mhurhangee/patent-ind-claim-en huggingface dataset:
An alerting apparatus that issues an alert regarding a moving obstacle to a driver of a host vehicle, when the host vehicle enters an intersection of a crossroad that is connected to a traveling road on which the host vehicle is traveling, and the traveling road, in a left-hand traffic jurisdiction, the alerting apparatus characterized by comprising: an ECU configured to determine a traveling direction of the host vehicle entering the intersection; set an intersect determination range that extends out in front of the host vehicle from the host vehicle, based on a result of the determination, wherein the intersect determination range is a rectangular range that extends forward from the front end of the host vehicle; obtain position information of the moving obstacle; estimate a path of the moving obstacle, based on the position information of the moving obstacle; determine whether the path of the moving obstacle intersects with the intersect determination range; issue the alert regarding the moving obstacle to the driver when it is determined that the path of the moving obstacle intersects with the intersect determination range; set the intersect determination range to be shorter in length in a front-rear direction of the host vehicle when the traveling direction of the host vehicle is a left turn than when the traveling direction of the host vehicle is a right turn; and the alerting apparatus comprises means for determining the number of lanes at one side of the crossroad and that the alerting apparatus is adapted to increase the length of the determination range as the number of lanes increases and to decrease the length of the determination range as the number of lanes decreases. determine a traveling direction of the host vehicle entering the intersection; set an intersect determination range that extends out in front of the host vehicle from the host vehicle, based on a result of the determination, wherein the intersect determination range is a rectangular range that extends forward from the front end of the host vehicle; obtain position information of the moving obstacle; estimate a path of the moving obstacle, based on the position information of the moving obstacle; determine whether the path of the moving obstacle intersects with the intersect determination range; issue the alert regarding the moving obstacle to the driver when it is determined that the path of the moving obstacle intersects with the intersect determination range; set the intersect determination range to be shorter in length in a front-rear direction of the host vehicle when the traveling direction of the host vehicle is a left turn than when the traveling direction of the host vehicle is a right turn; and the alerting apparatus comprises means for determining the number of lanes at one side of the crossroad and that the alerting apparatus is adapted to increase the length of the determination range as the number of lanes increases and to decrease the length of the determination range as the number of lanes decreases.
Measuring device for measuring thermal conductivity of a sample , comprising: - a heat source , - a heat sink , - a sample holder for securing the sample with a plurality of holding parts (120A, 120B; 120B') designed for holding the sample, wherein at least one holding part is designed to thermally conductively connect the heat source to the sample , and at least one further holding part is designed to thermally conductively connect the sample to the heat sink , and - a temperature sensor arrangement which is designed to determine temperature measurement values at at least three points between the heat source and the heat sink in order to determine the thermal conductivity of the sample , characterized in that at least one first holding part of the sample holder comprises a first material, and at least one second holding part (120B; 120B') of the sample holder comprises a second material, wherein the first material has different thermal conductivity from the second material, wherein in each case at least two holding parts (120A, 120B; 120B') are arranged on opposite sides of the sample in such a manner that a heat flow from the heat source to the heat sink runs through the sample perpendicularly to the heat flow direction (W) through one or more of the holding parts (120A, 120B; 120B') when the sample is secured by means of the sample holder , wherein at least two first holding parts and at least two second holding parts (120B; 120B') are provided, and wherein the at least two first holding parts are arranged on opposite sides of the sample , and the at least two second holding parts (120B; 120B') are arranged on opposite sides of the sample . - a heat source , - a heat sink , - a sample holder for securing the sample with a plurality of holding parts (120A, 120B; 120B') designed for holding the sample, wherein at least one holding part is designed to thermally conductively connect the heat source to the sample , and at least one further holding part is designed to thermally conductively connect the sample to the heat sink , and - a temperature sensor arrangement which is designed to determine temperature measurement values at at least three points between the heat source and the heat sink in order to determine the thermal conductivity of the sample ,
Device for pressing at least one dough part, such as a croissant, comprising: - a conveyor, for conveying dough parts in a direction of movement; - at least one press stamp, arranged movable with at least a component in a direction towards a surface of the conveyor for pressing the dough part wherein the press stamp is arranged movable with at least a component in the direction of movement of the dough part by being arranged rotary above the conveyor; - a controller, configured for synchronising the speed of the press stamp in the direction of movement of the dough part with the speed of the conveyed dough part, at least during contact of the press stamp with the dough part - a control algorithm which, when executed by the controller, adjusts the rotary speed of the press stamp in order to keep the horizontal component of the speed of the press stamp and the conveyor during dough contact equal. - a conveyor, for conveying dough parts in a direction of movement; - at least one press stamp, arranged movable with at least a component in a direction towards a surface of the conveyor for pressing the dough part wherein the press stamp is arranged movable with at least a component in the direction of movement of the dough part by being arranged rotary above the conveyor; - a controller, configured for synchronising the speed of the press stamp in the direction of movement of the dough part with the speed of the conveyed dough part, at least during contact of the press stamp with the dough part - a control algorithm which, when executed by the controller, adjusts the rotary speed of the press stamp in order to keep the horizontal component of the speed of the press stamp and the conveyor during dough contact equal.
A dot recording apparatus comprising: a recording head which has a plurality of nozzles in a nozzle row; a main scan driving mechanism (70-73) which moves the recording head relative to a recording medium (P) in a main scan direction and performs a main scan pass that forms dots on the recording medium; a sub-scan driving mechanism which performs a sub-scan which relatively moves the recording medium and the recording head in a sub-scan direction that intersects with the main scan direction; and a control unit , wherein the control unit is configured to perform multi-pass recording which completes forming of the dots on a main scan line by N (N is an integer equal to or greater than 2) main scan passes, wherein a dot rate which represents a rate of pixels in which dot recording is performed in each main scan pass of the multi-pass recording is set so as to be changed gradually and periodically over a plurality of sections in the main scan direction, and wherein the number of values of the dot rate different from each other in the plurality of sections lined up in the main scan direction is set so as to be equal to or greater than 3, characterized in that : each section is separated by a boundary with a non-linear shape repeated in a predetermined period along a direction intersecting the main scan direction. a recording head which has a plurality of nozzles in a nozzle row; a main scan driving mechanism (70-73) which moves the recording head relative to a recording medium (P) in a main scan direction and performs a main scan pass that forms dots on the recording medium; a sub-scan driving mechanism which performs a sub-scan which relatively moves the recording medium and the recording head in a sub-scan direction that intersects with the main scan direction; and a control unit , wherein the control unit is configured to perform multi-pass recording which completes forming of the dots on a main scan line by N (N is an integer equal to or greater than 2) main scan passes, wherein a dot rate which represents a rate of pixels in which dot recording is performed in each main scan pass of the multi-pass recording is set so as to be changed gradually and periodically over a plurality of sections in the main scan direction, and wherein the number of values of the dot rate different from each other in the plurality of sections lined up in the main scan direction is set so as to be equal to or greater than 3, characterized in that : each section is separated by a boundary with a non-linear shape repeated in a predetermined period along a direction intersecting the main scan direction.
A glenoid implant , comprising: a bearing component defining an articulating surface, wherein the bearing component is comprised of a polymer; an augment component , wherein the augment component is comprised of a metal, the augment component forming at least a first portion of a bone contacting surface ; and at least one projection extending from the bone contacting surface, the glenoid implant characterized in that the bearing component is overmolded on the augment component or the augment component is a modular component of the glenoid implant. a bearing component defining an articulating surface, wherein the bearing component is comprised of a polymer; an augment component , wherein the augment component is comprised of a metal, the augment component forming at least a first portion of a bone contacting surface ; and at least one projection extending from the bone contacting surface, the glenoid implant characterized in that the bearing component is overmolded on the augment component or the augment component is a modular component of the glenoid implant.
Process for producing metallurgical silicon, wherein a mixture of a raw material mixture containing silicon dioxide and carbon and a recycle feed containing organosilicon compounds is reacted in an electric furnace. wherein a mixture of a raw material mixture containing silicon dioxide and carbon and a recycle feed containing organosilicon compounds is reacted in an electric furnace.
A method for measuring a liquid level (L) of a fluid contained in a pressure vessel the method comprising: i) providing a thermometric well inside the pressure vessel, wherein the thermometric well extends vertically in the pressure vessel; ii) wherein said thermometric well has an inner surface which is not in contact with the fluid and is separated from the fluid by a side wall of the thermometric well; iii) heating said inner surface of the thermometric well; iv)detecting the temperature of at least one detection point of said inner surface; v) estimating a position of the liquid level based on the difference between at least one reference temperature and the actual temperature detected at step iv); wherein the pressure vessel is a piece of equipment of a plant for the synthesis of urea, or of a plant for the synthesis of melamine. i) providing a thermometric well inside the pressure vessel, wherein the thermometric well extends vertically in the pressure vessel; ii) wherein said thermometric well has an inner surface which is not in contact with the fluid and is separated from the fluid by a side wall of the thermometric well; iii) heating said inner surface of the thermometric well; iv)detecting the temperature of at least one detection point of said inner surface; v) estimating a position of the liquid level based on the difference between at least one reference temperature and the actual temperature detected at step iv); wherein the pressure vessel is a piece of equipment of a plant for the synthesis of urea, or of a plant for the synthesis of melamine.
A method comprising: receiving, by a base station central unit from a base station distributed unit, assistance information comprising information of subsequent data for a small data transmission, SDT, procedure of a wireless device; and transmitting a radio resource control, RRC, release message to the wireless device based on the assistance information. receiving, by a base station central unit from a base station distributed unit, assistance information comprising information of subsequent data for a small data transmission, SDT, procedure of a wireless device; and transmitting a radio resource control, RRC, release message to the wireless device based on the assistance information.
A process for the preparation of an instant coffee product comprising aromatized soluble coffee particles, the process comprising (a) providing soluble coffee particles; (b) providing an odor-acceptable edible oil; (c) applying the oil on the soluble coffee particles, wherein the oil is subjected to aroma transfer from roast coffee beans, so as to obtain soluble coffee particles comprising aromatized oil, the aroma transfer being conducted for an incubation time of at least one day, wherein the amount of the aromatized oil in the instant coffee product is 0.8 wt.% to 4.5 wt.%, wherein the aroma transfer is in an aroma-transfer environment wherein both the oil and roast coffee beans are present, and wherein the aroma-transfer environment is set up in such a way that the coffee beans and the oil cannot come into physical contact with each other.
Display mechanism, for a timepiece movement, including a wheel for displaying a first quantity comprising a shaft intended to carry a member for displaying said first quantity and carrying, constrained to rotate with it, a first wheel and a cam comprising at least one volute-shaped portion, the display mechanism being arranged so as to be able to have an active first state in which said first wheel is intended to have a kinetic connection with a driving wheel of the timepiece movement to be driven in rotation as a function of said first quantity to be displayed, and a zero reset second state in which the kinematic connection is neutralized to allow said first wheel to return to a predefined position, associated with a predefined position of the display member, the display mechanism further including a feeler-spindle adapted to cooperate with the perimeter of said cam and held bearing against the perimeter of said cam in said first state, said feeler-spindle and the perimeter of said cam being arranged and sized so that said feeler-spindle exerts on said cam , in said second state, a return force having a non-radial component adapted to return said first wheel to said predefined position.
A data monitoring system comprising: a server communicatively coupled to a client device and a data module via a data network , wherein the server is configured to: store a private key of a public-private key pair associated with the data module ; receive a request from the client device for authenticated access to the data module ; and generate an authentication key based at least on the private key and a time, wherein the authentication key is used to allow authenticated access to the data module ; the client device configured to: generate the request for authenticated access to the data module ; and transmit the request to the server ; and the data module including a user interface configured to display data and receive a user input, wherein the data module is configured to: store the private key of the public-private key pair associated with the data module ; receive data from a medical device ; generate the authentication key based at least on the private key and the time; and in response to determining that the authentication key generated by the data module and the authentication key generated by the server match, grant authenticated access to the data module . a server communicatively coupled to a client device and a data module via a data network , wherein the server is configured to: store a private key of a public-private key pair associated with the data module ; receive a request from the client device for authenticated access to the data module ; and generate an authentication key based at least on the private key and a time, wherein the authentication key is used to allow authenticated access to the data module ; store a private key of a public-private key pair associated with the data module ; receive a request from the client device for authenticated access to the data module ; and generate an authentication key based at least on the private key and a time, wherein the authentication key is used to allow authenticated access to the data module ; the client device configured to: generate the request for authenticated access to the data module ; and transmit the request to the server ; and generate the request for authenticated access to the data module ; and transmit the request to the server ; and the data module including a user interface configured to display data and receive a user input, wherein the data module is configured to: store the private key of the public-private key pair associated with the data module ; receive data from a medical device ; generate the authentication key based at least on the private key and the time; and in response to determining that the authentication key generated by the data module and the authentication key generated by the server match, grant authenticated access to the data module . store the private key of the public-private key pair associated with the data module ; receive data from a medical device ; generate the authentication key based at least on the private key and the time; and in response to determining that the authentication key generated by the data module and the authentication key generated by the server match, grant authenticated access to the data module .
A method comprising: receiving at least one of weather data comprising weather events associated with a geographic area in which a connected vehicle is located and disaster data comprising disasters and other extreme events associated with the geographic area; determining, by an onboard vehicle computer system of the connected vehicle , that an extreme event is occurring in the geographic area based on the at least one of the weather data and the disaster data ; characterized by automatically unlocking , by the onboard vehicle computer, hidden vehicle functionality of the connected vehicle responsive to determining that the extreme event is occurring, wherein the hidden vehicle functionality comprises one or more functions capable of being performed by hardware and software present on the connected vehicle , and wherein the hidden vehicle functionality is locked such that the one or more functions are not available to a driver of the vehicle prior to unlocking. receiving at least one of weather data comprising weather events associated with a geographic area in which a connected vehicle is located and disaster data comprising disasters and other extreme events associated with the geographic area; determining, by an onboard vehicle computer system of the connected vehicle , that an extreme event is occurring in the geographic area based on the at least one of the weather data and the disaster data ; characterized by automatically unlocking , by the onboard vehicle computer, hidden vehicle functionality of the connected vehicle responsive to determining that the extreme event is occurring, wherein the hidden vehicle functionality comprises one or more functions capable of being performed by hardware and software present on the connected vehicle , and wherein the hidden vehicle functionality is locked such that the one or more functions are not available to a driver of the vehicle prior to unlocking.
Sheet orientation device for a machine for processing sheets (B) of a thin, flat material such as paper, cardboard or foil, having a feed section, at least one sensor for detecting position and/or orientation of the sheet (B) and at least two orientation modules , each of which has an orientation roller , with each of which a drive device is associated, each orientation module being associated with a pivoting device with which the orientation roller can be pivoted about a pivot axis (A) perpendicular to the feed section, characterised in that the spacing of the orientation modules from one another is adjustable.
Handheld ballistic shield of a rectangular shape comprising ballistic material, the shield comprising - an impact face ; - a rear face ; - a first long edge and a second long edge defining the length of the shield ; - two short edges defining the width of the shield ; - a handle on the rear face for carrying or holding the shield ; - connecting means for attaching the handheld ballistic shield to another handheld ballistic shield ; wherein - the connecting means comprises a plurality of first hinge members comprising a hinge pin and a plurality of second hinge members comprising a hinge sleeve; - the hinge pins of two or more first hinge members are aligned along a first line , the first line being substantially perpendicular to the two short edges ; - the hinge sleeves of two or more second hinge members are aligned along a second line , the second line being substantially perpendicular to the two short edges ; - the hinge pins and the hinge sleeves have a corresponding shape that allows the hinge pins of the handheld ballistic shield to fall into the hinge sleeves of another handheld ballistic shield, so that the two handheld ballistic shields are connected to each other; characterized in that - the hinge pins of two or more further first hinge members are aligned along a third line , the third line being substantially perpendicular to the two short edges ; - the hinge sleeves of two or more further second hinge members are aligned along a fourth line , the fourth line being substantially perpendicular to the two short edges . - an impact face ; - a rear face ; - a first long edge and a second long edge defining the length of the shield ; - two short edges defining the width of the shield ; - a handle on the rear face for carrying or holding the shield ; - connecting means for attaching the handheld ballistic shield to another handheld ballistic shield ; - the connecting means comprises a plurality of first hinge members comprising a hinge pin and a plurality of second hinge members comprising a hinge sleeve; - the hinge pins of two or more first hinge members are aligned along a first line , the first line being substantially perpendicular to the two short edges ; - the hinge sleeves of two or more second hinge members are aligned along a second line , the second line being substantially perpendicular to the two short edges ; - the hinge pins and the hinge sleeves have a corresponding shape that allows the hinge pins of the handheld ballistic shield to fall into the hinge sleeves of another handheld ballistic shield, so that the two handheld ballistic shields are connected to each other; - the hinge pins of two or more further first hinge members are aligned along a third line , the third line being substantially perpendicular to the two short edges ; - the hinge sleeves of two or more further second hinge members are aligned along a fourth line , the fourth line being substantially perpendicular to the two short edges .