mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device , comprising: a first housing ; a second housing ; a hinge module configured to connect the first housing and the second housing in a foldable manner; a flexible display disposed to be supported by the first housing and the second housing ; a first hinge plate configured to connect at least a portion of the first housing to the hinge module, the first hinge plate including a first opening ; a second hinge plate configured to connect at least a portion of the second housing to the hinge module, the second hinge plate including a second opening ; a flexible printed circuit board, FPCB, extending from the first housing to the second housing; a first reinforcing member configured to fix a first portion of the FPCB with respect to the first hinge plate; and a second reinforcing member configured to fix a second portion of the FPCB with respect to the second hinge plate, wherein the first portion of the FPCB and at least a portion of the first reinforcing member are disposed within the first opening and the second portion of the FPCB and at least a portion of the second reinforcing member are disposed within the second opening, the electronic device being characterized in that each of the first reinforcing member and the second reinforcing member comprises a locking plate being disposed to be caught in the first opening and the second opening. a first housing ; a second housing ; a hinge module configured to connect the first housing and the second housing in a foldable manner; a flexible display disposed to be supported by the first housing and the second housing ; a first hinge plate configured to connect at least a portion of the first housing to the hinge module, the first hinge plate including a first opening ; a second hinge plate configured to connect at least a portion of the second housing to the hinge module, the second hinge plate including a second opening ; a flexible printed circuit board, FPCB, extending from the first housing to the second housing; a first reinforcing member configured to fix a first portion of the FPCB with respect to the first hinge plate; and a second reinforcing member configured to fix a second portion of the FPCB with respect to the second hinge plate, wherein the first portion of the FPCB and at least a portion of the first reinforcing member are disposed within the first opening and the second portion of the FPCB and at least a portion of the second reinforcing member are disposed within the second opening, the electronic device being characterized in that each of the first reinforcing member and the second reinforcing member comprises a locking plate being disposed to be caught in the first opening and the second opening.
A method of processing video data, comprising: determining, for a conversion between a current video block of a video and a bitstream of the video, a first prediction block in a first domain from at least one reference picture using an unrefined motion information, wherein the current video block is a luma block; applying, at least based on the first prediction block, a motion information refinement process on the unrefined motion information to obtain a motion offset information; generating a second prediction block from samples in the at least one reference picture using the motion offset information; converting, based on a forward mapping process, the second prediction block from the first domain to a second domain in which samples of the second prediction block are mapped into particular values; and generating reconstructed samples of the current video block based on the second prediction block in the second domain; wherein a piecewise linear model is used to map the samples of the second prediction block into the particular values during the forward mapping process; and wherein scale coefficients of the piecewise linear model are determined based on first variables which are determined based on syntax elements included in an adaptation parameter set and second variables which are determined based on a bit depth. determining, for a conversion between a current video block of a video and a bitstream of the video, a first prediction block in a first domain from at least one reference picture using an unrefined motion information, wherein the current video block is a luma block; applying, at least based on the first prediction block, a motion information refinement process on the unrefined motion information to obtain a motion offset information; generating a second prediction block from samples in the at least one reference picture using the motion offset information; converting, based on a forward mapping process, the second prediction block from the first domain to a second domain in which samples of the second prediction block are mapped into particular values; and generating reconstructed samples of the current video block based on the second prediction block in the second domain; wherein a piecewise linear model is used to map the samples of the second prediction block into the particular values during the forward mapping process; and wherein scale coefficients of the piecewise linear model are determined based on first variables which are determined based on syntax elements included in an adaptation parameter set and second variables which are determined based on a bit depth.
Method for additive manufacturing of a three-dimensional product using top-down stereolithography, in which method flowable, photopolymerizable material in a vat is solidified in a locally selective manner by exposure from above, wherein, from a pressurized gas nozzle of a blower which is moveable above the liquid level in the vat, a pressurized gas jet extensive in a direction transverse to the moving direction of the blower is directed to the surface of the photopolymerizable material and is acting on areas of the material surface to be solidified in order to smooth and level the surface by moving the pressurized gas jet from the blower across the surface, characterized in that for building a multi-component product the additive building method by top-down stereolithography is used in order attach to an already existing component of the product to be built a further component of the product to be built, wherein the already existing component is carried by a building platform located below the already existing component, in that the building platform is lowered in the vat into the flowable, photopolymerizable material for defining a new layer and is raised again to be effectively located one layer thickness deeper in the photopolymerizable material, wherein the pressurized gas nozzle of the blower is movable in such a height above the vat that after the first lowering of the building platform the pressurized gas nozzle is located higher than the highest point of the already existing component, that the pressurized gas nozzle is moved across areas of the photopolymerizable material to be solidified, in order to smooth and level its surface, that the surface of the photopolymerizable material is exposed in a locally selective manner, and that the last three steps are repeated until the further component has successfully be manufactured and attached to the already existing component.
An integrated therapeutic and imaging catheter , comprising: an inner member defining a guidewire lumen ; a balloon assembly positioned over the inner member; a drug eluting coating positioned on the balloon assembly; and an imaging device positioned over the inner member, characterised in that the imaging device and the balloon assembly are movable longitudinally relative to one another. an inner member defining a guidewire lumen ; a balloon assembly positioned over the inner member; a drug eluting coating positioned on the balloon assembly; and an imaging device positioned over the inner member, characterised in that the imaging device and the balloon assembly are movable longitudinally relative to one another.
Finger guard (S) for a door, wherein the finger guard (S) has a roller shutter with a roller-shutter web and a spring-loaded retraction mechanism for rolling up the roller-shutter web , wherein, when the finger guard is being used as intended, the roller-shutter web covers over a gap between a door leaf (F) and a door frame (R) of the door and rolls up when the door leaf is being closed, wherein the finger guard has a mechanical arresting unit , which arrests a rolling-up movement and/or an unrolling movement of the roller-shutter web , characterized in that the arresting unit has means by which the arresting effect of the arresting unit on the rolling-up movement and/or on the unrolling movement can be adjusted manually on site when the finger guard has already been installed.
Refrigeration device, in particular household refrigeration device , having a carcass and a door , each of which, by means of a wall , delimits a cavity filled at least in some areas with insulation material , furthermore having an insertion piece which on the insulation side abuts a rear side of the wall and seals an opening in the wall against an escape of insulation material , characterised in that the insertion piece has a first spring arm with a first retaining means and a second spring arm with a second retaining means and that the insertion piece is anchored by the retaining means on a first cut-out and a second cut-out separate therefrom, wherein the first cut-out and the second cut-out are arranged on a section of a wall element of the wall arranged within the cavity .
A method of wireless communication performed by an apparatus, comprising: transmitting a transport block, TB, to a receiver, the TB comprising a plurality of code blocks, CBs, grouped into a plurality of code block groups, CBGs; receiving a hybrid automatic repeat request, HARQ, feedback from the receiver based on a predetermined HARQ feedback scheme, the HARQ feedback configured to indicate a reception error of one or more CBGs of the TB; determining a retransmission indication mechanism based on the predetermined HARQ feedback scheme; transmitting a retransmission indication to identify one or more of the CBs in the one or more CBGs indicated with a reception error based on the retransmission indication mechanism wherein the transmitting the retransmission indication comprises: transmitting a first part of the retransmission indication in a first DCI in a control channel; and transmitting a second part of the retransmission indication in a second DCI in a data channel; and retransmitting the one or more CBs based on the HARQ feedback. transmitting a transport block, TB, to a receiver, the TB comprising a plurality of code blocks, CBs, grouped into a plurality of code block groups, CBGs; receiving a hybrid automatic repeat request, HARQ, feedback from the receiver based on a predetermined HARQ feedback scheme, the HARQ feedback configured to indicate a reception error of one or more CBGs of the TB; determining a retransmission indication mechanism based on the predetermined HARQ feedback scheme; transmitting a retransmission indication to identify one or more of the CBs in the one or more CBGs indicated with a reception error based on the retransmission indication mechanism wherein the transmitting the retransmission indication comprises: transmitting a first part of the retransmission indication in a first DCI in a control channel; and transmitting a second part of the retransmission indication in a second DCI in a data channel; and retransmitting the one or more CBs based on the HARQ feedback. transmitting a first part of the retransmission indication in a first DCI in a control channel; and transmitting a second part of the retransmission indication in a second DCI in a data channel; and retransmitting the one or more CBs based on the HARQ feedback.
A method for wireless communications performed by a base station, BS , comprising: transmitting an indication of a scheduled physical random access channel, PRACH, region comprising a set of transmission resources for transmitting scheduled PRACH signals by a first user equipment, UE , wherein the scheduled PRACH region is within a narrowband region of a wider system bandwidth, wherein the scheduled PRACH region is a subset of a set of PRACH resources indicated by the BS , and wherein the indication comprises a parameter indicating a starting offset of the scheduled PRACH region, wherein the starting offset indicates a second region within the scheduled PRACH region that is offset from one of the boundaries of the scheduled PRACH region; determining to command the first UE to transmit the scheduled PRACH signal; dynamically updating the scheduled PRACH region, based on the determination, wherein dynamically updating comprises dynamically changing a configuration of the subset of the set of PRACH resources; transmitting an indication of the dynamic updating to the first UE ; and transmitting a first command to the first UE to transmit a scheduled PRACH signal using transmission resources in the scheduled PRACH region. transmitting an indication of a scheduled physical random access channel, PRACH, region comprising a set of transmission resources for transmitting scheduled PRACH signals by a first user equipment, UE , wherein the scheduled PRACH region is within a narrowband region of a wider system bandwidth, wherein the scheduled PRACH region is a subset of a set of PRACH resources indicated by the BS , and wherein the indication comprises a parameter indicating a starting offset of the scheduled PRACH region, wherein the starting offset indicates a second region within the scheduled PRACH region that is offset from one of the boundaries of the scheduled PRACH region; determining to command the first UE to transmit the scheduled PRACH signal; dynamically updating the scheduled PRACH region, based on the determination, wherein dynamically updating comprises dynamically changing a configuration of the subset of the set of PRACH resources; transmitting an indication of the dynamic updating to the first UE ; and transmitting a first command to the first UE to transmit a scheduled PRACH signal using transmission resources in the scheduled PRACH region.
A device for current and/or voltage measurement in an industrial and automation control system, in particular a substation or power grid automation system, comprising an input circuit configured to receive an electrical input signal , to scale the electrical input signal by a scaling factor, to receive a scaling signal , and to set the scaling factor according to the scaling signal to at least a first or a second value, an Analog-to-Digital Converter, ADC , having an analog end, the analog end being electrically connected to the input circuit, and a digital end, wherein the ADC is configured to convert the scaled electrical input signal into an intermediate digital signal and to output the intermediate digital signal at the digital end, a first signal path connected to the digital end of the ADC and configured to create the scaling signal and to send the scaling signal to the input circuit, and a second signal path connected to the digital end of the ADC and configured to create a refined digital signal from the intermediate digital signal using the scaling factor, wherein the device is configured to set, based on the intermediate digital signal of a sample period and the scaling factor of the sample period, the scaling factor for a subsequent sample period, and wherein the second signal path has a second sampling rate and the first signal path has a first sampling rate higher than the second sampling rate. an input circuit configured to receive an electrical input signal , to scale the electrical input signal by a scaling factor, to receive a scaling signal , and to set the scaling factor according to the scaling signal to at least a first or a second value, an Analog-to-Digital Converter, ADC , having an analog end, the analog end being electrically connected to the input circuit, and a digital end, wherein the ADC is configured to convert the scaled electrical input signal into an intermediate digital signal and to output the intermediate digital signal at the digital end, a first signal path connected to the digital end of the ADC and configured to create the scaling signal and to send the scaling signal to the input circuit, and a second signal path connected to the digital end of the ADC and configured to create a refined digital signal from the intermediate digital signal using the scaling factor, wherein the device is configured to set, based on the intermediate digital signal of a sample period and the scaling factor of the sample period, the scaling factor for a subsequent sample period, and wherein the second signal path has a second sampling rate and the first signal path has a first sampling rate higher than the second sampling rate.
A composition comprising steviol glycosides, one or more salts, and one or more natural or synthetic sweeteners, wherein the composition comprises both rebaudioside A and rebaudioside B, and wherein: - rebaudioside A comprises 20-100 wt.% of total steviol glycosides in the composition; - rebaudioside B comprises greater than 0 to 80 wt.% of total steviol glycosides in the composition; - rebaudioside A comprises 20-100 wt.% of the composition; - the one or more salts comprise from 0.1 wt.% to 50 wt.% of the composition; - the one or more natural or synthetic sweeteners comprise from 0.1 wt.% to 50 wt.% of the composition; and - the one or more natural or synthetic sweeteners are selected from sucrose, fructose, maltose, lactose, xylitol, sorbitol, dextrose, glucose, mannitol, aspartame, inulin, sucralose, acesulfame-K, sodium cyclamate, erythritol, thaumatin, arabinose, galactose, mannose, rhamnose, xylose, trehalose, raffinose, cellobiose, tagatose, allulose, and mogroside. - rebaudioside A comprises 20-100 wt.% of total steviol glycosides in the composition; - rebaudioside B comprises greater than 0 to 80 wt.% of total steviol glycosides in the composition; - rebaudioside A comprises 20-100 wt.% of the composition; - the one or more salts comprise from 0.1 wt.% to 50 wt.% of the composition; - the one or more natural or synthetic sweeteners comprise from 0.1 wt.% to 50 wt.% of the composition; and - the one or more natural or synthetic sweeteners are selected from sucrose, fructose, maltose, lactose, xylitol, sorbitol, dextrose, glucose, mannitol, aspartame, inulin, sucralose, acesulfame-K, sodium cyclamate, erythritol, thaumatin, arabinose, galactose, mannose, rhamnose, xylose, trehalose, raffinose, cellobiose, tagatose, allulose, and mogroside.
A salt of Montelukast with a β2 adrenergic agonist, wherein the β2 adrenergic agonist is selected from short-acting β2 agonists having a duration of action of approximately 4 to 6 hours, long-acting β2 agonists having a duration of action up to 12 hours or ultra-long-acting β2 agonists having a duration of 24 hours.
A client device , comprising: a communication unit configured to receive a plurality of parameters, the parameters defining segments of an image stored on a server, wherein the segments partially overlap within the image and the storage location of each of the segments within the server; a processing unit configured to allow selection of a segment of the image in accordance with a defined view selected by a user via a user interface on the client device and wherein, upon selection, the segment is downloaded from the storage location within the server; a display configured to display on the client device a cut out of the image corresponding to the defined view taken from the downloaded segment, wherein the amount of overlap between the segments is greater than the cut out of the image; and a storage unit configured to store the received parameters of the segments of the image, wherein the processing unit is further configured to allow selection and downloading of an adjacent segment of the image from the storage location within the server when the user modifies the selected defined view such that the cut out of the image is within the overlap between the segment of the image and the adjacent segment of the image. a communication unit configured to receive a plurality of parameters, the parameters defining segments of an image stored on a server, wherein the segments partially overlap within the image and the storage location of each of the segments within the server; a processing unit configured to allow selection of a segment of the image in accordance with a defined view selected by a user via a user interface on the client device and wherein, upon selection, the segment is downloaded from the storage location within the server; a display configured to display on the client device a cut out of the image corresponding to the defined view taken from the downloaded segment, wherein the amount of overlap between the segments is greater than the cut out of the image; and a storage unit configured to store the received parameters of the segments of the image, wherein the processing unit is further configured to allow selection and downloading of an adjacent segment of the image from the storage location within the server when the user modifies the selected defined view such that the cut out of the image is within the overlap between the segment of the image and the adjacent segment of the image.
An optical sensor system for a vehicle comprising: a polarized light source ; and a light receiving unit comprising a sensor and a receiving polarizer , wherein the sensor is configured to sense light from the polarized light source deflected through the receiving polarizer by a light directing article , and wherein the sensor is configured to generate a signal indicative of a received polarization state of the light deflected by the light directing article , wherein light directing article is configured to change polarization of light emitted by the polarized light source . a polarized light source ; and a light receiving unit comprising a sensor and a receiving polarizer , wherein the sensor is configured to sense light from the polarized light source deflected through the receiving polarizer by a light directing article , and wherein the sensor is configured to generate a signal indicative of a received polarization state of the light deflected by the light directing article , wherein light directing article is configured to change polarization of light emitted by the polarized light source .
Ferris wheel , comprising two pairs of masts , wherein the masts in each pair are hingedly connected to each other and wherein each pair of masts is moveable between a folded position and a stretched position, wherein the Ferris wheel is further provided with multiple spokes , two spoke rings for mounting the spokes and multiple ring segments for interconnection of the spokes, wherein the Ferris wheel comprises a first shaft , which is mounted on the top of the first pair of masts , wherein a first of the two spoke rings is arranged rotatably around the first shaft, wherein that the Ferris wheel further comprises a second shaft , which is mounted on the top of the second pair of masts , wherein a second of the two spoke rings is arranged rotatably around the second shaft, characterized in that the first shaft is mounted fixedly on the top of the first pair of masts , the second shaft is mounted fixedly on the top of the second pair of masts , wherein, in use of the Ferris wheel, the second shaft is substantially in line with the first shaft at a distance from the first shaft.