mhurhangee/patent-ind-claim-en huggingface dataset:
A swing gate comprising at least: - a screen , the screen being pivotally mounted around an axis of rotation (Z), the screen comprising at least one post , the post being aligned with the axis of rotation (Z), and - a support device , the support device supporting the post , from below, so that it can pivot around the axis of rotation (Z), the support device comprising at least one base , the base comprising at least one bearing for guiding the post so that it can pivot around the axis of rotation (Z), characterised - in that the base further comprises at least one circular rack , the circular rack being centred on the axis of rotation (Z), - in that the support device comprises at least: • a stop , the stop being immobilised on the base , in a predetermined angular position around the axis of rotation (Z), by cooperation with the circular rack , and • a stop pin , the stop pin being secured to the post and being configured to bear against the stop , at the end of a pivoting travel of the screen around the axis of rotation (Z). - a screen , the screen being pivotally mounted around an axis of rotation (Z), the screen comprising at least one post , the post being aligned with the axis of rotation (Z), and - a support device , the support device supporting the post , from below, so that it can pivot around the axis of rotation (Z), the support device comprising at least one base , the base comprising at least one bearing for guiding the post so that it can pivot around the axis of rotation (Z), characterised - in that the base further comprises at least one circular rack , the circular rack being centred on the axis of rotation (Z), - in that the support device comprises at least: • a stop , the stop being immobilised on the base , in a predetermined angular position around the axis of rotation (Z), by cooperation with the circular rack , and • a stop pin , the stop pin being secured to the post and being configured to bear against the stop , at the end of a pivoting travel of the screen around the axis of rotation (Z). • a stop , the stop being immobilised on the base , in a predetermined angular position around the axis of rotation (Z), by cooperation with the circular rack , and • a stop pin , the stop pin being secured to the post and being configured to bear against the stop , at the end of a pivoting travel of the screen around the axis of rotation (Z).
A rigid-inflatable boat (RIB) comprising a solid hull , and an inflatable tube , forming a part of a gunwale , wherein the solid hull comprises a solid gunwale portion , forming a part of the gunwale , characterised in that the boat comprises a tube air filling system, comprising an air conduit arranged to communicate with air pumping means and the tube , the air conduit extending along at least a portion of the tube , wherein the air conduit is enclosed in the solid gunwale portion .
A terminal device, comprising: an account binding unit , configured to send an account binding request to an interactive voice response device, wherein the account binding request is a request for binding all user accounts that use the terminal device to the terminal device, so as to enable the interactive voice response device to record information about the binding between all user accounts that use the terminal and the terminal device wherein the binding between the user account and the terminal device includes a mapping relationship between the subscriber identity module card number corresponding to the user account and the terminal device identifier; a forwarding setting unit , configured to bind configuration information for missed call forwarding of a first one of the user accounts onto a preset service number of the interactive voice response device; and a missed call receiving unit , configured to receive a missed call reminder sent by the interactive voice response device according to the information about the binding, wherein the missed call reminder is a reminder of a missed call to the first user account, wherein the missed call receiving unit is a user identity recognizing unit which receives the missed call reminder that is sent by using a second user account of said all user accounts and related to the first user account. an account binding unit , configured to send an account binding request to an interactive voice response device, wherein the account binding request is a request for binding all user accounts that use the terminal device to the terminal device, so as to enable the interactive voice response device to record information about the binding between all user accounts that use the terminal and the terminal device wherein the binding between the user account and the terminal device includes a mapping relationship between the subscriber identity module card number corresponding to the user account and the terminal device identifier; a forwarding setting unit , configured to bind configuration information for missed call forwarding of a first one of the user accounts onto a preset service number of the interactive voice response device; and a missed call receiving unit , configured to receive a missed call reminder sent by the interactive voice response device according to the information about the binding, wherein the missed call reminder is a reminder of a missed call to the first user account, wherein the missed call receiving unit is a user identity recognizing unit which receives the missed call reminder that is sent by using a second user account of said all user accounts and related to the first user account.
A sealing head of a capsule-sealing machine for applying a covering capsule on a surface of a can to be encapsulated, the can comprising an edge and an opening covered by a tab for spilling out a can content, the sealing head comprising: - first and second circular sealing sectors located around a moving vertical axis (X) of the same head and apt to interfere, through a shaped lower end thereof, with the covering capsule as inserted in between, with a can edge proximal area when the can moves close to the sealing head during an operative working step in an encapsulation station of the capsule-sealing machine, - first and second elastic means (30, 31-33, 34-36) being coupled with corresponding first and second sealing circular sectors for a held axial moving of the same circular sectors (20, 21-23, 24-26) as soon as coming in touch with said covering capsule can edge proximal areas , - heating means being connected to said first and second sealing circular sectors (20, 21-23, 24-26) and apt to heat them till a certain and fixed sealing temperature; characterized in that of comprising elastic means provided with different stiffness (31-36) being coupled with first and second sealing circular sectors (20, 21-23, 24-26), wherein the first sealing circular sectors (21-23) and the first elastic means (31-33) are configured to apply a higher pressure on a first circumferential arc zone of the can, and the second sealing circular sectors with the second elastic means (34- 36) are configured to apply a lower pressure on a second circumferential arc zone of the can to provide differential adhesion of the capsule on the first and second circumferential arc zones having corresponding angular extensions such that the capsule is separable from the second circumferential arc zone to open the can while remaining adherent to the first circumferential arc zone. - first and second circular sealing sectors located around a moving vertical axis (X) of the same head and apt to interfere, through a shaped lower end thereof, with the covering capsule as inserted in between, with a can edge proximal area when the can moves close to the sealing head during an operative working step in an encapsulation station of the capsule-sealing machine, - first and second elastic means (30, 31-33, 34-36) being coupled with corresponding first and second sealing circular sectors for a held axial moving of the same circular sectors (20, 21-23, 24-26) as soon as coming in touch with said covering capsule can edge proximal areas , - heating means being connected to said first and second sealing circular sectors (20, 21-23, 24-26) and apt to heat them till a certain and fixed sealing temperature;
A display comprising: an image display layer including one or more colored portions , the image display layer displaying a transmitted light image corresponding to the one or more colored portions when illuminated with white light; and a mask layer including a transparent material layer having a first major surface (S1) and a second major surface (S2), the first major surface (S1) including one or more regions each composed of first and second strip-shaped parts (BP1, BP2) alternately arranged in a width direction, the second strip-shaped parts (BP2) being provided with a relief structure (RS), and a portion of the mask layer , corresponding to at least one of the one or more regions, concealing a portion of the transmitted light image corresponding to the second strip-shaped parts (BP2). an image display layer including one or more colored portions , the image display layer displaying a transmitted light image corresponding to the one or more colored portions when illuminated with white light; and a mask layer including a transparent material layer having a first major surface (S1) and a second major surface (S2), the first major surface (S1) including one or more regions each composed of first and second strip-shaped parts (BP1, BP2) alternately arranged in a width direction, the second strip-shaped parts (BP2) being provided with a relief structure (RS), and a portion of the mask layer , corresponding to at least one of the one or more regions, concealing a portion of the transmitted light image corresponding to the second strip-shaped parts (BP2).
Cooling body for producing a ring cooler, formed from a tubular main body on whose outer circumferential surface (U1) a multiplicity of outwardly narrowing cooling projections are integrally formed, wherein the outer circumferential surface (U1) provided with the cooling projections is divided into at least three segments (S1, S2, S3, S4) in a circumferential direction, each of which segments is delimited by two surfaces, wherein the two surfaces are two axial planes (A1, A2, A3, A4) which intersect along the cylinder axis (Z), wherein the two axial planes (A1, A2, A3, A4) form a first angle α of at most 120°, and an axial central plane (W1, W2, W3, W4) extends through an angular bisector of the two axial planes (A1, A2, A3, A4), characterized in that first cooling projections in the region of the axial central plane (W1, W2, W3, W4) are of substantially symmetrical design, and second cooling projections in the vicinity of the axial planes (A1, A2, A3, A4) are of asymmetrical design, and in that all the cooling projections of each segment (S1, S2, S3, S4) extend from the outer circumferential surface (U1) in a single direction of extent (E1, E2, E3, E4). wherein the outer circumferential surface (U1) provided with the cooling projections is divided into at least three segments (S1, S2, S3, S4) in a circumferential direction, each of which segments is delimited by two surfaces, wherein the two surfaces are two axial planes (A1, A2, A3, A4) which intersect along the cylinder axis (Z), wherein the two axial planes (A1, A2, A3, A4) form a first angle α of at most 120°, and an axial central plane (W1, W2, W3, W4) extends through an angular bisector of the two axial planes (A1, A2, A3, A4), characterized in that first cooling projections in the region of the axial central plane (W1, W2, W3, W4) are of substantially symmetrical design, and second cooling projections in the vicinity of the axial planes (A1, A2, A3, A4) are of asymmetrical design, and in that all the cooling projections of each segment (S1, S2, S3, S4) extend from the outer circumferential surface (U1) in a single direction of extent (E1, E2, E3, E4).
An electric power work device comprising: a body case ; a work tool protruding forward from front side with respect to the body case ; a motor configured to drive the work tool ; and a battery configured to supply electric power to the motor , wherein the motor is accommodated in the body case , a top handle is extended in a longitudinal direction at an upside with respect to the body case , a side handle is provided at one of a right side surface and a left side surface of the body case , the battery is detachably mounted in a battery part formed behind the top handle , and an interference reduction part is formed behind the top handle to reduce interference with a palm holding the top handle or a wrist, characterised in that the interference reduction part is configured such that an upper end part of a part of the body case , facing a front surface of the battery , is positioned lower than an upper end part of the top handle , at a corner between a front surface of the battery part and the other of the right side surface and the left side surface, and an inclined surface is formed which is gradually reduced in height from an inner side to an outer side in the lateral direction at an upper end part of the corner. a body case ; a work tool protruding forward from front side with respect to the body case ; a motor configured to drive the work tool ; and a battery configured to supply electric power to the motor , wherein the motor is accommodated in the body case , a top handle is extended in a longitudinal direction at an upside with respect to the body case , a side handle is provided at one of a right side surface and a left side surface of the body case , the battery is detachably mounted in a battery part formed behind the top handle , and an interference reduction part is formed behind the top handle to reduce interference with a palm holding the top handle or a wrist, characterised in that the interference reduction part is configured such that an upper end part of a part of the body case , facing a front surface of the battery , is positioned lower than an upper end part of the top handle , at a corner between a front surface of the battery part and the other of the right side surface and the left side surface, and an inclined surface is formed which is gradually reduced in height from an inner side to an outer side in the lateral direction at an upper end part of the corner.
A system for monitoring a subject status, the system comprising: a subject arrangement area for arranging a subject thereon; a signal transmitter configured to transmit a radar signal toward the subject arranged on the subject arrangement area , wherein the radar signal is an electromagnetic wave; a signal receiver configured to receive the radar signal; and a signal analysis device configured to detect a temporal variation of the radar signal received by the signal receiver and determine a subject status based on the temporal variation, wherein the subject status includes a subject position , characterised in that the signal analysis device is further configured to identify at least one body portion of the subject based on the radar signal received by the signal receiver , and to predict an upcoming position of the subject based on the temporal variation and on the identified at least one body portion of the subject. a subject arrangement area for arranging a subject thereon; a signal transmitter configured to transmit a radar signal toward the subject arranged on the subject arrangement area , wherein the radar signal is an electromagnetic wave; a signal receiver configured to receive the radar signal; and a signal analysis device configured to detect a temporal variation of the radar signal received by the signal receiver and determine a subject status based on the temporal variation, wherein the subject status includes a subject position , characterised in that the signal analysis device is further configured to identify at least one body portion of the subject based on the radar signal received by the signal receiver , and to predict an upcoming position of the subject based on the temporal variation and on the identified at least one body portion of the subject.
A method for detecting printing defects in a printed image, the method comprising: with a computing system , receiving a scanned image , the scanned image being a scan of the printed image, wherein the printed image is formed by printing an original digital image on a substrate; the method further comprising the steps of: with a computing system , creating a matched reference digital image from the original digital image by adjusting coloring of the original digital image , such that the coloring of said matched reference digital image is closer matched to the coloring of the scanned image , wherein adjusting the coloring comprises: for a range of color values for a color channel, determining an average color difference between corresponding pixels within said original digital image and said scanned image for said range; and adding said average color difference to color values of said original digital image within said range to form said matched reference digital image ; with said computing system , determining a color difference between corresponding points on said matched reference digital image and said scanned image ; and with said computing system , identifying points that have said color difference greater than a predefined threshold as potential defects in the printed image. with a computing system , creating a matched reference digital image from the original digital image by adjusting coloring of the original digital image , such that the coloring of said matched reference digital image is closer matched to the coloring of the scanned image , wherein adjusting the coloring comprises: for a range of color values for a color channel, determining an average color difference between corresponding pixels within said original digital image and said scanned image for said range; and adding said average color difference to color values of said original digital image within said range to form said matched reference digital image ; for a range of color values for a color channel, determining an average color difference between corresponding pixels within said original digital image and said scanned image for said range; and adding said average color difference to color values of said original digital image within said range to form said matched reference digital image ; with said computing system , determining a color difference between corresponding points on said matched reference digital image and said scanned image ; and with said computing system , identifying points that have said color difference greater than a predefined threshold as potential defects in the printed image.
A cooking system, comprising: a) an oven having an oven cavity that is accessible via an oven door ; and b) an external computing means ; wherein the oven is provided with a1) at least one optical sensor for obtaining picture data of the oven cavity ; a2) means for detecting door closing and triggering the optical sensor to obtain picture data; a3) processing means which are part of the oven configured for performing a basic picture evaluation to determine that the oven cavity no longer is empty; a4) communication means for providing picture data to the external computing means ; wherein the external computing means is adapted to b1) perform a food recognition routine to determine food parameters based on the picture data provided by the communication means; b2) select cooking parameters based on the determined food parameters; and b3) transmit the selected cooking parameters to the oven ; wherein the oven is configured to be operated based on the transmitted cooking parameters. a) an oven having an oven cavity that is accessible via an oven door ; and b) an external computing means ; a1) at least one optical sensor for obtaining picture data of the oven cavity ; a2) means for detecting door closing and triggering the optical sensor to obtain picture data; a3) processing means which are part of the oven configured for performing a basic picture evaluation to determine that the oven cavity no longer is empty; a4) communication means for providing picture data to the external computing means ; wherein the external computing means is adapted to b1) perform a food recognition routine to determine food parameters based on the picture data provided by the communication means; b2) select cooking parameters based on the determined food parameters; and b3) transmit the selected cooking parameters to the oven ; wherein the oven is configured to be operated based on the transmitted cooking parameters.
A parking assistance device for assisting in parking a vehicle (V) in a parking space that is provided on one side of a road , comprising: a pull-out path computing unit configured to compute a pull-out path for pulling the vehicle (V) out of the parking space on the basis of information on the parking space and constraint conditions regarding vehicle behavior; characterized in that it further comprises: a candidate connection position setting unit configured to set a plurality of candidate connection positions (D) on the pull-out path computed by the pull-out path computing unit ; a reachable path computing unit configured to compute a reachable path that allows the vehicle (V) to reach at least one of the plurality of candidate connection positions (D) from an initial position (P0) of the vehicle (V); a parking path setting unit configured to set a parking path of from the initial position (P0) of the vehicle (V) to the parking space by connecting the pull-out path and the reachable path; and a path resetting unit configured to, when there is an obstacle on the parking path, compute a parking path of from a stop position (J0) of the vehicle (V) to the parking space , and set the computed parking path as a new parking path. a pull-out path computing unit configured to compute a pull-out path for pulling the vehicle (V) out of the parking space on the basis of information on the parking space and constraint conditions regarding vehicle behavior; characterized in that it further comprises: a candidate connection position setting unit configured to set a plurality of candidate connection positions (D) on the pull-out path computed by the pull-out path computing unit ; a reachable path computing unit configured to compute a reachable path that allows the vehicle (V) to reach at least one of the plurality of candidate connection positions (D) from an initial position (P0) of the vehicle (V); a parking path setting unit configured to set a parking path of from the initial position (P0) of the vehicle (V) to the parking space by connecting the pull-out path and the reachable path; and a path resetting unit configured to, when there is an obstacle on the parking path, compute a parking path of from a stop position (J0) of the vehicle (V) to the parking space , and set the computed parking path as a new parking path. a candidate connection position setting unit configured to set a plurality of candidate connection positions (D) on the pull-out path computed by the pull-out path computing unit ; a reachable path computing unit configured to compute a reachable path that allows the vehicle (V) to reach at least one of the plurality of candidate connection positions (D) from an initial position (P0) of the vehicle (V); a parking path setting unit configured to set a parking path of from the initial position (P0) of the vehicle (V) to the parking space by connecting the pull-out path and the reachable path; and a path resetting unit configured to, when there is an obstacle on the parking path, compute a parking path of from a stop position (J0) of the vehicle (V) to the parking space , and set the computed parking path as a new parking path.