mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting device for cutting a food product that is conveyed by a conveyor means (110; 1100; 2110), the cutting device comprising: • a first cutting blade (101; 1010; 2101), which is a rotatable cutting blade, • a motor for operating the rotatable cutting blade, and • a control unit , wherein the cutting device further comprises • a moving mechanism attached to said first cutting blade (101; 1010; 2101) for moving the first cutting blade sideways in either direction across the conveyor means (110; 1100; 2110), characterized in that said first cutting blade (101; 1010; 2101) is adapted to cut at least one incision in the product from one side of the product, wherein said control unit is adapted to control said first cutting blade (101; 1010; 2101) and said moving mechanism based on image data of said food product, including utilizing said image data in instructing said moving mechanism to adjust the position of said first cutting blade (101; 1010; 2101) across said conveyor means (110; 1100; 2110). • a first cutting blade (101; 1010; 2101), which is a rotatable cutting blade, • a motor for operating the rotatable cutting blade, and • a control unit , wherein the cutting device further comprises • a moving mechanism attached to said first cutting blade (101; 1010; 2101) for moving the first cutting blade sideways in either direction across the conveyor means (110; 1100; 2110), • a moving mechanism attached to said first cutting blade (101; 1010; 2101) for moving the first cutting blade sideways in either direction across the conveyor means (110; 1100; 2110), characterized in that said first cutting blade (101; 1010; 2101) is adapted to cut at least one incision in the product from one side of the product, wherein said control unit is adapted to control said first cutting blade (101; 1010; 2101) and said moving mechanism based on image data of said food product, including utilizing said image data in instructing said moving mechanism to adjust the position of said first cutting blade (101; 1010; 2101) across said conveyor means (110; 1100; 2110).
A method for sterilizing a sleeve in an aseptic filling system that molds the sleeve into a paper container having a bottomed tubular shape by closing surfaces of an open end part of the sleeve and performs sterilization, filling and sealing of the paper container , the sleeve being a tubular body having walls formed by laminating at least paper, characterized in that , in a state where the sleeve stands in a columnar shape, a mandrel having small openings is inserted into the part of the sleeve that is to form a bottom part of the paper container molded from the sleeve and heated air containing a sterilizer which contains at least hydrogen peroxide and being capable of melting a thermoplastic resin on four inner surfaces of the sleeve is blasted from the small openings in four surfaces of the mandrel to four inner surfaces of the sleeve that are to form the bottom part of the paper container to perform sterilization and heating of the inner surface of the bottom of the sleeve at the same time, and after the heated air containing the sterilizer is blasted to the sleeve , folded triangular parts are bonded together under pressure on which the bottom part of the sleeve is formed.
A Coriolis mass flow meter comprising: a measurement tube having a curved tube portion that allows fluid to be measured to flow in one direction; an oscillation exciter unit configured to provide the measurement tube with oscillations; and a displacement detection unit configured to detect a Coriolis force by displacement of the measurement tube at two points of the measurement tube , the two points being located on an outbound tube and an inbound tube , wherein wing-shaped strips configured to enhance the displacement protrude outward of each of the outbound tube and the inbound tube , and the displacement detection unit detects the displacement occurred when the fluid to be measured flows in the measurement tube and enhanced by the two wing-shaped strips ; characterized in that the measurement tube is mounted within a holder including a plate-shaped upper member and a plate-shaped lower member provided respectively with groove portions to accommodate the curved tube portion ; the curved tube portion is interposed between the upper member and the lower member and is accommodated in the groove portions ; and the wing-shaped strips are provided on the upper member or the lower member . a measurement tube having a curved tube portion that allows fluid to be measured to flow in one direction; an oscillation exciter unit configured to provide the measurement tube with oscillations; and a displacement detection unit configured to detect a Coriolis force by displacement of the measurement tube at two points of the measurement tube , the two points being located on an outbound tube and an inbound tube , wherein wing-shaped strips configured to enhance the displacement protrude outward of each of the outbound tube and the inbound tube , and the displacement detection unit detects the displacement occurred when the fluid to be measured flows in the measurement tube and enhanced by the two wing-shaped strips ; characterized in that the measurement tube is mounted within a holder including a plate-shaped upper member and a plate-shaped lower member provided respectively with groove portions to accommodate the curved tube portion ; the curved tube portion is interposed between the upper member and the lower member and is accommodated in the groove portions ; and the wing-shaped strips are provided on the upper member or the lower member .
Edge Computing, EC, entity for managing a Multiple-access Edge Computing, MEC, system , the EC entity being configured to obtain topology information of the MEC system , and expose the topology information to another network , wherein the other network is a Third Generation Partnership Project, 3GPP, mobile communication core MCC, system, comprising a MCC Entity , wherein the EC entity is characterized to be configured to expose, as the topology information , a determined selection algorithm for selecting Edge Data Centers, EDCs to the MCC entity . obtain topology information of the MEC system , and expose the topology information to another network , wherein the other network is a Third Generation Partnership Project, 3GPP, mobile communication core MCC, system, comprising a MCC Entity , wherein the EC entity is characterized to be configured to expose, as the topology information , a determined selection algorithm for selecting Edge Data Centers, EDCs to the MCC entity .
A device for breaking up solid material , comprising: - a carriage support that is connected or connectable to an implement or to the tool carrier of the implement , - a drilling device having a drill that extends along a drill axis , wherein for producing a borehole , the drill is displaced or displaceable on a carriage along the drill axis via a drill drive from a retracted position to a drilling position, and wherein a clearance is formed by displacing the drill along the drill axis to its retracted position, and - a splitting device having a splitting extension that extends along a splitting axis , wherein for splitting the solid material , the splitting extension is introduced or introducible into the borehole along the splitting axis , wherein a movement device for moving the splitting device into a splitting position is provided, characterized in that in the splitting position, the splitting device is arranged in the clearance , which is formed by retracting the drill along the drill axis , between the retracted drill and the borehole . - a carriage support that is connected or connectable to an implement or to the tool carrier of the implement , - a drilling device having a drill that extends along a drill axis , wherein for producing a borehole , the drill is displaced or displaceable on a carriage along the drill axis via a drill drive from a retracted position to a drilling position, and wherein a clearance is formed by displacing the drill along the drill axis to its retracted position, and - a splitting device having a splitting extension that extends along a splitting axis , wherein for splitting the solid material , the splitting extension is introduced or introducible into the borehole along the splitting axis , wherein a movement device for moving the splitting device into a splitting position is provided, characterized in that in the splitting position, the splitting device is arranged in the clearance , which is formed by retracting the drill along the drill axis , between the retracted drill and the borehole .
An information processing apparatus capable of communicating with a vehicle , comprising: a storage unit configured to store a location of an autonomous driving prohibition section on a map in association with a release condition set based on a traveling state of the vehicle ; and a control unit configured to acquire the traveling state of the vehicle including the location of the vehicle on the map from the vehicle through communication, the control unit being configured to determine whether or not to release the autonomous driving prohibition section based on the acquired traveling state of the vehicle , the location of the autonomous driving prohibition section and the release condition of the autonomous driving prohibition section, the location and the release condition being stored in the storage unit , wherein the storage unit is configured to store a location of a first autonomous driving prohibition section that is the autonomous driving prohibition section on the map in association with a first release condition as the release condition where the number of vehicles passing through the first autonomous driving prohibition section becomes a specified number or more, and the control unit is configured to determine release of the first autonomous driving prohibition section when the number of the vehicles passing through the first autonomous driving prohibition section is the specified number or more. a storage unit configured to store a location of an autonomous driving prohibition section on a map in association with a release condition set based on a traveling state of the vehicle ; and a control unit configured to acquire the traveling state of the vehicle including the location of the vehicle on the map from the vehicle through communication, the control unit being configured to determine whether or not to release the autonomous driving prohibition section based on the acquired traveling state of the vehicle , the location of the autonomous driving prohibition section and the release condition of the autonomous driving prohibition section, the location and the release condition being stored in the storage unit , wherein the storage unit is configured to store a location of a first autonomous driving prohibition section that is the autonomous driving prohibition section on the map in association with a first release condition as the release condition where the number of vehicles passing through the first autonomous driving prohibition section becomes a specified number or more, and the control unit is configured to determine release of the first autonomous driving prohibition section when the number of the vehicles passing through the first autonomous driving prohibition section is the specified number or more.
A front structure of a vehicle, comprising: a shroud upper provided at a vehicle-body front portion; a bumper-face support member extending in a vehicle width direction in front of the shroud upper and having an attachment portion where a bumper face is attached; plural brackets fixedly connecting the shroud upper and the bumper-face support member ; a bumper beam extending in the vehicle width direction below the bumper-face support member ; and a stay connecting the bumper-face support member and the bumper beam in a vertical direction, wherein said stay has a deformation promotion portion configured to be bent so as to promote deformation of the stay when a collision load is downwardly inputted to said bumper-face support member , wherein said bracket comprises an indirect bracket to fixedly connect the shroud upper and said bumper-face support member via said stay , and said indirect bracket is configured to fixedly connect said shroud upper and said stay therebetween at a position corresponding to the stay in the vehicle width direction. a shroud upper provided at a vehicle-body front portion; a bumper-face support member extending in a vehicle width direction in front of the shroud upper and having an attachment portion where a bumper face is attached; plural brackets fixedly connecting the shroud upper and the bumper-face support member ; a bumper beam extending in the vehicle width direction below the bumper-face support member ; and a stay connecting the bumper-face support member and the bumper beam in a vertical direction, wherein said stay has a deformation promotion portion configured to be bent so as to promote deformation of the stay when a collision load is downwardly inputted to said bumper-face support member , wherein said bracket comprises an indirect bracket to fixedly connect the shroud upper and said bumper-face support member via said stay , and said indirect bracket is configured to fixedly connect said shroud upper and said stay therebetween at a position corresponding to the stay in the vehicle width direction.
Connector arrangement comprising a first connector part and a second connector part which can be inserted into one another, the second connector part being in the form of a receiving connector part comprising a receiver , and the receiver being connected to a first sensing device for sensing the signal received by the receiver , wherein the connector arrangement comprises the first sensing device , the first connector part being in the form of a transmitting connector part which has a transmitter for the contactless transmission of a signal, characterized in that the receiver is connected to a second sensing device for sensing the signal received by the receiver , wherein the connector arrangement comprises the second sensing device in addition to the first sensing device .
Battery charger for electric or hybrid motor vehicles, comprising: - at least one container body installable on a motor vehicle and defining at least one housing compartment, said container body comprising at least one grounding connector to be connected to at least one grounding electrical potential by means of at least one electrical grounding cable ; - at least one electronic appliance housed inside said housing compartment, connectable to at least one electric battery of said motor vehicle and configured to recharge said battery; characterized by the fact that said connector comprises retaining means of said electrical grounding cable adapted to block the position thereof, wherein said retaining means comprise elastic locking means for locking said electrical grounding cable and wherein said elastic locking means comprise at least one pair of elastic elements arranged substantially opposed to each other to define at least one clamping mouth and elastically deformable away from each other to allow the insertion of said electrical cable inside said clamping mouth , said elastic elements coming to approach each other elastically to prevent said electrical cable from coming out of said clamping mouth . - at least one container body installable on a motor vehicle and defining at least one housing compartment, said container body comprising at least one grounding connector to be connected to at least one grounding electrical potential by means of at least one electrical grounding cable ; - at least one electronic appliance housed inside said housing compartment, connectable to at least one electric battery of said motor vehicle and configured to recharge said battery;
Aerosol-generating device comprising a heating chamber and a heater assembly , wherein the heating chamber receives the heater assembly , wherein the heater assembly comprises a heater shell , a support element and at least one heating element , the heater shell receiving the heating element , the heater shell having an inner wall comprising a plurality of thermally insulating cavities , wherein the heating element is arranged lining the inner wall of the heater shell , and wherein the heater shell is arranged within the support element .
A compound of the formula: wherein R 1 is phenyl or heteroaryl, which may be monocyclic or bicyclic, wherein said phenyl and heteroaryl groups are optionally substituted with one to three substituents independently selected from the group consisting of halo, oxo, cyano, R 4 and OR 4 ; R 2 is piperidinyl or NR 4 R 5 , wherein said piperidinyl group is optionally substituted with one to three halo; R 3 is heterocyclyl, which is optionally substituted with one to three substituents independently selected from the group consisting of halo, cyano, R 4 , OR 4 and R 6 ; R 4 is hydrogen or C 1-6 alkyl, which is optionally substituted with one to three halo; R 5 is hydrogen or C 1-6 alkyl, which is optionally substituted with one to three halo; R 6 is phenyl, C 3-6 cycloalkyl, heterocyclyl or heteroaryl, wherein said heteroaryl is optionally substituted with one to three substituents independently selected from the group consisting of C 1-6 alkyl and halo; n is an integer from one to three; or a pharmaceutically acceptable salt thereof. R 1 is phenyl or heteroaryl, which may be monocyclic or bicyclic, wherein said phenyl and heteroaryl groups are optionally substituted with one to three substituents independently selected from the group consisting of halo, oxo, cyano, R 4 and OR 4 ; R 2 is piperidinyl or NR 4 R 5 , wherein said piperidinyl group is optionally substituted with one to three halo; R 3 is heterocyclyl, which is optionally substituted with one to three substituents independently selected from the group consisting of halo, cyano, R 4 , OR 4 and R 6 ; R 4 is hydrogen or C 1-6 alkyl, which is optionally substituted with one to three halo; R 5 is hydrogen or C 1-6 alkyl, which is optionally substituted with one to three halo; R 6 is phenyl, C 3-6 cycloalkyl, heterocyclyl or heteroaryl, wherein said heteroaryl is optionally substituted with one to three substituents independently selected from the group consisting of C 1-6 alkyl and halo; n is an integer from one to three; or a pharmaceutically acceptable salt thereof.
A method of coating a medical device having a structure for implantation or disposition inside a patient, the structure including at least one surface for coating, the method including the steps of: functionalising the at least one surface of the structure by subjecting the at least one surface to acidification by a carboxylic acid to form at least one acid functionalised surface; washing the at least one acid functionalised surface, wherein post-functionalisation washing involves rinsing the at least one surface of the medical device in water until the rinse water remains stable at approximately pH7.0 (+/-0.1); and applying a bioactive agent layer directly on so as to overlie the at least one functionalised and cleaned surface. functionalising the at least one surface of the structure by subjecting the at least one surface to acidification by a carboxylic acid to form at least one acid functionalised surface; washing the at least one acid functionalised surface, wherein post-functionalisation washing involves rinsing the at least one surface of the medical device in water until the rinse water remains stable at approximately pH7.0 (+/-0.1); and applying a bioactive agent layer directly on so as to overlie the at least one functionalised and cleaned surface.
An information processing apparatus , that enables a flying object such as a drone to land, comprising a data processing unit that is configured to execute transform processing of a camera-captured image, wherein the data processing unit is configured to generate a virtual drone camera image that is estimated with a projective transformation of a real image of a planned landing position captured with a user terminal , wherein the virtual drone camera image shows the planned landing position from the perspective of a camera mounted on a drone , characterized in that the data processing unit is configured to: - control processing of a simultaneous localization and mapping process and obtain a self-position and a self-attitude information of the user terminal , - generate a corresponding pixel positional relationship formula based on the position of the drone in a captured image of the drone by the user terminal as well as self-position and self-attitude information of the user terminal , wherein the corresponding pixel positional relationship formula indicates a correspondence relationship between a pixel position (uS, vS) on the captured image of the user terminal and a pixel position (uN, vN) on a captured image of the virtual drone camera, and - generate the virtual drone camera image by using the captured image of the user terminal and using the corresponding pixel positional relationship formula. a data processing unit that is configured to execute transform processing of a camera-captured image, wherein the data processing unit is configured to generate a virtual drone camera image that is estimated with a projective transformation of a real image of a planned landing position captured with a user terminal , wherein the virtual drone camera image shows the planned landing position from the perspective of a camera mounted on a drone , - control processing of a simultaneous localization and mapping process and obtain a self-position and a self-attitude information of the user terminal , - generate a corresponding pixel positional relationship formula based on the position of the drone in a captured image of the drone by the user terminal as well as self-position and self-attitude information of the user terminal , wherein the corresponding pixel positional relationship formula indicates a correspondence relationship between a pixel position (uS, vS) on the captured image of the user terminal and a pixel position (uN, vN) on a captured image of the virtual drone camera, and - generate the virtual drone camera image by using the captured image of the user terminal and using the corresponding pixel positional relationship formula.