mhurhangee/patent-ind-claim-en huggingface dataset:
A steering unit for a folding bicycle having a frame and a fork rotatably connected to the frame, said steering unit comprising: a coupling member having a first end and a second end ; a steering member rotatably coupled to the coupling member ; a plate fixedly coupled to the first end of the coupling member ; a first pivot member rotatably connecting the steering member to the plate ; a second pivot member capable of pivotally connecting the second end of the coupling member to an end of a fork ; and a locking mechanism coupled to the second end of the coupling member for preventing the second pivot member from pivoting, characterized in that : the locking mechanism comprises two donut-shaped members and a locking pin , wherein the two donut-shaped members are fixedly coupled to an external surface of the coupling member near the second end of coupling member , and are adapted to fit within sidewalls of said fork ; the donut-shaped members are cylindrical in shape and each contains a bore , respectively, extending from end to end; and the locking pin comprises a cylindrical head portion and a cylindrical rod portion extending laterally from head portion . a coupling member having a first end and a second end ; a steering member rotatably coupled to the coupling member ; a plate fixedly coupled to the first end of the coupling member ; a first pivot member rotatably connecting the steering member to the plate ; a second pivot member capable of pivotally connecting the second end of the coupling member to an end of a fork ; and a locking mechanism coupled to the second end of the coupling member for preventing the second pivot member from pivoting, characterized in that : the locking mechanism comprises two donut-shaped members and a locking pin , wherein the two donut-shaped members are fixedly coupled to an external surface of the coupling member near the second end of coupling member , and are adapted to fit within sidewalls of said fork ; the donut-shaped members are cylindrical in shape and each contains a bore , respectively, extending from end to end; and the locking pin comprises a cylindrical head portion and a cylindrical rod portion extending laterally from head portion . the locking mechanism comprises two donut-shaped members and a locking pin , wherein the two donut-shaped members are fixedly coupled to an external surface of the coupling member near the second end of coupling member , and are adapted to fit within sidewalls of said fork ; the donut-shaped members are cylindrical in shape and each contains a bore , respectively, extending from end to end; and the locking pin comprises a cylindrical head portion and a cylindrical rod portion extending laterally from head portion .
A transcatheter prosthetic valve replacement system, comprising a delivery catheter , a frame , a prosthetic valve , a handle , and one or more clamping devices , wherein the prosthetic valve is fixed in the frame , the clamping device is connected to a periphery of the frame , and the frame and the clamping device are capable of being preloaded in the delivery catheter , the clamping device comprises a clamping member , a collar , and a control member ; one end of the clamping member is a fixation end which is fixedly connected to the frame , the other end of the clamping member is a deployable resilient segment which is capable of being compressed and released; the collar is slidably sleeved on the clamping member ; one end of the control member is connected to the collar , and the other end of the control member is connected to the handle in order to be manipulated outside the patient's body; characterized in that from being compressed to being fully released, the clamping member in sequence has two configurations, in the first configuration, the collar is moved along the clamping member towards a free end of the deployable resilient segment and the deployable resilient segment is gradually closed, and in the second configuration, the collar is moved along the deployable resilient segment towards the fixation end and the deployable resilient segment recovers its predetermined shape.
A surface electrode for use on a skin, the surface electrode comprising: - electrode units connectable to a power supply, each electrode unit comprising: - a substrate having a front side and a back side , and - component electrodes (11, 11.1, 11.2) disposed on the front side of the substrate and spaced apart from each other such that a free space volume exists between the component electrodes (11, 11.1, 11.2), each component electrode having a proximal end connected with the substrate , a distal end (11a, 11.1a, 11.2a) configured for contacting the skin, and a middle portion between the proximal end and the distal end (11a, 11.1a, 11.2a), wherein the component electrodes are made of a non-expandable material characterized in that within each of the component electrodes (11, 11.1, 11.2) a thickness (T) of the distal end (11a, 11.1a, 11.2a) is greater than a thickness (t) of the middle portion . - electrode units connectable to a power supply, each electrode unit comprising: - a substrate having a front side and a back side , and - component electrodes (11, 11.1, 11.2) disposed on the front side of the substrate and spaced apart from each other such that a free space volume exists between the component electrodes (11, 11.1, 11.2), each component electrode having a proximal end connected with the substrate , a distal end (11a, 11.1a, 11.2a) configured for contacting the skin, and a middle portion between the proximal end and the distal end (11a, 11.1a, 11.2a), - a substrate having a front side and a back side , and - component electrodes (11, 11.1, 11.2) disposed on the front side of the substrate and spaced apart from each other such that a free space volume exists between the component electrodes (11, 11.1, 11.2), each component electrode having a proximal end connected with the substrate , a distal end (11a, 11.1a, 11.2a) configured for contacting the skin, and a middle portion between the proximal end and the distal end (11a, 11.1a, 11.2a),
Motor vehicle wing , said wing showing an upper edge and a wheel arch delimited by a flanged edge , the wing comprises at least one fusible zone showing reduced mechanical strength by report with the remainder of the wing , at least one fusible zone being arranged on the level of the wheel arch and/or on the level of the upper edge in its portion arranged vertically above the wheel arch , the wing being formed by a On the sheet metal, the flange is characterised in that where at least one fusible zone is formed by a sheet metal strip showing a reduced thickness by report with the thickness of the remainder of the sheet metal forming the flange and/or by a sheet metal strip heat-treated so as to show a reduced mechanical strength by report with the mechanical strength shown by the remainder of the sheet metal forming the flange .
Method for detecting the position of a vehicle along a route , wherein the route is arranged on a concrete floor, wherein the concrete floor has a reinforcement , that is to say in particular an armouring, comprising the temporally successive method steps: wherein, in a first method step, the vehicle carries out a reference journey along the route , wherein the vehicle records measurement points along the route , wherein each measurement point associates a signal from the reinforcement with a position on the route , wherein, in a second method step, a reference profile of the route is determined, in particular by interpolation, from the measurement points ascertained during the reference journey, characterized in that , in a third method step, the vehicle drives along the route during a further journey and records further measurement points, wherein, in a fourth method step, a profile section is determined from the further measurement points by interpolation, wherein, in a fifth method step, the profile section is unequivocally associated with a section of the reference profile by means of a correlation process by determining a maximum of the correlation integral relating to the correlation between the profile section and the section of the reference profile , wherein, in a sixth method step, a position on the route is unequivocally associated with the vehicle by means of the profile section associated with the reference profile . wherein, in a first method step, the vehicle carries out a reference journey along the route , wherein the vehicle records measurement points along the route , wherein each measurement point associates a signal from the reinforcement with a position on the route , wherein, in a second method step, a reference profile of the route is determined, in particular by interpolation, from the measurement points ascertained during the reference journey, characterized in that , in a third method step, the vehicle drives along the route during a further journey and records further measurement points, wherein, in a fourth method step, a profile section is determined from the further measurement points by interpolation, wherein, in a fifth method step, the profile section is unequivocally associated with a section of the reference profile by means of a correlation process by determining a maximum of the correlation integral relating to the correlation between the profile section and the section of the reference profile , wherein, in a sixth method step, a position on the route is unequivocally associated with the vehicle by means of the profile section associated with the reference profile .
A system for deploying an anchor assembly, comprising: a cartridge carrying the anchor assembly, a handle configured to couple with the cartridge such that mechanical energy stored in a spring within the handle is transferred to the cartridge to deploy the anchor assembly; and a lever on the handle, operatively connected to a cam wheel via a drive mechanism , such that pulling on the lever causes rotation of the cam wheel ; a firing sled releasably coupled to the cam wheel , and connected to the spring , wherein rotation of the cam wheel to a first angular position causes the firing sled to be released from the cam wheel and the mechanical energy stored in the spring to be transferred to the firing sled , causing it to move forward, thereby deploying the anchor assembly from a distal end of the cartridge ; and wherein further rotation of the cam wheel to a second angular position restores the firing sled to its original position, thereby restoring the majority of the mechanical energy to the spring . a cartridge carrying the anchor assembly, a handle configured to couple with the cartridge such that mechanical energy stored in a spring within the handle is transferred to the cartridge to deploy the anchor assembly; and a lever on the handle, operatively connected to a cam wheel via a drive mechanism , such that pulling on the lever causes rotation of the cam wheel ; a firing sled releasably coupled to the cam wheel , and connected to the spring , wherein rotation of the cam wheel to a first angular position causes the firing sled to be released from the cam wheel and the mechanical energy stored in the spring to be transferred to the firing sled , causing it to move forward, thereby deploying the anchor assembly from a distal end of the cartridge ; and wherein further rotation of the cam wheel to a second angular position restores the firing sled to its original position, thereby restoring the majority of the mechanical energy to the spring .
Method for producing blanks for endodontic instruments , comprising the steps of i) providing at least one rod , in particular with a length in the range of 1 to 15 m, preferably 2 to 10 m, particularly preferably 3 to 4 m; ii) manufacturing the at least one bar by means of wire erosion technology, wherein an erosion pattern is applied to the at least one bar , wherein that material eroded from the at least one bar is at least partially reattached as a layer to the at least one bar , and wherein the layer of reattached material has a surface hardness which is substantially 0 to 8% harder than the hardness of the material of the at least one bar. i) providing at least one rod , in particular with a length in the range of 1 to 15 m, preferably 2 to 10 m, particularly preferably 3 to 4 m; ii) manufacturing the at least one bar by means of wire erosion technology, wherein an erosion pattern is applied to the at least one bar ,
A display device comprising: a display panel ; a first force sensor disposed under the display panel ; a first waterproof member disposed under the display panel , disposed on one side of the first force sensor, the one side being closer to an edge of one side of the display panel than other side surfaces of the display panel and comprising a base film , a first adhesive layer disposed on an upper surface of the base film, and a second adhesive layer disposed on a lower surface of the base film ; a frame disposed under the first force sensor , and a panel support member disposed under the display panel ; wherein the first waterproof member is attached to a lower surface of the panel support member using the first adhesive layer and an upper surface of the frame using the second adhesive layer , wherein the first adhesive layer and the second adhesive layer are pressure sensitive adhesives, and wherein a height of the first waterproof member is larger than a height of the first force sensor . a display panel ; a first force sensor disposed under the display panel ; a first waterproof member disposed under the display panel , disposed on one side of the first force sensor, the one side being closer to an edge of one side of the display panel than other side surfaces of the display panel and comprising a base film , a first adhesive layer disposed on an upper surface of the base film, and a second adhesive layer disposed on a lower surface of the base film ; a frame disposed under the first force sensor , and a panel support member disposed under the display panel ; wherein the first waterproof member is attached to a lower surface of the panel support member using the first adhesive layer and an upper surface of the frame using the second adhesive layer , wherein the first adhesive layer and the second adhesive layer are pressure sensitive adhesives, and wherein a height of the first waterproof member is larger than a height of the first force sensor .
Method for transmitting data in a communication network having at least one distribution node (CU1, CU2, CU3, CU4) having a plurality of input/output interfaces each connected to a network segment (M1, S1, S2, S3, S4, S5), wherein a first subscriber is arranged in a first network segment (M1) and at least one second subscriber is arranged in a second network segment (S1, S2, S3, S4, S5), wherein data are interchanged between the subscribers in the form of messages, wherein control data containing an item of forwarding time information relating to when the corresponding message is intended to be output by the distribution node (CU1, CU2, CU3, CU4), via the input/output interface, in the direction of the first network segment (M1) containing the first subscriber are respectively assigned to the messages to be transmitted from the second subscriber to the first subscriber, characterized in that the first subscriber is a master subscriber (M) and the second subscriber is a slave subscriber, wherein data interchange is initiated by the master subscriber (M) and the messages are transmitted from the slave subscriber to the master subscriber on the request of the master subscriber, wherein the forwarding time information for the messages transmitted from the slave subscriber to the master subscriber is stipulated by the master subscriber (M) by virtue of the control data which are respectively assigned to the messages and contain the forwarding time information being generated in the request by the master subscriber and being included in the request.
A contact assembly for connecting superconducting components, each superconducting component comprising a plurality of coated conductor superconducting tapes (121-123, 141-143), said contact assembly comprising a pair of conductive walls and a plurality of contact units arranged between the conductive walls , each contact unit being configured for connecting one of the plurality of coated conductor superconducting tapes (121-123) of the first superconducting component and a corresponding one of the plurality of coated conductor superconducting tapes (141-143) of the second superconducting component, wherein each contact unit comprises: a first contact section (F2F) for connecting a first portion of the one of the coated conductor superconducting tapes (121-123) of the first superconducting component and a first portion of the corresponding one of the coated conductor superconducting tapes (141-143) of the second superconducting component via a face-to-face connection; a second contact section (FCuF) for connecting a second portion of the one of the superconducting coated conductor superconducting tapes (121-123) of the first superconducting component to a second portion of the corresponding one of the coated conductor superconducting tapes of the second superconducting component via a conductive bridge of not superconducting material, and wherein the conductive bridges of the plurality of contact units contact the conductive walls . a first contact section (F2F) for connecting a first portion of the one of the coated conductor superconducting tapes (121-123) of the first superconducting component and a first portion of the corresponding one of the coated conductor superconducting tapes (141-143) of the second superconducting component via a face-to-face connection; a second contact section (FCuF) for connecting a second portion of the one of the superconducting coated conductor superconducting tapes (121-123) of the first superconducting component to a second portion of the corresponding one of the coated conductor superconducting tapes of the second superconducting component via a conductive bridge of not superconducting material, and wherein the conductive bridges of the plurality of contact units contact the conductive walls .
A neonatal drape device comprising: a sheet formed from a pliable heat-retaining material and comprising a central base portion having a length and a width and a plurality of leaves, each of the plurality of leaves separated from the central base by a corresponding plurality of fold lines , the plurality of leaves foldable over the neonatal subject along the corresponding fold lines , the plurality of leaves comprising a lateral leaf and a bottom leaf , the lateral leaf extending from a lateral edge of the central base portion and the bottom leaf extending from a bottom edge of the central base portion ; characterized in that : the central base portion is sized and dimensioned to receive a neonatal subject in a supine position, the lateral leaf has a length substantially equivalent to the length dimension of the central base portion and the bottom leaf has a width substantially equivalent to the width dimension of the central base portion ; and a notch is formed in the pliable heat-retaining material at a corner where the lateral leaf , the bottom leaf , and the central base portion meet to enable routing of a conduit through the neonatal drape device. the central base portion is sized and dimensioned to receive a neonatal subject in a supine position, the lateral leaf has a length substantially equivalent to the length dimension of the central base portion and the bottom leaf has a width substantially equivalent to the width dimension of the central base portion ; and a notch is formed in the pliable heat-retaining material at a corner where the lateral leaf , the bottom leaf , and the central base portion meet to enable routing of a conduit through the neonatal drape device.
A gas turbine engine , comprising: a bearing compartment ; a seal runner including a tab ; a seal configured to cooperate with the seal runner to seal the bearing compartment ; and a catcher in contact with the tab of the seal runner to minimize deflection of the seal runner , wherein the seal runner further includes: an axially-extending portion configured to contact the seal ; and a deflector projecting radially from an aft end of the axially-extending portion , characterized in that : the tab is arranged adjacent the intersection of the axially-extending portion and the deflector . a bearing compartment ; a seal runner including a tab ; a seal configured to cooperate with the seal runner to seal the bearing compartment ; and a catcher in contact with the tab of the seal runner to minimize deflection of the seal runner , an axially-extending portion configured to contact the seal ; and a deflector projecting radially from an aft end of the axially-extending portion ,
A wiping system for a glass surface of a vehicle, the wiping system comprising at least one wiper blade for wiping the glass surface , and an arm carrying the wiper blade the arm comprising: - at least one driver , the driver being configured to drive the wiper blade in a reciprocating manner; - a rod at the end of which the wiper blade is arranged; - at least one connecting member arranged between the rod and the driver the arm having a pivot connection (P) between the connecting member and the driver and a rotational connection (R) between the connecting member and the rod the wiping system comprising a means for limiting the pivoting of the pivot connection (P) between the connecting member and the driver , characterized in that the pivot limiting means comprises at least one groove arranged on the driver and at least one pin projecting from the connecting member , and/or at least one groove arranged on the connecting member and at least one pin projecting from the driver , said at least one pin cooperating with said at least one groove to block the pivoting of the connecting member about the axis (S) of the pivot connection (P) at the level of the pivot connection (P), the pin cooperating with the groove to block the pivoting of the connecting member about the axis (S) of the pivot connection (P) at a first end of the at least one groove or at a second end of the at least one groove . - at least one driver , the driver being configured to drive the wiper blade in a reciprocating manner; - a rod at the end of which the wiper blade is arranged; - at least one connecting member arranged between the rod and the driver the arm having a pivot connection (P) between the connecting member and the driver and a rotational connection (R) between the connecting member and the rod the wiping system comprising a means for limiting the pivoting of the pivot connection (P) between the connecting member and the driver , characterized in that the pivot limiting means comprises at least one groove arranged on the driver and at least one pin projecting from the connecting member , and/or at least one groove arranged on the connecting member and at least one pin projecting from the driver , said at least one pin cooperating with said at least one groove to block the pivoting of the connecting member about the axis (S) of the pivot connection (P) at the level of the pivot connection (P), the pin cooperating with the groove to block the pivoting of the connecting member about the axis (S) of the pivot connection (P) at a first end of the at least one groove or at a second end of the at least one groove .