mhurhangee/ep-ind-claims huggingface dataset:
A design method for a rig for guiding surgery in a joint, wherein said rig comprises a guide body in the form of a hollow tubular shell, configured to define guide channels in the form of at least first and second intersecting cylinders, and a movable wall insert, configured to fit inside the hollow tubular shell so that the combination of parts of the walls of the guide channel inside the hollow tubular shell and a part of a sidewall of the movable wall insert defines an active guide channel in the form of a first cylinder, wherein another active guide channel in the form of a second cylinder may be formed by moving the movable wall insert to another position inside the hollow tubular shell, the design method comprising; - identifying a damage area in said joint; - presenting a 3D view of said identified damage area in a virtual model of the joint; - generating a 3D model of a virtual rig, wherein the generating comprises virtually placing in said 3D view a shape at least partly covering said damage area in said virtual model of the joint; - creating, based on the position of the virtually placed shape, a position of said hollow tubular shell of the virtual rig; - selecting the at least first and second intersecting cylinders of the virtual rig, based on the size and form of the virtually placed shape; - designing the movable wall insert to mimick parts of the pattern of the guide channel inside area of the rig; - creating a positioning surface of the virtual rig as a bone and/or cartilage engaging end of said hollow tubular shell and which positioning surface is adapted to follow the surface of the joint surrounding the virtually placed shape when the virtual rig is placed in the virtual model of the joint; - producing a rig according to the virtual rig. - identifying a damage area in said joint; - presenting a 3D view of said identified damage area in a virtual model of the joint; - generating a 3D model of a virtual rig, wherein the generating comprises virtually placing in said 3D view a shape at least partly covering said damage area in said virtual model of the joint; - creating, based on the position of the virtually placed shape, a position of said hollow tubular shell of the virtual rig; - selecting the at least first and second intersecting cylinders of the virtual rig, based on the size and form of the virtually placed shape; - designing the movable wall insert to mimick parts of the pattern of the guide channel inside area of the rig; - creating a positioning surface of the virtual rig as a bone and/or cartilage engaging end of said hollow tubular shell and which positioning surface is adapted to follow the surface of the joint surrounding the virtually placed shape when the virtual rig is placed in the virtual model of the joint; - producing a rig according to the virtual rig.
A micro-electro-mechanical system (MEMS) device comprising a MEMS sensor; a detector circuit; a controller circuit coupled with the MEMS sensor; a first connection coupled to a first output of the MEMS sensor and a first input of the detector circuit; a second connection coupled to a second output of the MEMS sensor and a second input of the detector circuit; a first switch arranged in the first connection, and a second switch arranged in the second connection, wherein first switch and the second switch are configured to be controlled by the controller circuit,wherein the controller circuit is configured to open the first switch and to close the second switch during a first test mode, and to close the first switch and to open the second switch during a second test mode, so as to connect only a single input of the detector circuit with an output of the MEMS sensor, wherein the first and the second test modes alternatingly connect a single input of the detector circuit with an output of the MEMS sensor. to open the first switch and to close the second switch during a first test mode, and to close the first switch and to open the second switch during a second test mode,
A control device configured to control a control target, the control device comprising: a first unit including a program execution module configured to execute a program created depending on the control target and a port for network connection; a second unit including a detection module configured to determine whether a security event occurs in access from outside to the control device; a state acquisition module configured to monitor connection to the port; and a notification module configured to provide a notification, upon detection of occurrence of the security event, to a notification destination corresponding to the occurred security event, wherein the notification module is configured to provide the notification when the security event occurs including connecting a network cable to said port while said port is a disabled port. a first unit including a program execution module configured to execute a program created depending on the control target and a port for network connection; a program execution module configured to execute a program created depending on the control target and a port for network connection; a second unit including a detection module configured to determine whether a security event occurs in access from outside to the control device; a state acquisition module configured to monitor connection to the port; and a notification module configured to provide a notification, upon detection of occurrence of the security event, to a notification destination corresponding to the occurred security event, wherein the notification module is configured to provide the notification when the security event occurs including connecting a network cable to said port while said port is a disabled port.
Method of adhesively connecting a lightweight composite component, preferably a bridge element, more particularly an element forming a roadway and/or a footpath, comprising a core layer and two cover layers (14, 16) with a further component, comprising the steps: - positioning the composite component and the further component in relation to each other - adhering the composite component and the further component to each other at joint surfaces (18, 38) of each of the components (10, 30), with an adhesive in the form of a multi-component reaction adhesive, more particularly on an epoxide, acryl, polyurethane or polyester basis, characterised in that - during positioning, the composite component and the further component are positioned with regard to each other in such a way that a gap is formed between them, - along the edges, the gap is sealed with sealing means which are different in terms of at least one material parameter, more particularly the viscosity, from the adhesive, wherein through the sealing means and the joint surfaces (18, 38) of each of components (10, 30), a filling volume is defined, - adhesion takes place through filling of the filling volume with the adhesive in a flowing manner, - the adhesive is of low viscosity with a viscosity in the range 1 - 30000 mPas in a temperature range from 0°C to 45°C, preferably in the range from 15°C to 30°C, particularly preferably at a temperature of 20°C. - positioning the composite component and the further component in relation to each other - adhering the composite component and the further component to each other at joint surfaces (18, 38) of each of the components (10, 30), with an adhesive in the form of a multi-component reaction adhesive, more particularly on an epoxide, acryl, polyurethane or polyester basis, characterised in that - during positioning, the composite component and the further component are positioned with regard to each other in such a way that a gap is formed between them, - along the edges, the gap is sealed with sealing means which are different in terms of at least one material parameter, more particularly the viscosity, from the adhesive, wherein through the sealing means and the joint surfaces (18, 38) of each of components (10, 30), a filling volume is defined, - adhesion takes place through filling of the filling volume with the adhesive in a flowing manner, - the adhesive is of low viscosity with a viscosity in the range 1 - 30000 mPas in a temperature range from 0°C to 45°C, preferably in the range from 15°C to 30°C, particularly preferably at a temperature of 20°C.
An agricultural harvesting head comprising: a frame that extends laterally; a reciprocating knife that is supported on the frame; a belt conveyor (104, 106) that is supported on the frame and driven in a lateral direction; and a crop ramp and belt support component (300, 500) comprising: a forward portion (302, 502) that is generally planar; a rear portion (306, 506) that is generally planar and that extends from the forward portion (302, 502), the forward portion (302, 502) inclined relative to the rear portion (306, 506); and a belt support portion that is generally planar and substantially parallel to the rear portion (306, 506), the belt support portion (310, 510) extending at least partially under an interior surface of the belt conveyor (104, 106); wherein the forward portion (302, 502), the rear portion (306, 506), and the third portion are fabricated as a unitary component. a frame that extends laterally; a reciprocating knife that is supported on the frame; a belt conveyor (104, 106) that is supported on the frame and driven in a lateral direction; and a crop ramp and belt support component (300, 500) comprising: a forward portion (302, 502) that is generally planar; a rear portion (306, 506) that is generally planar and that extends from the forward portion (302, 502), the forward portion (302, 502) inclined relative to the rear portion (306, 506); and a belt support portion that is generally planar and substantially parallel to the rear portion (306, 506), the belt support portion (310, 510) extending at least partially under an interior surface of the belt conveyor (104, 106); wherein the forward portion (302, 502), the rear portion (306, 506), and the third portion are fabricated as a unitary component. a forward portion (302, 502) that is generally planar; a rear portion (306, 506) that is generally planar and that extends from the forward portion (302, 502), the forward portion (302, 502) inclined relative to the rear portion (306, 506); and a belt support portion that is generally planar and substantially parallel to the rear portion (306, 506), the belt support portion (310, 510) extending at least partially under an interior surface of the belt conveyor (104, 106); wherein the forward portion (302, 502), the rear portion (306, 506), and the third portion are fabricated as a unitary component.
A method for transmitting delivery characteristics information by a transmission apparatus in a multimedia system, the method comprising: transmitting, to a reception apparatus, a message including a flag indicating that the message includes delivery characteristics information related to a media processing unit, MPU, and a sequence number of the MPU, wherein the delivery characteristics information related to a quality of service, QoS, for an asset includes an element indicating a required loss tolerance for the asset for delivery and an element for classifying services, wherein the element for classifying services indicates at least one of a constant bit rate, CBR, service class to guarantee a peak bit rate at any time to be dedicated for transmitting the asset, and a variable bit rate, VBR, service class to guarantee a sustainable bit rate and allow a peak bit rate for the asset with delay constraints over a shared channel, and wherein the asset includes one or more MPUs that share an asset identifier, ID, and the MPU is identified by the asset ID and the sequence number, and the sequence number of the MPU is unique within the asset. transmitting, to a reception apparatus, a message including a flag indicating that the message includes delivery characteristics information related to a media processing unit, MPU, and a sequence number of the MPU, wherein the delivery characteristics information related to a quality of service, QoS, for an asset includes an element indicating a required loss tolerance for the asset for delivery and an element for classifying services, wherein the element for classifying services indicates at least one of a constant bit rate, CBR, service class to guarantee a peak bit rate at any time to be dedicated for transmitting the asset, and a variable bit rate, VBR, service class to guarantee a sustainable bit rate and allow a peak bit rate for the asset with delay constraints over a shared channel, and wherein the asset includes one or more MPUs that share an asset identifier, ID, and the MPU is identified by the asset ID and the sequence number, and the sequence number of the MPU is unique within the asset.
Guiding means for inserting an elongated intermediate element between at least two decoration elements (30,40) for connecting said decoration elements (30,40), wherein the guiding means comprises: a stop plate with a planar extending stop side (12,14), which is formed of a first stop surface for abutting a first decoration element and a second stop surface for abutting to a second decoration element, a guiding rail protruding from the stop side (12, 14) of the stop plate, comprising an interior space running along the stop side (12, 14), with an inner extension corresponding at least partially to the outer contour of the intermediate element, wherein the guiding rail closes the interior space with an end portion lying opposite to the stop side (12,14), and wherein the guiding rail comprises an inlet opening and an exit opening for the intermediate element, each of which lying on lateral ends of the end portion, a compensation means for compensating positional tolerances of the intermediate element which is located between an area of the stop side (12,14) lying between the first stop surface and the second stop surface and the intermediate element inserted into the inner space, in order to hold the intermediate element distanced from the stop side (12,14), so that the compensation means can exert a force on the intermediate element to press the intermediate element against at least the end portion of the guiding rail, and in that way to define the position of the intermediate element relative to the first stop surface and to the second stop surface. a stop plate with a planar extending stop side (12,14), which is formed of a first stop surface for abutting a first decoration element and a second stop surface for abutting to a second decoration element, a guiding rail protruding from the stop side (12, 14) of the stop plate, comprising an interior space running along the stop side (12, 14), with an inner extension corresponding at least partially to the outer contour of the intermediate element, wherein the guiding rail closes the interior space with an end portion lying opposite to the stop side (12,14), and wherein the guiding rail comprises an inlet opening and an exit opening for the intermediate element, each of which lying on lateral ends of the end portion, a compensation means for compensating positional tolerances of the intermediate element which is located between an area of the stop side (12,14) lying between the first stop surface and the second stop surface and the intermediate element inserted into the inner space, in order to hold the intermediate element distanced from the stop side (12,14), so that the compensation means can exert a force on the intermediate element to press the intermediate element against at least the end portion of the guiding rail, and in that way to define the position of the intermediate element relative to the first stop surface and to the second stop surface.
A method for a channel decoding using a Low-Density Parity-Check, LDPC, code, the method comprising: demodulating a signal transmitted from a transmitter; determining positions of punctured parity bits based on information about a predetermined order of punctured parity bit sets and a number of punctured parity bit sets; and decoding data using the positions of the punctured parity bits, wherein the predetermined order of punctured parity bit sets is determined as 6, 4, 13, 9, 18, 8, 15, 20, 5, 17, 2, 22, 24, 7, 12, 1, 16, 23, 14, 0, 21, 10, 19, 11, 3, when a codeword length, N 1, is 16200, an information length, K 1, is 7200, a modulation scheme is 16 quadrature amplitude modulation, QAM, and the number of parity bits per parity bit set, M 1, is 360 parity bits, wherein the parity bit sets are formed by below equation; P j = p k | j ≡ k mod q, 0 ≤ k < N 1 − K 1, where P j denotes the j th parity bit set, N 1 denotes a length of an LDPC codeword, K 1 denotes a length of an information word, q is a value satisfying q = (N 1 - K 1) / M 1, where K 1 / M 1 is an integer, and 0 ≤ j < q. demodulating a signal transmitted from a transmitter; determining positions of punctured parity bits based on information about a predetermined order of punctured parity bit sets and a number of punctured parity bit sets; and decoding data using the positions of the punctured parity bits,
A rotary machine comprising: a rotor (52, 152); a rotating shaft fixed to the rotor; and a balance weight (53, 153, 253) fixed to the rotor; characterized in that the balance weight has a balance part (53a, 153a, 253a) fixed to the rotor and positioned so as not to contact the rotating shaft; a locking part (53b, 153b, 253b) disposed on a side of the rotating shaft that is opposite from the balance part as viewed from an axial direction of the rotating shaft, the locking part being locked with the rotating shaft so as to limit movement of the balance part along a direction of centrifugal force generated by the rotation of the rotor; a shaft-abutting part (53c, 153c, 253c) positioned between the rotating shaft and the balance part and coupled with the locking part, the shaft-abutting part coming into contact with the rotating shaft; and a coupling part (53d, 153d, 253d) configured to couple the balance part and the shaft-abutting part; the length of the locking part running along a radial direction of the rotor being shorter than the radial distance of the rotor between the rotating shaft and the balance part; and the length of the shaft-abutting part running along the radial direction of the rotor being shorter than the length of the locking part running along the radial direction of the rotor. a rotor (52, 152); a rotating shaft fixed to the rotor; and a balance weight (53, 153, 253) fixed to the rotor; characterized in that the balance weight has a balance part (53a, 153a, 253a) fixed to the rotor and positioned so as not to contact the rotating shaft; a locking part (53b, 153b, 253b) disposed on a side of the rotating shaft that is opposite from the balance part as viewed from an axial direction of the rotating shaft, the locking part being locked with the rotating shaft so as to limit movement of the balance part along a direction of centrifugal force generated by the rotation of the rotor; a shaft-abutting part (53c, 153c, 253c) positioned between the rotating shaft and the balance part and coupled with the locking part, the shaft-abutting part coming into contact with the rotating shaft; and a coupling part (53d, 153d, 253d) configured to couple the balance part and the shaft-abutting part; the length of the locking part running along a radial direction of the rotor being shorter than the radial distance of the rotor between the rotating shaft and the balance part; and the length of the shaft-abutting part running along the radial direction of the rotor being shorter than the length of the locking part running along the radial direction of the rotor.
A recombinant microorganism of the genus Zymomonas or Zymobacter that utilizes arabinose to produce ethanol, said microorganism comprising at least one heterologous gene encoding an arabinose-proton symporter, wherein said symporter is expressed by said microorganism.
An information transmission method of an Integrated Access and Backhaul, IAB, link, comprising a plurality of hops over IAB protocol stacks, comprising: transmitting, by a first IAB node of the IAB link, link state information to a second IAB node of the IAB link, wherein the link state information comprises information indicating radio link failure between the first IAB node and a third IAB node of the IAB link, and identifying a mobile terminal, MT, portion of the first IAB node corresponding to a reported link state, wherein the second IAB node is an IAB child node to the first IAB node in the IAB link that is a hop away from the first IAB node in the plurality of hops in the IAB link. transmitting, by a first IAB node of the IAB link, link state information to a second IAB node of the IAB link, wherein the link state information comprises information indicating radio link failure between the first IAB node and a third IAB node of the IAB link, and identifying a mobile terminal, MT, portion of the first IAB node corresponding to a reported link state, wherein the second IAB node is an IAB child node to the first IAB node in the IAB link that is a hop away from the first IAB node in the plurality of hops in the IAB link.
Blade for a gas turbine, the blade having at least one cross-section that is orthogonal to a blade longitudinal axis, in which cross-section an outer surface of the blade forms a curve (Γ) that extends on the inflow side between a first detachment point (P 1) and a second detachment point (P 2) continuously along an ellipse and/orwithout abrupt changes in curvature approximately along an ellipse, the deviation from a specific closest ellipse shape being a maximum of 5% of the semi-major axis of the relevant closest ellipse, the curve (Γ) detaching at the first detachment point (P 1) toward the suction side and at the second detachment point (P 2) toward the pressure side, in each case without abrupt changes in curvature, from the ellipse or the approximate ellipse, the curve also having a turning point on the pressure side, characterized in that a distance of the second detachment point (P 2) from the turning point along the curve (Γ) is at least as large and at most eight times as large as a distance between the second detachment point (P 2) and the first detachment point (P 1) along the ellipse or the approximate ellipse, the ellipse or approximate ellipse being at an angle between a first tangent (T 1) to the ellipse or approximate ellipse at the first detachment point (P 1) and a second tangent (T 2) to the ellipse or approximate ellipse at the second detachment point (P 2), the angle being at least 90°.