mhurhangee/patent-ind-claim-en huggingface dataset:
Method for synchronising a first display device in a motor vehicle, which display device includes a head-up display, and a second display device , to be synchronised, of the motor vehicle, wherein the first display device displays a first dataset which includes a first display content regarding a predetermined thematic context, wherein an optical sensor device on the basis of 3D-image data detects (S10) an operating gesture of a user, which includes a movement, carried out freely in space, of a body part of the operating person, and generates a signal describing the operating gesture and transmits it (S20) to a gesture recognising device and the gesture recognising device determines the operating gesture on the basis of the signal, wherein - the gesture recognising device on the basis of the detected operating gesture detects a dataset selected by the user by means of the operating gesture and displayed by the first display device , and wherein - a control device receives from the gesture recognising device a control signal which describes the detected dataset , characterised in that - the control device on the basis of the control signal detects the predetermined thematic context of the detected dataset , and that - on the basis of the detected predetermined thematic context a further dataset is provided having a second display content regarding the detected predetermined thematic context, and - the further dataset is displayed on the second display device , and that - the gesture recognising device determines on the basis of the signal from the sensor device, which of the display devices is the display device already displaying the first dataset and which of the display devices is the display device to be synchronised. - the gesture recognising device on the basis of the detected operating gesture detects a dataset selected by the user by means of the operating gesture and displayed by the first display device , and wherein - a control device receives from the gesture recognising device a control signal which describes the detected dataset , characterised in that - the control device on the basis of the control signal detects the predetermined thematic context of the detected dataset , and that - on the basis of the detected predetermined thematic context a further dataset is provided having a second display content regarding the detected predetermined thematic context, and - the further dataset is displayed on the second display device , and that - the gesture recognising device determines on the basis of the signal from the sensor device, which of the display devices is the display device already displaying the first dataset and which of the display devices is the display device to be synchronised.
A central network controller, CNC, for handling routing paths for streams in a time-sensitive networking, TSN, network, the CNC comprising at least one storage device ; and at least one processing circuit , coupled to the at least one storage device, wherein the at least one storage device stores instructions, and the at least one processing circuit is configured to execute the instructions of: receiving a request for allocating a first stream in a TSN network from a centralized user configuration, CUC, wherein the TSN network comprises a second stream ; determining a first plurality of candidate paths for the first stream according to a first plurality of lengths of a first plurality of links of a network topology of the TSN network ; selecting a first routing path for transmitting the first stream from the first plurality of candidate paths ; and configuring at least one first bridge passed by the first routing path for the first stream in the TSN network . at least one storage device ; and at least one processing circuit , coupled to the at least one storage device, wherein the at least one storage device stores instructions, and the at least one processing circuit is configured to execute the instructions of: receiving a request for allocating a first stream in a TSN network from a centralized user configuration, CUC, wherein the TSN network comprises a second stream ; determining a first plurality of candidate paths for the first stream according to a first plurality of lengths of a first plurality of links of a network topology of the TSN network ; selecting a first routing path for transmitting the first stream from the first plurality of candidate paths ; and configuring at least one first bridge passed by the first routing path for the first stream in the TSN network . receiving a request for allocating a first stream in a TSN network from a centralized user configuration, CUC, wherein the TSN network comprises a second stream ; determining a first plurality of candidate paths for the first stream according to a first plurality of lengths of a first plurality of links of a network topology of the TSN network ; selecting a first routing path for transmitting the first stream from the first plurality of candidate paths ; and configuring at least one first bridge passed by the first routing path for the first stream in the TSN network .
A method for sample preparation on a spectrometric sample support, comprising the steps: - Providing the sample support, which contains an arrangement of individual droplets of liquid, each of which has microorganism sediments enclosed in it, - Providing a plate of absorbent material, - Lowering the plate vertically onto the sample support in such a way that the microorganism sediments and plate come into contact, wherein the droplets of liquid are absorbed into the absorbent material, - Lifting the plate, which is locally enriched with droplet liquid, off the sample support, whereby the microorganism sediments that are depleted of liquid are exposed, and - Preparing the exposed microorganism sediments for spectrometric measurement. - Providing the sample support, which contains an arrangement of individual droplets of liquid, each of which has microorganism sediments enclosed in it, - Providing a plate of absorbent material, - Lowering the plate vertically onto the sample support in such a way that the microorganism sediments and plate come into contact, wherein the droplets of liquid are absorbed into the absorbent material, - Lifting the plate, which is locally enriched with droplet liquid, off the sample support, whereby the microorganism sediments that are depleted of liquid are exposed, and - Preparing the exposed microorganism sediments for spectrometric measurement.
Grass paver panel having cellular structure in the plan comprising cells with coupled edges , the cells having an internal profile and the edges of the cells having apertures with a width exceeding the thickness of the edges , said apertures are made in the middle part of the edges of the cells , and said apertures are provided on the bottom or on the top of the cells , characterized in that the cells are also provided with support points made on the lower end face of the panel , the support points in the plan have a profile that is configured to fit in the internal profile of the cells of other panel (1 1 ), such that when panels (1 1 , 1 2 ) are mounted on one another, the support points of one panel (1 2 ) are arranged inside the internal profile of the cells of the other panel (1 1 ).
A method for encoding haptic data for a plurality of channels, the method being performed by an encoder and being characterised by comprising the steps of: determining an order of the plurality of channels in a first list based on a respective previous codeword data item for each of the plurality of channels, each previous codeword data item being either a no-change data item indicating no change of channel data, or a change data item indicating a change of channel data, wherein the order is such that all no-change previous codeword data items are arranged at one end of the first list; arranging current codewords in a second list in accordance with the channel order of the first list; grouping the current codewords in consecutive groups based on the order of the current codewords in the second list; wherein each group contains a plurality of current codewords; generating a group index indicating whether each group contains only no-change codewords or at least one change codeword; and outputting the group index along with current codewords, wherein current codewords are only output for groups containing at least one change codeword. determining an order of the plurality of channels in a first list based on a respective previous codeword data item for each of the plurality of channels, each previous codeword data item being either a no-change data item indicating no change of channel data, or a change data item indicating a change of channel data, wherein the order is such that all no-change previous codeword data items are arranged at one end of the first list; arranging current codewords in a second list in accordance with the channel order of the first list; grouping the current codewords in consecutive groups based on the order of the current codewords in the second list; wherein each group contains a plurality of current codewords; generating a group index indicating whether each group contains only no-change codewords or at least one change codeword; and outputting the group index along with current codewords, wherein current codewords are only output for groups containing at least one change codeword.
A drug delivery device comprising: a main housing including an interior surface defining an enclosed space, and an exterior surface releasably attachable to a patient; a container disposed in the enclosed space and including a reservoir containing a drug and a stopper ; and a drive assembly disposed in the enclosed space and configured to move the stopper through the reservoir to expel the drug from the reservoir, the drive assembly including a rotational power source and a gear module , the gear module including a mounting plate , a cover member , and a plurality of gears (84a-g) rotatably connected to the mounting plate and enclosed by the cover member, wherein the mounting plate and the cover member are separate from the main housing. a main housing including an interior surface defining an enclosed space, and an exterior surface releasably attachable to a patient; a container disposed in the enclosed space and including a reservoir containing a drug and a stopper ; and a drive assembly disposed in the enclosed space and configured to move the stopper through the reservoir to expel the drug from the reservoir, the drive assembly including a rotational power source and a gear module , the gear module including a mounting plate , a cover member , and a plurality of gears (84a-g) rotatably connected to the mounting plate and enclosed by the cover member, wherein the mounting plate and the cover member are separate from the main housing.
Protector (1 or 7) for an oil extraction pipe thread, said protector (1 or 7) comprising: - a hollow, substantially frustoconical connecting segment about a central axis, and having a proximal end , a distal end and a thread complementary to that of the pipe, - a bumper segment having a connecting end and a free end , the connecting end thereof being in the extension of distal end of the connecting segment , said bumper segment including: an internal ring extending coaxially and in the extension of the distal end of the connecting segment , and an external ring extending coaxially from the distal end of the connecting segment, defining an internal space between said internal and external rings, and increasing the external diameter of the protector (1 or 7) said protector (1 or 7) being characterised in that all of the walls of the protector (1 or 7) have a substantially equal thickness, such that it has a shape suitable for production by means of injection-moulding, and in that it produced by means of injection-moulding. - a hollow, substantially frustoconical connecting segment about a central axis, and having a proximal end , a distal end and a thread complementary to that of the pipe, - a bumper segment having a connecting end and a free end , the connecting end thereof being in the extension of distal end of the connecting segment , said bumper segment including: an internal ring extending coaxially and in the extension of the distal end of the connecting segment , and an external ring extending coaxially from the distal end of the connecting segment, defining an internal space between said internal and external rings, and increasing the external diameter of the protector (1 or 7) said protector (1 or 7) being characterised in that all of the walls of the protector (1 or 7) have a substantially equal thickness, such that it has a shape suitable for production by means of injection-moulding, and in that it produced by means of injection-moulding. an internal ring extending coaxially and in the extension of the distal end of the connecting segment , and an external ring extending coaxially from the distal end of the connecting segment, defining an internal space between said internal and external rings, and increasing the external diameter of the protector (1 or 7)
A method for wireless communications at a base station, comprising: selecting a non-uniform combined symbol constellation (300-d, 300-e) from a uniform symbol constellation based at least in part on a power ratio between a base-layer of a signal and an enhancement layer of the signal, wherein the base-layer is associated with a first modulation order, the enhancement layer is associated with a second modulation order, and the combined symbol constellation (300-d, 300-e) corresponds to a subset of symbol locations from the uniform symbol constellation , wherein the combined symbol constellation (300-d, 300-e) is selected from a plurality of combined symbol constellations comprised by the uniform symbol constellation that correspond to a plurality of power ratios; mapping a first data stream and a second data stream to symbol locations of the combined symbol constellation (300-d, 300-e) to obtain a set of symbols for the signal, wherein the first data stream corresponds to a base-layer transmission for a first user equipment, UE, and the second data stream corresponds to an enhancement layer transmission for a second UE; and transmitting the signal to the first UE and the second UE. selecting a non-uniform combined symbol constellation (300-d, 300-e) from a uniform symbol constellation based at least in part on a power ratio between a base-layer of a signal and an enhancement layer of the signal, wherein the base-layer is associated with a first modulation order, the enhancement layer is associated with a second modulation order, and the combined symbol constellation (300-d, 300-e) corresponds to a subset of symbol locations from the uniform symbol constellation , wherein the combined symbol constellation (300-d, 300-e) is selected from a plurality of combined symbol constellations comprised by the uniform symbol constellation that correspond to a plurality of power ratios; mapping a first data stream and a second data stream to symbol locations of the combined symbol constellation (300-d, 300-e) to obtain a set of symbols for the signal, wherein the first data stream corresponds to a base-layer transmission for a first user equipment, UE, and the second data stream corresponds to an enhancement layer transmission for a second UE; and transmitting the signal to the first UE and the second UE.
A lithium battery with a substrate current collector formed of elongated and aligned structures with upstanding walls producing electrically conductive pillars on a substrate face. The pillars function as current collectors for the battery structure in a laminate, which current collectors are electrically connected through the base substrate. The electrically conductive pillars are provided with a first electrode layer , a solid state electrolyte layer provided on the first electrode layer; and a second electrode layer , forming a coated pillar wherein second electrode layers on adjacent coated pillars are merged in an overlap region (O) where a part of the second electrode layer is shared between adjacent coated pillars ; and a topstrate current collector that is provided by electrically conductive interspace structures formed in interspace regions (S1) between the coated pillars.
A method of making a tubular specimen with a predetermined wrinkle defect comprising: providing a mandrel with a cavity forming member having a cavity which resembles a desired shape of the at least one wrinkle ; orienting a composite material around the mandrel at a wrap angle to form a closed loop ; generating at least one wrinkle with a predetermined characteristic in a portion of the closed loop , the at least one wrinkle with a predetermined characteristic is oriented generally perpendicular to the longitudinal axis of the closed loop; and curing the closed loop to form a tubular specimen ; wherein the predetermined characteristic is at least one of the following: wrinkle location, an outward wrinkle, an inward wrinkle, a wrinkle width, a wrinkle height, and a wrinkle length. providing a mandrel with a cavity forming member having a cavity which resembles a desired shape of the at least one wrinkle ; orienting a composite material around the mandrel at a wrap angle to form a closed loop ; generating at least one wrinkle with a predetermined characteristic in a portion of the closed loop , the at least one wrinkle with a predetermined characteristic is oriented generally perpendicular to the longitudinal axis of the closed loop; and curing the closed loop to form a tubular specimen ; wherein the predetermined characteristic is at least one of the following: wrinkle location, an outward wrinkle, an inward wrinkle, a wrinkle width, a wrinkle height, and a wrinkle length.
An exhaust gas heater for an exhaust gas system of a combustion engine, comprising a carrier and at least one current-carrying heating conductor , which is carried on the carrier and having a holding region held on the carrier and a heating region around which exhaust gas (A) can flow, wherein the heating conductor is provided by being cut out of a flat metal material, characterized in that the heating conductor , at least in its heating region , is designed to extend in a winding-like manner at least in regions and comprises a plurality of meandering winding fields following one another in the circumferential direction, wherein each meandering winding field comprises a plurality of meandering winding portions (22, 22', 22") arranged in radial succession with respect to an exhaust gas heater center axis (M) and extending substantially in the circumferential direction, wherein at least one meandering winding portion in each meandering winding field adjoins in a first circumferential end a meandering winding portion positioned radially further inwards , and in a second circumferential end , adjoins a meandering winding portion positioned radially further outwards (22, 22"), and wherein, in the case of meandering winding fields which are directly adjacent to one another in the circumferential direction, a radially inner meandering winding portion of a meandering winding field adjoins, in a radially inner connection region , a radially inner meandering winding portion of a meandering winding field which is directly adjacent to the one meandering winding field in a first circumferential direction, and a radially outer meandering winding portion (22") of the one meandering winding field is connected in a radially outer connection region to a radially outer meandering winding portion (22") of a meandering winding field directly adjacent to the one meandering winding field in a second circumferential direction, so that all meandering winding fields following one another in the circumferential direction are connected in series with one another.
An atomization assembly, comprising a stainless-steel tank and a ceramic core ; wherein the stainless-steel tank comprises a side wall provided with a recess for accommodating a smoke material; the ceramic core is disposed in the stainless-steel tank and opposite to the smoke material; the ceramic core produces and transmits heat to the stainless-steel tank through heat transfer to atomize the smoke material in the stainless-steel tank to produce vapor; the stainless-steel tank comprises an opening, and the vapor flows out of the opening for users to inhale.
A semi-blind channel estimation method, wherein the semi-blind channel estimation method is applied to a receive end of a multiple-antenna overlapped multiplexing system, and comprises: step S1: obtaining data that comprises a first training sequence and that is received by the receive end, the method being characterized by : step S2: performing minimum mean square error channel estimation based on the data and a prestored first training sequence, to obtain a channel parameter matrix; step S3: detecting the first training sequence by using a least square detection algorithm, to obtain estimated data; and step S4: using the estimated data as a second training sequence, replacing the first training sequence in step S2 with the second training sequence, and cyclically performing step S2 and step S3 on the second training sequence, until a channel parameter matrix obtained last time is the same as a channel parameter matrix obtained this time, and then stopping circulation, to estimate a final channel parameter matrix. step S1: obtaining data that comprises a first training sequence and that is received by the receive end, the method being characterized by : step S2: performing minimum mean square error channel estimation based on the data and a prestored first training sequence, to obtain a channel parameter matrix; step S3: detecting the first training sequence by using a least square detection algorithm, to obtain estimated data; and step S4: using the estimated data as a second training sequence, replacing the first training sequence in step S2 with the second training sequence, and cyclically performing step S2 and step S3 on the second training sequence, until a channel parameter matrix obtained last time is the same as a channel parameter matrix obtained this time, and then stopping circulation, to estimate a final channel parameter matrix.