Sh) for detecting a magnetic flux density of the magnet, wherein the magnetic detecting element (40, Sh) is arranged at a position approximately intermediate in a path from a north pole to a south pole according to a line of magnetic force due to the magnet such that, in case of a backlash or shifting of the magnet in a shifting amount in the direction of the axis of rotation of the magnet with respect to the magnetic detecting element (40, Sh) the property of the detection becomes almost not to be decreased where the shifting amount is provided so as to improve the easiness of an attachment of the rotation angle detector onto the steering shaft. a magnet that is attached onto the steering shaft to be rotated as an integral part with the steering shaft, the magnet magnetized in a direction in parallel to the axis of rotation of the magnet, and a magnetic detecting element (40, Sh) for detecting a magnetic flux density of the magnet, wherein the magnetic detecting element (40, Sh) is arranged at a position approximately intermediate in a path from a north pole to a south pole according to a line of magnetic force due to the magnet such that, in case of a backlash or shifting of the magnet in a shifting amount in the direction of the axis of rotation of the magnet with respect to the magnetic detecting element (40, Sh) the property of the detection becomes almost not to be decreased where the shifting amount is provided so as to improve the easiness of an attachment of the rotation angle detector onto the steering shaft.
Device for individualizing small loose objects, comprising: - a plate for receiving loose objects, the plate comprising a peripheral retaining rim and a receiving surface that is higher at the rim than towards the centre of the plate, the receiving surface of the plate sloping from the peripheral rim towards the centre of the plate and having a structure for orienting the objects, - a drive motor for the plate for driving the plate both in rotation, in order to move the objects in the direction of the peripheral rim by way of the centrifugal force, and also in vibration, and - a robotic gripping unit for gripping the objects thus oriented. - a plate for receiving loose objects, the plate comprising a peripheral retaining rim and a receiving surface that is higher at the rim than towards the centre of the plate, the receiving surface of the plate sloping from the peripheral rim towards the centre of the plate and having a structure for orienting the objects, - a drive motor for the plate for driving the plate both in rotation, in order to move the objects in the direction of the peripheral rim by way of the centrifugal force, and also in vibration, and - a robotic gripping unit for gripping the objects thus oriented.
A gaze tracking system comprising: a pupil detection unit operable to detect the location of a pupil in one or more images captured of one or both a user's eyes; a confidence value determination unit operable to determine a confidence value in dependence upon the identified pupil position, the confidence value indicating an expected reliability of the detection of the pupil location; a processing unit operable to generate, in dependence upon the determined confidence value, one or more outputs to influence the gaze direction of the user so as to direct one or both of their pupils to a location with a higher determined confidence value; and an input/output operable to transmit the generated outputs for displaying to a display device (930, 950) viewed by the user. a pupil detection unit operable to detect the location of a pupil in one or more images captured of one or both a user's eyes; a confidence value determination unit operable to determine a confidence value in dependence upon the identified pupil position, the confidence value indicating an expected reliability of the detection of the pupil location; a processing unit operable to generate, in dependence upon the determined confidence value, one or more outputs to influence the gaze direction of the user so as to direct one or both of their pupils to a location with a higher determined confidence value; and an input/output operable to transmit the generated outputs for displaying to a display device (930, 950) viewed by the user.
A method for singling sheet material in a singling apparatus comprising a sheet store for receiving a sheet stack of sheets for singling, a singling device comprising a rotating separation roller having partially on its rotational surface a contact area to periodically contact and/or transport the sheet for separation out of the sheet stack with rotating the separation roller in a transport rotary direction; and a position control device coupled to the separation roller and comprising an alignment indication being in correlation with angular alignment of the contact area and indicating the alignment of the contact area to the sheet; characterized in that the method comprises the steps a. Sensing the position of the alignment indication of the position control device; b. Evaluating the position of the alignment indication whether the contact area is in contact with the sheet; c. If the evaluation in step b results that the contact area is not contacting and/ or not transporting the sheet the separation roller will be rotated against the transport rotary direction until the separation roller is aligned to a start position, wherein the start position is defined as an angular position in which after starting to rotate the separation roller in transport rotary direction it is assured that when the contact area contacts the sheet the separation roller will have a predefined minimum angular velocity; d. Rotate the separation roller in transport rotary direction to start singling the sheet from the sheet store. a. Sensing the position of the alignment indication of the position control device; b. Evaluating the position of the alignment indication whether the contact area is in contact with the sheet; c. If the evaluation in step b results that the contact area is not contacting and/ or not transporting the sheet the separation roller will be rotated against the transport rotary direction until the separation roller is aligned to a start position, wherein the start position is defined as an angular position in which after starting to rotate the separation roller in transport rotary direction it is assured that when the contact area contacts the sheet the separation roller will have a predefined minimum angular velocity; d. Rotate the separation roller in transport rotary direction to start singling the sheet from the sheet store.
Lock device for an electronic locking system, the lock device comprising: - an input member arranged to rotate about an input rotational axis; - an output member arranged to rotate about an output rotational axis; - an energy harvesting arrangement configured to generate electric energy from rotation of the input member in a first direction about the input rotational axis; and - a selective transfer device movable between a locking state, in which the output member cannot be rotated about the output rotational axis by means of rotation of the input member about the input rotational axis, and an unlocking state, in which the output member can be rotated about the output rotational axis by means of rotation of the input member in the first direction about the input rotational axis; characterized in that the lock device further comprises a Geneva mechanism having a rotatable drive wheel and a rotatable driven wheel; wherein the transfer device is powered by the energy harvesting arrangement, wherein the drive wheel is rotatable by rotation of the input member about the first rotational axis when the transfer device adopts the unlocking state, wherein the drive wheel cannot be rotated by rotation of the input member about the first rotational axis when the transfer device adopts the locking state, and wherein the output member is constituted by the driven wheel. - an input member arranged to rotate about an input rotational axis; - an output member arranged to rotate about an output rotational axis; - an energy harvesting arrangement configured to generate electric energy from rotation of the input member in a first direction about the input rotational axis; and - a selective transfer device movable between a locking state, in which the output member cannot be rotated about the output rotational axis by means of rotation of the input member about the input rotational axis, and an unlocking state, in which the output member can be rotated about the output rotational axis by means of rotation of the input member in the first direction about the input rotational axis; characterized in that the lock device further comprises a Geneva mechanism having a rotatable drive wheel and a rotatable driven wheel; wherein the transfer device is powered by the energy harvesting arrangement, wherein the drive wheel is rotatable by rotation of the input member about the first rotational axis when the transfer device adopts the unlocking state, wherein the drive wheel cannot be rotated by rotation of the input member about the first rotational axis when the transfer device adopts the locking state, and wherein the output member is constituted by the driven wheel.