mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle side section structure comprising: a plurality of framework members that are disposed in a vehicle side section and that have closed cross-sections; side outer panels that are molded independently from the framework members , and that cover the framework members from a vehicle width direction outer side; a door opening configured by the plurality of the framework members ; a side door that is provided at the door opening so as to be capable of opening and closing; and a sealing member that is configured to plug a gap between the door opening and the side door ; the side outer panels surrounding the door opening , and being configured from a plurality of panels including an opening panel that is configured to bear elastic force from the sealing member when the side door is in a closed state and that includes a contact face that is configured to be contacted by the sealing member characterized in that the opening panel includes a weld for each of the framework members , and in that the opening panel includes a bead between the contact face and each weld . a plurality of framework members that are disposed in a vehicle side section and that have closed cross-sections; side outer panels that are molded independently from the framework members , and that cover the framework members from a vehicle width direction outer side; a door opening configured by the plurality of the framework members ; a side door that is provided at the door opening so as to be capable of opening and closing; and a sealing member that is configured to plug a gap between the door opening and the side door ; the side outer panels surrounding the door opening , and being configured from a plurality of panels including an opening panel that is configured to bear elastic force from the sealing member when the side door is in a closed state and that includes a contact face that is configured to be contacted by the sealing member
A fluid device unit structure (FU) comprising a base member and a plurality of fluid devices, including a first valve and a second valve , that are connected via flow paths integrated on the base member to form a single unit, wherein said flow paths include a main fluid flow path and a return flow path that are respectively provided with the first valve and the second valve for switching the flow path, wherein the main fluid flow path includes: a first flow path section that laterally extends from an inlet connection port provided on a side surface of the base member , and a second flow path section that extends from the end of and perpendicular to the first flow path section , characterised in that wherein the return flow path includes: a sloping flow path section that communicates with the second flow path section so as to intersect therewith, the sloping flow path section being a flow path branching at an incline from a branching inlet that is opened in the second flow path section at a position close to an input of the first valve , and the sloping flow path section communicates with a valve chamber of the second valve . a first flow path section that laterally extends from an inlet connection port provided on a side surface of the base member , and a second flow path section that extends from the end of and perpendicular to the first flow path section , characterised in that wherein the return flow path includes: a sloping flow path section that communicates with the second flow path section so as to intersect therewith, the sloping flow path section being a flow path branching at an incline from a branching inlet that is opened in the second flow path section at a position close to an input of the first valve , and the sloping flow path section communicates with a valve chamber of the second valve .
Image capture method using a virtual sensor for tracking a sportsperson or sports equipment moving at high speed along a predetermined course of a scene , implemented in an image capture system comprising a plurality of wide-field image acquisition devices each arranged at a different fixed position along the predetermined course, so that the images captured at a given instant by two different acquisition devices represent different viewpoints of the sportsperson or sports equipment moving over the predetermined course, the method comprising the following steps: - capturing , in real time, images representative of a zone of space substantially equivalent to the predetermined course, by each acquisition device of said plurality; - selecting , for each instant of a plurality of successive instants, a given acquisition device and a portion of the image captured by the latter at said instant; and - reconstructing , from the selected image portions, a video sequence similar to that which would have been captured by an acquisition device moving along said course. - capturing , in real time, images representative of a zone of space substantially equivalent to the predetermined course, by each acquisition device of said plurality; - selecting , for each instant of a plurality of successive instants, a given acquisition device and a portion of the image captured by the latter at said instant; and - reconstructing , from the selected image portions, a video sequence similar to that which would have been captured by an acquisition device moving along said course.
A shaving head comprising: at least one shaving head component extending at least partially along a length of the shaving head ; a first groove of the shaving head extending at least partially along a first side of the at least one shaving head component ; a second groove of the shaving head extending at least partially along a second side of the shaving head component ; and a retainer secured within at least one of the first and second grooves and operable to secure the at least one shaving head component to the shaver head , each retainer having (i) a central retainer body extending along a plane, (ii) a front leg extending from a front of the central retainer body , (iii) a rear leg extending from a rear of the central retainer body , and (iv) a side leg extending from a side of the central retainer body . at least one shaving head component extending at least partially along a length of the shaving head ; a first groove of the shaving head extending at least partially along a first side of the at least one shaving head component ; a second groove of the shaving head extending at least partially along a second side of the shaving head component ; and a retainer secured within at least one of the first and second grooves and operable to secure the at least one shaving head component to the shaver head , each retainer having (i) a central retainer body extending along a plane, (ii) a front leg extending from a front of the central retainer body , (iii) a rear leg extending from a rear of the central retainer body , and (iv) a side leg extending from a side of the central retainer body .
Method for automated manufacture of dentures comprising the steps of - providing a digital data set of the individual denture to be produced; - digital separation of the model into dental arch and gingiva; - producing the dental arch from a ceramic or plastic material using cutting technology; - producing the denture base through generative or ablative procedures from predominantly (meth-)acrylate-based plastic materials; - connecting dental arch and gingiva through bonding or joining or a combination of bonding and joining. - providing a digital data set of the individual denture to be produced; - digital separation of the model into dental arch and gingiva; - producing the dental arch from a ceramic or plastic material using cutting technology; - producing the denture base through generative or ablative procedures from predominantly (meth-)acrylate-based plastic materials; - connecting dental arch and gingiva through bonding or joining or a combination of bonding and joining.
A method of charging a battery , the method comprising: receiving a first input voltage and a first input current at the input of a switching regulator ; generating a first output current from the switching regulator to the battery , wherein the first output current to the battery is greater than the first input current ; and wherein generating the first output current from the switching regulator to the battery comprises: initially generating a constant precharge current ; when the battery voltage increases above a precharge voltage threshold , increase the first output current to a maximum value ; sensing the first input current to the switching regulator , and in accordance therewith, adjusting the first output current as a first output voltage on the battery increases, so that the first input current to the switching regulator is maintained below a first value, wherein the first output current is reduced incrementally in response to sensing the first input current to the switching regulator , and determining that the first input current has increased above the first value. receiving a first input voltage and a first input current at the input of a switching regulator ; generating a first output current from the switching regulator to the battery , wherein the first output current to the battery is greater than the first input current ; and wherein generating the first output current from the switching regulator to the battery comprises: initially generating a constant precharge current ; when the battery voltage increases above a precharge voltage threshold , increase the first output current to a maximum value ; sensing the first input current to the switching regulator , and in accordance therewith, adjusting the first output current as a first output voltage on the battery increases, so that the first input current to the switching regulator is maintained below a first value, wherein the first output current is reduced incrementally in response to sensing the first input current to the switching regulator , and determining that the first input current has increased above the first value. initially generating a constant precharge current ; when the battery voltage increases above a precharge voltage threshold , increase the first output current to a maximum value ; sensing the first input current to the switching regulator , and in accordance therewith, adjusting the first output current as a first output voltage on the battery increases, so that the first input current to the switching regulator is maintained below a first value, wherein the first output current is reduced incrementally in response to sensing the first input current to the switching regulator , and determining that the first input current has increased above the first value.
Impact absorber, in particular for the start and/or end area of a protective device on traffic routes , which possesses an outer profile strip facing a traffic route and an inner profile strip facing away from the traffic route and possesses at least one deformation module with integrated deformation elements , wherein the deformation module possesses an outer strip that has an outer flank , a curved flank and an inner flank and the outer profile strip is connected to the outer flank and the inner profile strip is connected to the inner flank , wherein the outer strip delimits a deformation zone , in which the deformation elements are arranged and the deformation elements have a honeycomb structure, wherein bars from the deformation elements adjoining the outer strip are joined to the outer strip , characterised in that a support is provided that is connected to the deformation module and is displaceably supported on the floor , wherein the support possesses an upper end and is connected to a deformation element in the region of the upper end and that the deformation zone at its rear end facing away from the curved flank is delimited by a rear wall , wherein the rear wall extends obliquely in a vertical direction at an angle (a) between the outer flank and the inner flank , and a set deformation point is provided in the rear wall .
An optical spectroscopy system, comprising: a light transmission unit configured to emit light to a specific region of a subject through a light source using a reference clock; and a light reception unit configured to collect light coming through the specific region, wherein the light reception unit is configured to use the reference clock used for the light emission as a sampling clock, characterized in that the light transmission unit is configured to decrease an on/off duty ratio of the light emission by a predetermined ratio using time-divided spread spectrum codes (TDSSC), and increase an intensity of the light emitted to the specific region by the predetermined ratio, such that total energy of the light emitted to the specific region is maintained constant. a light transmission unit configured to emit light to a specific region of a subject through a light source using a reference clock; and a light reception unit configured to collect light coming through the specific region, wherein the light reception unit is configured to use the reference clock used for the light emission as a sampling clock, characterized in that the light transmission unit is configured to decrease an on/off duty ratio of the light emission by a predetermined ratio using time-divided spread spectrum codes (TDSSC), and increase an intensity of the light emitted to the specific region by the predetermined ratio, such that total energy of the light emitted to the specific region is maintained constant.
A method for producing a positioning guide (PG) used for bonding an orthodontic bracket (B) to a tooth (AT) of a patient, the method comprising: determining and fixing a position of the orthodontic bracket (B) in relation to a side surface (T1, T3) of a corresponding tooth (T) of a setup dental model (M2), wherein the setup dental model (M2) has a dentition state of the patient's dental arch after orthodontic treatment; forming a rigid guiding structure with a first part covering a part of an outer surface of the orthodontic bracket (B) and a second part covering an occlusal surface (T2) of the corresponding tooth (T) of the setup dental model (M2), wherein the first part and the second part of the rigid guiding structure are separated; and forming a flexible linking structure to connect the first part and the second part of the rigid guiding structure to obtain the positioning guide (PG) for the orthodontic bracket (B), wherein the rigid guiding structure is inflexible and the flexible linking structure is elastic and retains form. determining and fixing a position of the orthodontic bracket (B) in relation to a side surface (T1, T3) of a corresponding tooth (T) of a setup dental model (M2), wherein the setup dental model (M2) has a dentition state of the patient's dental arch after orthodontic treatment; forming a rigid guiding structure with a first part covering a part of an outer surface of the orthodontic bracket (B) and a second part covering an occlusal surface (T2) of the corresponding tooth (T) of the setup dental model (M2), wherein the first part and the second part of the rigid guiding structure are separated; and forming a flexible linking structure to connect the first part and the second part of the rigid guiding structure to obtain the positioning guide (PG) for the orthodontic bracket (B), wherein the rigid guiding structure is inflexible and the flexible linking structure is elastic and retains form.
A method for use in connection with a television-broadcast system comprising a news production system and a master control system, wherein the news production system is configured to provide a first video stream to the master control system, and wherein the method comprises: making a determination that a stunt switcher of the master control system is scheduled to run a first Digital Video Effect to modify the first video stream by overlaying first content on a first area of video content represented by the first video stream; responsive to making the determination that the stunt switcher is scheduled to run the first Digital Video Effect to modify the first video stream, selecting a second Digital Video Effect to run on a production switcher of the news production system by using mapping data that maps the first Digital Video Effect to the second Digital Video Effect; and causing the production switcher to run the selected second Digital Video Effect to generate the first video stream by modifying an input video stream, wherein running the second DVE causes the production switcher to modify the input video stream by overlaying second content on a second area of video content represented by the input video stream. making a determination that a stunt switcher of the master control system is scheduled to run a first Digital Video Effect to modify the first video stream by overlaying first content on a first area of video content represented by the first video stream; responsive to making the determination that the stunt switcher is scheduled to run the first Digital Video Effect to modify the first video stream, selecting a second Digital Video Effect to run on a production switcher of the news production system by using mapping data that maps the first Digital Video Effect to the second Digital Video Effect; and causing the production switcher to run the selected second Digital Video Effect to generate the first video stream by modifying an input video stream, wherein running the second DVE causes the production switcher to modify the input video stream by overlaying second content on a second area of video content represented by the input video stream.
A method performed by an on-board control unit of a vehicle for enabling a safe operation of the vehicle , wherein the method comprise: receiving , from an off-board control station , information indicating that the vehicle is to be activated for operation; transmitting a first activation code to the off-board control station in response to the received information by embedding a visual representation of the first activation code in camera images obtained from one or more on-board cameras and transmitting the camera images comprising the visual representation of the first activation code to the off-board control station ; receiving , via a wireless communication interface , a second activation code from an off-board control station capable of remotely operating the vehicle ; and activating the vehicle for operation in case the received second activation code correspond to the first activation code comprised in the on-board control unit . receiving , from an off-board control station , information indicating that the vehicle is to be activated for operation; transmitting a first activation code to the off-board control station in response to the received information by embedding a visual representation of the first activation code in camera images obtained from one or more on-board cameras and transmitting the camera images comprising the visual representation of the first activation code to the off-board control station ; receiving , via a wireless communication interface , a second activation code from an off-board control station capable of remotely operating the vehicle ; and activating the vehicle for operation in case the received second activation code correspond to the first activation code comprised in the on-board control unit .
Hoisting system for a drilling rig, the hoisting system comprising: - a wire rope ; - a winch for pulling in and letting out said wire rope , - a support structure, such as a derrick; - a wire rope guiding sheave connected to the support structure, said wire rope guiding sheave being provided between said winch and a load suspension member along the wire rope ; and - one or two stabilizers for damping lateral vibrations of the wire rope between said winch and said wire rope guiding sheave , characterised in that , in order to increase the damping effect of the one or two stabilizers , each of the one or two stabilizers is provided closer to the wire rope guiding sheave than to the winch along the wire rope , wherein a first stabilizer of said one or two stabilizers comprises one or more dampers with first end(s) connected to said support structure, said first stabilizer further comprising one or more pairs of guide rollers common to each of said one or more dampers and connected to a second end of said one or more pairs of dampers , said wire rope being adapted to run between the rollers of each of said one or more pairs of guide rollers, and wherein said first stabilizer comprises a pair of dampers , wherein longitudinal axes of the two dampers are substantially perpendicularly oriented relative to each other. - a wire rope ; - a winch for pulling in and letting out said wire rope , - a support structure, such as a derrick; - a wire rope guiding sheave connected to the support structure, said wire rope guiding sheave being provided between said winch and a load suspension member along the wire rope ; and - one or two stabilizers for damping lateral vibrations of the wire rope between said winch and said wire rope guiding sheave , characterised in that , in order to increase the damping effect of the one or two stabilizers , each of the one or two stabilizers is provided closer to the wire rope guiding sheave than to the winch along the wire rope ,
A needleless connector, comprising: a body ; valve element at least partially disposed within the body , the valve element comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface; and a base comprising a rim having a top surface that is in contact with at least a portion of the bottom surface of the flange of the valve element , the rim defining a recess with a bottom surface distally separated from the top surface of the rim , and at least one support member extending from the rim laterally into the recess and from the top surface of the rim over the bottom surface of the recess , the base further comprises an air passage extending from the bottom surface of the recess through the base to an ambient environment, wherein the at least one support member does not extend over the air passage . a body ; valve element at least partially disposed within the body , the valve element comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface; and a base comprising a rim having a top surface that is in contact with at least a portion of the bottom surface of the flange of the valve element , the rim defining a recess with a bottom surface distally separated from the top surface of the rim , and at least one support member extending from the rim laterally into the recess and from the top surface of the rim over the bottom surface of the recess , the base further comprises an air passage extending from the bottom surface of the recess through the base to an ambient environment, wherein the at least one support member does not extend over the air passage .