mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicular display device which displays an image in a display area provided to overlap a position of a windshield (FW) included in a vehicle (V), comprising: a display configured to display an image in the display area; a display processor configured to display a direction guide image in the display area (DA) in a manner superimposed on a road on which the vehicle is traveling; and a display pattern determiner configured to determine a display pattern of the direction guide image based on a traveling speed of the vehicle, wherein: the display processor displays the direction guide image in the display area based on the display pattern determined by the display pattern determiner; and the direction guide image includes a plurality of guide icons indicating a traveling direction and arranged along the road, the vehicular display device being characterized in that : the display pattern determiner determines the display pattern such that the higher the traveling speed is, the longer a length from a top end to a bottom end of the direction guide image is, the direction guide image being an image showing a turn position where the vehicle is to make a turn on the road; and the display pattern determiner determines the display pattern such that the higher the traveling speed is, the larger an interval between the guide icons is. a display configured to display an image in the display area; a display processor configured to display a direction guide image in the display area (DA) in a manner superimposed on a road on which the vehicle is traveling; and a display pattern determiner configured to determine a display pattern of the direction guide image based on a traveling speed of the vehicle, the display processor displays the direction guide image in the display area based on the display pattern determined by the display pattern determiner; and the direction guide image includes a plurality of guide icons indicating a traveling direction and arranged along the road, the display pattern determiner determines the display pattern such that the higher the traveling speed is, the longer a length from a top end to a bottom end of the direction guide image is, the direction guide image being an image showing a turn position where the vehicle is to make a turn on the road; and the display pattern determiner determines the display pattern such that the higher the traveling speed is, the larger an interval between the guide icons is.
A method of transmitting a signal to a base station, BS, by a user equipment, UE, in a wireless communication system, the method comprising: generating a plurality of samples that correspond to one orthogonal frequency-division multiplexing, OFDM, symbol, wherein the plurality of samples comprises (i) a first plurality of reference signal, RS, samples that are arranged at a beginning of the plurality of samples, (ii) a second plurality of RS samples that are arranged at an end of the plurality of samples, and (iii) uplink data samples arranged between the first plurality of RS samples and the second plurality of RS samples; and transmitting, to the BS, a signal that is generated based on applying transform precoding to the plurality of samples. generating a plurality of samples that correspond to one orthogonal frequency-division multiplexing, OFDM, symbol, wherein the plurality of samples comprises (i) a first plurality of reference signal, RS, samples that are arranged at a beginning of the plurality of samples, (ii) a second plurality of RS samples that are arranged at an end of the plurality of samples, and (iii) uplink data samples arranged between the first plurality of RS samples and the second plurality of RS samples; and transmitting, to the BS, a signal that is generated based on applying transform precoding to the plurality of samples.
A rotor blade mold for production of a rotor blade or part of a rotor blade, especially for a wind turbine , comprising - a mold insert , having ∘ a mold side that forms a cavity and is for shaping of a rotor blade or part of a rotor blade, and ∘ a structure side facing away from the mold side , - an insulation layer disposed on the structure side , and - a multitude of fill elements made of an insulation material, characterized in that - the insulation layer has an adhesive , especially a spray adhesive and/or a hotmelt adhesive, and - the mold insert comprises or consists of a plastic, especially a fiber composite plastic. - a mold insert , having ∘ a mold side that forms a cavity and is for shaping of a rotor blade or part of a rotor blade, and ∘ a structure side facing away from the mold side , ∘ a mold side that forms a cavity and is for shaping of a rotor blade or part of a rotor blade, and ∘ a structure side facing away from the mold side , - an insulation layer disposed on the structure side , and - a multitude of fill elements made of an insulation material, characterized in that - the insulation layer has an adhesive , especially a spray adhesive and/or a hotmelt adhesive, and - the mold insert comprises or consists of a plastic, especially a fiber composite plastic.
An imaging apparatus comprising: an imaging element ; a lens unit that focuses light on the imaging element and that includes a lens body and a lens supporting member for supporting the lens body; a light source disposed around the lens unit; a light shield body located around the lens body so as to block light; and a wiring board on which the imaging element , the lens unit , and the light source are mounted, characterized in that the lens unit includes a blocking part that projects over a region located around the lens unit and from a side surface of the lens supporting member and facing the light source so as to block stray light from the light source, the stray light being reflected from the light shield body and then from the wiring board and traveling toward the lens body . an imaging element ; a lens unit that focuses light on the imaging element and that includes a lens body and a lens supporting member for supporting the lens body; a light source disposed around the lens unit; a light shield body located around the lens body so as to block light; and a wiring board on which the imaging element , the lens unit , and the light source are mounted, characterized in that the lens unit includes a blocking part that projects over a region located around the lens unit and from a side surface of the lens supporting member and facing the light source so as to block stray light from the light source, the stray light being reflected from the light shield body and then from the wiring board and traveling toward the lens body .
Commercial vehicle comprising a cab with a driving place for a driver, and a chassis adjoining the cab along a longitudinal direction (X), the commercial vehicle being at least partly electrically powered and comprising an electrically powered engine and at least one battery to supply the electrically powered engine with electrical energy, the commercial vehicle has at least one battery structure rigidly attached to the chassis to accommodate the battery , the battery structure comprising first and second brackets extending in a transverse direction (Y) at a distance from each other along the longitudinal direction (X), wherein the battery structure comprises at least one resiliently deformable arrangement through which the battery is mounted on the first bracket , and at least one fixation arrangement through which the battery is rigidly mounted on the second bracket , characterized in that the resiliently deformable arrangement comprises a blade that is resiliently deformable and extends in the transverse direction (Y), the blade having a center portion fixed to the first bracket , and opposite free ends on which the battery is mounted. wherein the battery structure comprises at least one resiliently deformable arrangement through which the battery is mounted on the first bracket , and at least one fixation arrangement through which the battery is rigidly mounted on the second bracket , characterized in that the resiliently deformable arrangement comprises a blade that is resiliently deformable and extends in the transverse direction (Y), the blade having a center portion fixed to the first bracket , and opposite free ends on which the battery is mounted.
Method of sending of an acknowledgment frame by a receiving entity (ER1', ER2'), comprising, subsequent to the reception of a data frame (DF1') sent by a sending entity (EE1', EE2') and comprising a synchronization field (STF) containing an invariant item of information known to said entities and an identification field (MAC_HDR) containing information identifying said sending entity and said receiving entity, a step (E12') of sending an acknowledgment frame (AF1') comprising a synchronization field, the method being characterized in that it furthermore comprises a step (E11') of calculating a signature of the transmission channel between the sending entity (EE1', EE2') and the receiving entity (ER1', ER2'), the step (E11') of calculating the signature comprising a step of reversing the temporal response of said channel, the synchronization field of the acknowledgment frame (AF1') being obtained on the basis of the synchronization field of the data frame (DF1'), by means of said signature.
A docking device for an underwater vehicle, the docking device comprising a docking station able to be connected to a carrier vessel , the docking station comprising a body comprising a stop for blocking a movement of the underwater vehicle relative to the body along a longitudinal axis (x) passing through the stop , in a rear-to-front direction defined by the longitudinal axis (x), the docking station comprising a guiding device comprising a set (E) of arms connected to the body and each comprising a distal end (ED) and a proximal end (EP), the arms being distributed around the stop , the set (E) of arms being able to assume a deployed configuration, in which it defines a volume that flares rearward so as to allow the underwater vehicle to be guided towards the stop , the distal end (ED) of each arm being located behind the proximal end (EP) of the arm in the deployed configuration, the set (E) of arms being able to assume a folded configuration, in which a distal end (ED) of each arm of the set (E) of arms is closer to the longitudinal axis (x) than in the deployed configuration and in which the distal end (ED) is located in front of the position occupied by the distal end (ED) in the deployed configuration so that a length, along the axis x, of a volume defined by the set (E) of arms behind the stop is shorter in the folded configuration than in the deployed configuration, at least one arm of the set being mounted on the body and being configured and/or controlled so that the distal end (ED) of the arm advances forwards, while permanently remaining behind the proximal end (EP), during the transition from the deployed configuration to the folded configuration.
A method of preparing a pharmaceutical composition comprising: coating API particles with a coating material to form coated API particles, wherein the coating material comprises one or more deformable components; applying mechanical stress to the coated API particles to deform the one or more deformable components; coating the coated API particles with silica; applying mechanical stress to at least one of adhere, partially embed, or embed the silica on the coated API particles; sieving the coated API particles to remove excess coating material, wherein the excess coating material comprises coating material not bound to a coated API particle; mixing the coated API particles into a matrix solution/suspension to form a pharmaceutical suspension; and dosing the pharmaceutical suspension into a mold. coating API particles with a coating material to form coated API particles, wherein the coating material comprises one or more deformable components; applying mechanical stress to the coated API particles to deform the one or more deformable components; coating the coated API particles with silica; applying mechanical stress to at least one of adhere, partially embed, or embed the silica on the coated API particles; sieving the coated API particles to remove excess coating material, wherein the excess coating material comprises coating material not bound to a coated API particle; mixing the coated API particles into a matrix solution/suspension to form a pharmaceutical suspension; and dosing the pharmaceutical suspension into a mold.
A device for cathodic protection arranged to provide an impressed current cathodic protection of a metal element configured to be immersed in an electrolytic environment, said device for cathodic protection comprising: - a container body comprising an inner chamber and at least one conductive interface configured to be electrically connected to said metal element ; - an anode integral to said container body and having a portion which faces externally with respect to said container body ; - a direct current source disposed in said container body and comprising a negative pole, electrically connected to said conductive interface , and a positive pole, electrically connected to said anode ; said device for cathodic protection characterized in that it comprises furthermore: - a reference electrode integral to said container body and having a portion which faces externally with respect to said container body ; - a control unit disposed in said container body and configured to measure an electric voltage ΔV between said conductive interface and said reference electrode when said device for cathodic protection is configured to be immersed in an electrolytic environment; and in that it is configured in such a way that, when said control unit detects an electric voltage ΔV > ΔV *, where ΔV * is a predetermined threshold value, said direct current source supplies an electric current I between said conductive interface and said anode such as to restore a condition ΔV ≤ ΔV *. - a container body comprising an inner chamber and at least one conductive interface configured to be electrically connected to said metal element ; - an anode integral to said container body and having a portion which faces externally with respect to said container body ; - a direct current source disposed in said container body and comprising a negative pole, electrically connected to said conductive interface , and a positive pole, electrically connected to said anode ; said device for cathodic protection characterized in that it comprises furthermore: - a reference electrode integral to said container body and having a portion which faces externally with respect to said container body ; - a control unit disposed in said container body and configured to measure an electric voltage ΔV between said conductive interface and said reference electrode when said device for cathodic protection is configured to be immersed in an electrolytic environment; - a reference electrode integral to said container body and having a portion which faces externally with respect to said container body ; - a control unit disposed in said container body and configured to measure an electric voltage ΔV between said conductive interface and said reference electrode when said device for cathodic protection is configured to be immersed in an electrolytic environment; and in that it is configured in such a way that, when said control unit detects an electric voltage ΔV > ΔV *, where ΔV * is a predetermined threshold value, said direct current source supplies an electric current I between said conductive interface and said anode such as to restore a condition ΔV ≤ ΔV *.
A radiant tube recuperative burner assembly having a heat exchanger and a burner ; said heat exchanger comprises: a first inner tube ; a second heat exchanger tube coaxial and external to the first tube ; a third tube coaxial and external to said second tube ; a fourth tube positioned perpendicular to said first tube ; a fifth tube coaxial and internal to said fourth tube ; a first gap between said first tube and said second tube ; a second gap between said third tube and said second tube ; a sixth gap between said fourth tube and said fifth tube ; said second gap communicates with a flue gas outlet passage ; a Venturi tube having an outlet that is in communication with said flue gas outlet passage and with a connection pipe between said heat exchanger and said burner ; the assembly being characterised in that said flue gas outlet passage is positioned inside said fifth tube ; said first gap communicates with said sixth gap ; said Venturi tube is positioned transverse to said fifth tube ; and the inlet of said Venturi tube communicates with said sixth gap . the assembly being characterised in that said flue gas outlet passage is positioned inside said fifth tube ; said first gap communicates with said sixth gap ; said Venturi tube is positioned transverse to said fifth tube ; and the inlet of said Venturi tube communicates with said sixth gap .
A computer implemented method of making an oral appliance , the method comprising: creating a digital record of a patient's oral cavity by obtaining a baseline digital image of at least a portion of the teeth, and/or soft tissue of the oral cavity using an imaging device; obtaining a first digital image (Dig1) of an oral appliance corresponding to the at least a portion of the teeth, and/or soft tissue of the oral cavity of the baseline image; creating a second digital image (Dig2) corresponding to at least a portion of the teeth and/or soft tissue of the oral cavity in need of treatment, wherein said second digital image (Dig2) is a three dimensional representation of the geographic area to be targeted by the oral appliance ; combining the first digital image (Dig1) and the second digital image (Dig2) to form a third digital image (Dig3) of the oral appliance that comprises the treatment area; storing the third digital image (Dig3) in the computer; and manufacturing the oral appliance according to the third digital image (Dig3).
A method of wireless communications, comprising: transmitting, from an eNB, synchronization signals with a first subcarrier spacing, wherein the synchronization signals include a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; transmitting, from the eNB, a physical broadcast channel, PBCH, and a reference signal, RS, with a second subcarrier spacing; and transmitting, from the eNB, other transmissions with a third subcarrier spacing, wherein the first subcarrier spacing, the second subcarrier spacing, and the third subcarrier spacing are defined at the eNB, wherein the first subcarrier spacing and the second subcarrier spacing are less than the third subcarrier spacing, and wherein the PSS and SSS have a first transmission time interval, TTI, and the PBCH and RS have a second TTI, with the first TTI and the second TTI being different. transmitting, from an eNB, synchronization signals with a first subcarrier spacing, wherein the synchronization signals include a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; transmitting, from the eNB, a physical broadcast channel, PBCH, and a reference signal, RS, with a second subcarrier spacing; and transmitting, from the eNB, other transmissions with a third subcarrier spacing, wherein the first subcarrier spacing, the second subcarrier spacing, and the third subcarrier spacing are defined at the eNB, wherein the first subcarrier spacing and the second subcarrier spacing are less than the third subcarrier spacing, and wherein the PSS and SSS have a first transmission time interval, TTI, and the PBCH and RS have a second TTI, with the first TTI and the second TTI being different.
A method comprising: receiving, from a client device, a first request for access to a remote server; transmitting, to the remote server and based on the first request, a credential required by the remote server to provide access to the client device; receiving, from the remote server, first session data comprising a session secret that enables access to the remote server without using the credential; removing the session secret from the first session data; and transmitting the first session data to the client device. receiving, from a client device, a first request for access to a remote server; transmitting, to the remote server and based on the first request, a credential required by the remote server to provide access to the client device; receiving, from the remote server, first session data comprising a session secret that enables access to the remote server without using the credential; removing the session secret from the first session data; and transmitting the first session data to the client device.
A method, that comprises: - receiving a video stream; - accessing a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, wherein content of the first picture overlaps content of the second picture, the video picture being part of the received video stream; - accessing information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped, the first picture of the first view and the second picture of the second view being arranged side-by-side or top-bottom; and - decoding the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures. - receiving a video stream; - accessing a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, wherein content of the first picture overlaps content of the second picture, the video picture being part of the received video stream; - accessing information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped, the first picture of the first view and the second picture of the second view being arranged side-by-side or top-bottom; and - decoding the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures.