mhurhangee/ep-ind-claims huggingface dataset:
An adaptable working channel apparatus for adaptive mounting to an endoscope with at least one external working channel connected at its proximal end portion to a first mounting coupling, a handle-mounting sleeve formed separately from the working channel and provided to encompass an endoscope shaft or an endoscope handle like a sleeve and which has on its radially outer circumferential side at least a second mounting coupling which is configured to come into releasable mounting engagement with the first mounting coupling, wherein the first mounting coupling has two clamping branches spring-loaded into a clamping engagement, hinged together in a clothespin-like manner, to form a respective clamping branch portion and a manual actuation branch portion, and the second mounting coupling has a mounting rail extending in a longitudinal direction of the handle-mounting sleeve and has or forms at least one undercut which is dimensioned such that it can be form-fittingly embraced by the clamping branches of the first mounting coupling. at least one external working channel connected at its proximal end portion to a first mounting coupling, a handle-mounting sleeve formed separately from the working channel and provided to encompass an endoscope shaft or an endoscope handle like a sleeve and which has on its radially outer circumferential side at least a second mounting coupling which is configured to come into releasable mounting engagement with the first mounting coupling, wherein the first mounting coupling has two clamping branches spring-loaded into a clamping engagement, hinged together in a clothespin-like manner, to form a respective clamping branch portion and a manual actuation branch portion, and the second mounting coupling has a mounting rail extending in a longitudinal direction of the handle-mounting sleeve and has or forms at least one undercut which is dimensioned such that it can be form-fittingly embraced by the clamping branches of the first mounting coupling.
Shielding sleeve for contacting shielding elements between lines and plug connectors, having a spring region with a multiplicity of spring elements, and having a sleeve region with a cylindrical and at least regional circumferential extent, wherein the spring region and the sleeve region are formed in one piece, wherein the spring elements are formed in a roof-shaped arrangement by at least two spring limbs, wherein the at least one spring element has a third spring limb such that the roof-shaped arrangement of the spring element is supplemented to form an at least regionally closed triangle, wherein the third spring limb is in the form of an element with a linearly continuing longitudinal extent of the sleeve region, characterized in that the spring elements have a rounding at an end such that a sliding relative movement and support of the respective spring element at an abutment surface of the sleeve region is assisted, wherein the roof-shaped arrangement of the at least one spring element has a convexity in its gable portion.
A compound comprising the structure of Formula: wherein: i) m is 0, 1, 2, or 3; ii) n is 0, 1, 2, or 3; iii) o is 0, 1, 2, or 3; iv) p is 0 or 1; v) r is 0 or 1; vi) q is an integer from 1 to 400; vii) Q x is NH, (C 1 -C 10)alkylene, (C 2 -C 9)heteroalkyl, (C 3 -C 10)cycloalkyl, (C 2 -C 9)heterocycloalkyl, (C 6 -C 14)aryl, (C 2 -C 9)heteroaryl; viii) Q y is NH-R w, NH-CH 2 -R w, (C 1 -C 10)alkylene, or (C 6 -C 14)aryl, wherein R w is absent or a (C 1 -C 10)alkylene, (C 2 -C 9)heteroalkyl, (C 6 -C 14)aryl, or (C 2 -C 9)heteroaryl; ix) R x and R y are each independently a pharmaceutically acceptable end group, with the exception of the compound where m=n=o=0, p=r=q=1, Q x = Q y = CH2, and R x = R y =H. i) m is 0, 1, 2, or 3; ii) n is 0, 1, 2, or 3; iii) o is 0, 1, 2, or 3; iv) p is 0 or 1; v) r is 0 or 1; vi) q is an integer from 1 to 400; vii) Q x is NH, (C 1 -C 10)alkylene, (C 2 -C 9)heteroalkyl, (C 3 -C 10)cycloalkyl, (C 2 -C 9)heterocycloalkyl, (C 6 -C 14)aryl, (C 2 -C 9)heteroaryl; viii) Q y is NH-R w, NH-CH 2 -R w, (C 1 -C 10)alkylene, or (C 6 -C 14)aryl, wherein R w is absent or a (C 1 -C 10)alkylene, (C 2 -C 9)heteroalkyl, (C 6 -C 14)aryl, or (C 2 -C 9)heteroaryl; ix) R x and R y are each independently a pharmaceutically acceptable end group, with the exception of the compound where m=n=o=0, p=r=q=1, Q x = Q y = CH2, and R x = R y =H.
A method of designing a dental appliance for a subject individual comprising: displaying a 3D model of the subject individual on a 3D display, the 3D model comprising: a scanned feature comprising a dental arch of the subject individual, and a portion of a face of the subject individual and the arch for relating the arch to the face based on empirical data; and an augmented reality feature comprising a dental appliance for the subject individual; detecting an input with a sensor selected from the group consisting of a motion sensor, a motion capture device, an optical motion sensor, eye tracking sensors, hand-based motion capture devices for receiving inputs based on gestures, optical sensors, a brain-computer interface ("BCI") for receiving inputs based on neural activity, sensors for measuring pulse, temperature, or perspiration; modifying the dental appliance by applying an operation selected from the group consisting of pushing, pulling, rotating, enlarging or shrinking elements and augmented reality features in response to the input to provide a modified dental appliance; repositioning the scanned feature in response to the modified dental appliance to provide a repositioned scanned feature; updating the 3D model in response to the modified dental appliance and the repositioned scanned feature to provide an updated 3D model; and displaying the updated 3D model on the 3D display. displaying a 3D model of the subject individual on a 3D display, the 3D model comprising: a scanned feature comprising a dental arch of the subject individual, and a portion of a face of the subject individual and the arch for relating the arch to the face based on empirical data; and an augmented reality feature comprising a dental appliance for the subject individual; a scanned feature comprising a dental arch of the subject individual, and a portion of a face of the subject individual and the arch for relating the arch to the face based on empirical data; and an augmented reality feature comprising a dental appliance for the subject individual; detecting an input with a sensor selected from the group consisting of a motion sensor, a motion capture device, an optical motion sensor, eye tracking sensors, hand-based motion capture devices for receiving inputs based on gestures, optical sensors, a brain-computer interface ("BCI") for receiving inputs based on neural activity, sensors for measuring pulse, temperature, or perspiration; modifying the dental appliance by applying an operation selected from the group consisting of pushing, pulling, rotating, enlarging or shrinking elements and augmented reality features in response to the input to provide a modified dental appliance; repositioning the scanned feature in response to the modified dental appliance to provide a repositioned scanned feature; updating the 3D model in response to the modified dental appliance and the repositioned scanned feature to provide an updated 3D model; and displaying the updated 3D model on the 3D display.
Elevator arrangement, more particularly in a construction-time elevator, which arrangement comprises - an elevator hoistway, - an elevator car, - hoisting roping for moving the elevator car in the elevator hoistway, - a supporting platform, for supporting the elevator car below it via the hoisting roping, - means for moving the hoisting roping, such as e.g. a traction sheave driven by an electric motor, - a movable support structure above the supporting platform in the elevator hoistway, - hoisting means (9,9',10,10'), which are arranged to lift the supporting platform upwards in the elevator hoistway supported by the support structure, wherein the supporting platform is, for the purpose of the lifting, suspended from the support structure by means of at least one hoisting device and rope comprised in the hoisting means (9,9',10,10') with a lifting ratio of 1:x, where x is greater than 1, characterized in that the hoisting means comprise a first hoisting device, and a second hoisting device, which hoisting devices are arranged to lift the supporting platform, with the same rope connected both to the supporting platform and to the support structure simultaneously with the same lifting ratio.. - an elevator hoistway, - an elevator car, - hoisting roping for moving the elevator car in the elevator hoistway, - a supporting platform, for supporting the elevator car below it via the hoisting roping, - means for moving the hoisting roping, such as e.g. a traction sheave driven by an electric motor, - a movable support structure above the supporting platform in the elevator hoistway, - hoisting means (9,9',10,10'), which are arranged to lift the supporting platform upwards in the elevator hoistway supported by the support structure,
A gaseous-fueled engine comprising: an intake air channel forming an air channel through which air flows; first and second intake pipes (12A, 12B) in which the intake air channel is branched at a branching portion, the first and second intake pipes (12A, 12B) are located downstream in a gas flow direction with respect to the branching portion and are open to a cylinder in a downstream end; and fuel injecting means (31, 32, 33) for injecting gaseous fuel into the intake air channel, wherein the first and second intake pipe (12A, 12B) are designed so that, in the intake air channel, an air flow directed toward the first intake pipe is faster than an air flow directed toward the second intake pipe; the fuel injecting means (31, 32, 33) is disposed upstream of the branching portion in the gas flow direction, and is designed to inject different amounts of the fuel into the first and second intake pipes (12A,12B), and an amount of the fuel injected into the first intake pipe is designed to be larger than an amount of the fuel injected into the second intake pipe, so that a concentration of mixed gas of air and fuel supplied to the cylinder via the first intake pipe and a concentration of mixed gas of air and fuel supplied to the cylinder via the second intake pipe are made uniform. an intake air channel forming an air channel through which air flows; first and second intake pipes (12A, 12B) in which the intake air channel is branched at a branching portion, the first and second intake pipes (12A, 12B) are located downstream in a gas flow direction with respect to the branching portion and are open to a cylinder in a downstream end; and fuel injecting means (31, 32, 33) for injecting gaseous fuel into the intake air channel, wherein the first and second intake pipe (12A, 12B) are designed so that, in the intake air channel, an air flow directed toward the first intake pipe is faster than an air flow directed toward the second intake pipe; the fuel injecting means (31, 32, 33) is disposed upstream of the branching portion in the gas flow direction, and is designed to inject different amounts of the fuel into the first and second intake pipes (12A,12B), and an amount of the fuel injected into the first intake pipe is designed to be larger than an amount of the fuel injected into the second intake pipe, so that a concentration of mixed gas of air and fuel supplied to the cylinder via the first intake pipe and a concentration of mixed gas of air and fuel supplied to the cylinder via the second intake pipe are made uniform.
Pump comprising a drive motor, at least one electronics housing and at least one cooling body for removing heat from the electronics housing, wherein, between the cooling body and the motor housing of the drive motor, there is inserted an intermediate piece for thermally decoupling the cooling body from the motor housing, and wherein the intermediate piece has at least one lead-through opening for the leading-through of at least one component between the motor housing and the cooling body, characterized in that the intermediate piece is made of an elastic material and the intermediate piece is pressed-fitted for geometrical reasons in the region around the at least one lead-through opening in order to seal off the region of the lead-through opening with respect to the surroundings.
A saddle riding type vehicle comprising: a seat which is supported by a vehicle body and on which a passenger can be seated; and an arm rest which is provided to protrude at a side rear position of the seat of the vehicle body and on which an arm of a passenger who is seated on the seat can be rested, wherein the arm rest is supported by the vehicle body rotatably between a use position at which a front end part of the arm rest is directed to a vehicle body front direction and a retracted position at which the front end part of the arm rest is directed to a direction other than the vehicle body front direction, and a rotation shaft of the arm rest is arranged to be directed to a vehicle body front upper direction from the side rear position of the seat of the vehicle body; a trunk main body (11 A) that is arranged at a rear part of the seat and that has an upper part having a goods storage opening (11 Aa); characterised in that the saddle riding type vehicle further comprises a trunk lid that is supported rotatably on a front part side of the goods storage opening by the trunk main body and that opens and closes the goods storage opening such that a rear part of the trunk lid is opened, wherein the rotation shaft is held by a stay that supports the trunk lid such that the arm rest is directed to an upper direction of the vehicle body at the retracted position. a seat which is supported by a vehicle body and on which a passenger can be seated; and an arm rest which is provided to protrude at a side rear position of the seat of the vehicle body and on which an arm of a passenger who is seated on the seat can be rested, wherein the arm rest is supported by the vehicle body rotatably between a use position at which a front end part of the arm rest is directed to a vehicle body front direction and a retracted position at which the front end part of the arm rest is directed to a direction other than the vehicle body front direction, and a rotation shaft of the arm rest is arranged to be directed to a vehicle body front upper direction from the side rear position of the seat of the vehicle body; a trunk main body (11 A) that is arranged at a rear part of the seat and that has an upper part having a goods storage opening (11 Aa); characterised in that the saddle riding type vehicle further comprises a trunk lid that is supported rotatably on a front part side of the goods storage opening by the trunk main body and that opens and closes the goods storage opening such that a rear part of the trunk lid is opened, wherein the rotation shaft is held by a stay that supports the trunk lid such that the arm rest is directed to an upper direction of the vehicle body at the retracted position.
Method for controlling a vehicle having at least a first and a second drive axle (2, 3), wherein the first drive axle is allocated a first drive device and the second drive axle is allocated a second drive device and when operating the first and second drive device (6, 7), a first and second slip (λ_1, λ_2) are present, in the case of a first and a second drive force (F_1, F_2) that act upon the first and the second drive axle (2, 3), characterized in that the method comprises the following steps: - Ascertaining the first and the second drive force (F_1, F_2) for the first and the second drive axle (2, 3) of the vehicle; - Ascertaining the first and second slip value (λ_1, λ_2) for the first and second drive axle (2, 3) of the vehicle; - Determining a first slip measured value (FK_1) for the first drive axle from the first drive force (F_1) and the first slip value (λ_1) and determining a second slip measured value (FK_2) for the second drive axle from the second drive force (F_2) and the second slip value (λ_2); - Predetermining a total torque (M_Ges) that is to act altogether on the first and second drive axle (2, 3); and - Dividing the total torque (M_Ges) into a first and second desired torque (M_Soll_1, M_Soll_2) in dependence upon the first and the second slip measured value (FK_1, FK_2). - Ascertaining the first and the second drive force (F_1, F_2) for the first and the second drive axle (2, 3) of the vehicle; - Ascertaining the first and second slip value (λ_1, λ_2) for the first and second drive axle (2, 3) of the vehicle; - Determining a first slip measured value (FK_1) for the first drive axle from the first drive force (F_1) and the first slip value (λ_1) and determining a second slip measured value (FK_2) for the second drive axle from the second drive force (F_2) and the second slip value (λ_2); - Predetermining a total torque (M_Ges) that is to act altogether on the first and second drive axle (2, 3); and - Dividing the total torque (M_Ges) into a first and second desired torque (M_Soll_1, M_Soll_2) in dependence upon the first and the second slip measured value (FK_1, FK_2).
Reproduction apparatus for printing a digital image by means of a single pass strategy, the reproduction apparatus comprising a control unit and a print engine, where the digital image is constituted of pixels (501, 502), each pixel having assigned a pixel value; the print engine comprising print elements for ejecting an amount of marking material on a receiving material according to a pixel value, the reproduction apparatus further comprising detection means for detecting a failing print element and the control unit comprising derivation means (OD, HT, OD1, OD2, OD3, HT1, HT2, HT3) for deriving from the digital image before printing of the digital image a first matrix (F2aa) of columns of pixel values, wherein each pixel value of the first matrix (F2aa) equals a corresponding pixel value of the digital image incremented with a weight value, a second matrix (F2bb) of columns of pixel values, wherein each pixel value of the second matrix (F2bb) equals a corresponding pixel value of the digital image incremented with a weight value, and a third matrix of columns of pixel values, wherein each pixel value of the third matrix equals a corresponding pixel value of the digital image, merging means for merging the first matrix, the second matrix and the third matrix upon detection of a failing print element for creating a corrected digital image to be printed, wherein upon detection of the failing printing element by the detection means, pixels are intended to be printed by a first printing element left neighbouring the failing printing element according to the pixel values of a column of the first matrix (F2aa) and pixels are intended to be printed by a second printing element right neighbouring the failing printing element according to the pixel values of a column of the second matrix (F2bb).
An apparatus for sensing a fingerprint, the apparatus comprising: a fingerprint sensor; a memory; and at least one processor operatively coupled to the memory, configured to: receive, via the fingerprint sensor, a first sound wave signal reflected at a first point in an object and a second sound wave signal reflected at a second point in the object; detect a first echo signal in the first sound wave signal and a second echo signal in the second sound wave signal; detect a first additional echo signal and a second additional echo signal by comparing a reference signal with the detected first and second echo signals; in response to detecting the first and second additional echo signals based on the comparing, identify a first reception time period of the first additional echo signal and a second reception time period of the second additional echo signal; determine a type of the object based on a comparison of the identified first and second reception time periods, the determined type being a real finger or a fake finger. a fingerprint sensor; a memory; and at least one processor operatively coupled to the memory, configured to: receive, via the fingerprint sensor, a first sound wave signal reflected at a first point in an object and a second sound wave signal reflected at a second point in the object; detect a first echo signal in the first sound wave signal and a second echo signal in the second sound wave signal; detect a first additional echo signal and a second additional echo signal by comparing a reference signal with the detected first and second echo signals; in response to detecting the first and second additional echo signals based on the comparing, identify a first reception time period of the first additional echo signal and a second reception time period of the second additional echo signal; determine a type of the object based on a comparison of the identified first and second reception time periods, the determined type being a real finger or a fake finger. receive, via the fingerprint sensor, a first sound wave signal reflected at a first point in an object and a second sound wave signal reflected at a second point in the object; detect a first echo signal in the first sound wave signal and a second echo signal in the second sound wave signal; detect a first additional echo signal and a second additional echo signal by comparing a reference signal with the detected first and second echo signals; in response to detecting the first and second additional echo signals based on the comparing, identify a first reception time period of the first additional echo signal and a second reception time period of the second additional echo signal; determine a type of the object based on a comparison of the identified first and second reception time periods, the determined type being a real finger or a fake finger.