mhurhangee/ep-ind-claims huggingface dataset:
A surgical drive apparatus, comprising: an external rotating shaft adapted for engagement with a resectioning device; a drive unit having a motor disposed in a motor chamber, the motor rotationally coupled to the rotating shaft, the rotating shaft extending through an end of the motor chamber; a cap; wherein a suction chamber is defined by an interior of the cap, the end of the motor chamber receptive to the cap for sealing engagement with the drive unit; the resectioning device extending through the cap for rotational movement relative to the cap and fluid communication with the suction chamber, the external rotating shaft engaging the resectioning device directly for rotation therewith; a fitting coupled to and in fluid communication with the suction chamber and adapted for connection of a low pressure source for evacuating surgical material extracted via the sectioning device from the suction chamber wherein the fitting provides a fluid path to the resectioning device via the suction chamber; and an outflow tube in fluid communication with the suction chamber via the fitting, wherein the external rotating shaft comprises a fluidic passage configured for directing the low pressure to the resectioning device. an external rotating shaft adapted for engagement with a resectioning device; a drive unit having a motor disposed in a motor chamber, the motor rotationally coupled to the rotating shaft, the rotating shaft extending through an end of the motor chamber; a cap; wherein a suction chamber is defined by an interior of the cap, the end of the motor chamber receptive to the cap for sealing engagement with the drive unit; the resectioning device extending through the cap for rotational movement relative to the cap and fluid communication with the suction chamber, the external rotating shaft engaging the resectioning device directly for rotation therewith; a fitting coupled to and in fluid communication with the suction chamber and adapted for connection of a low pressure source for evacuating surgical material extracted via the sectioning device from the suction chamber wherein the fitting provides a fluid path to the resectioning device via the suction chamber; and an outflow tube in fluid communication with the suction chamber via the fitting, wherein the external rotating shaft comprises a fluidic passage configured for directing the low pressure to the resectioning device.
A refractive see-through security element for security papers, value documents and the like, having a transparent or at least translucent feature layer that comprises a plurality of unit cells in a predetermined geometric arrangement, the unit cells each including a predetermined number of substantially achromatically refractive micropattern elements, wherein at least a portion of the micropattern elements - is formed by microprisms, each of which is characterized by the dimensions of its base area, a refracted angle α and an azimuth angle β that specifies the orientation of the microprism, and/or - is formed by three-, four- or more-sided pyramids, and/or - comprises a curved surface, especially at least a portion of the micropattern elements is formed by microcones or by micro-stepped cones, each of which is characterized by the diameter of its base area and an opening angle γ, the micropattern elements being oriented in such a way that they each refract incident light toward a predetermined spatial region such that the light refracted by the individual micropattern elements of a unit cell combines to form a predetermined piece of image information, and the unit cells having a lateral dimension below the resolution limit of the human eye. - is formed by microprisms, each of which is characterized by the dimensions of its base area, a refracted angle α and an azimuth angle β that specifies the orientation of the microprism, and/or - is formed by three-, four- or more-sided pyramids, and/or - comprises a curved surface, especially at least a portion of the micropattern elements is formed by microcones or by micro-stepped cones, each of which is characterized by the diameter of its base area and an opening angle γ,
A central suspension device, comprising a frame, a bolster and a rubber-metal pad spring group composed of at least two rubber-metal pad springs, wherein a bottom end of each of the rubber-metal pad springs is connected with the frame, a top end of at least one rubber-metal pad spring of the rubber-metal pad spring group is connected with the bolster, and a gap exists between a top end of at least one rubber-metal pad spring and the bolster, characterized in that the central suspension device further comprises a longitudinal traction connecting rod device, wherein one end of the longitudinal traction connecting rod device is connected with the frame, and the other end of the longitudinal traction connecting rod device is connected with the bolster, and the rubber-metal pad spring group comprises a first rubber-metal pad spring and a second rubber-metal pad spring, wherein a top end of the second rubber-metal pad spring is connected with the bolster, the first rubber-metal pad spring comprises a first rubber body, a first bottom plate, a top surface wearing plate, a first upper liner and a first positioning pin, wherein the first bottom plate is fixedly connected with a bottom end of the first rubber body, the first upper liner is fixedly connected with a top end of the first rubber body, the top surface wearing plate is fixedly connected to the first upper liner via the first positioning pin, an edge of the first bottom plate is provided with a lower flange used for restricting rotational or transverse movement of the first bottom plate relative to the frame, and a gap exists between the top surface wearing plate and the bolster.
A container closing device (12, 41, 60) for a beverage can having an opening tab which is disposed on a can lid (10, 42, 65), is pivotable about a pivot reception formed in a lid bottom (11, 48, 64) and comprises a push opener on one side of a pivot axis received in the pivot reception and an actuating end on an opposite side of the pivot axis for handling, the lid bottom (11, 48, 64) comprising a closing piece (20, 49), which is divided from the surrounding lid bottom (11, 48, 64) via a predetermined breaking device, below the push opener in such a manner that the closing piece (20, 49) is pressurized via the push opener as a result of a pivoting movement of the opening tab and is detached from the connection to the surrounding lid bottom (11, 48, 64) along the predetermined breaking device for releasing a pouring opening, the container closing device (12, 41, 60) having a pouring protrusion (14, 43, 61) which is disposed on the same side of the pivot axis as the push opener, covers the closing piece (20, 49) and comprises a support end for supporting the pouring protrusion (14, 43, 61) at the lid bottom (11, 48, 64) during the pivoting movement of the opening tab, characterized in that the opening tab is provided with a reactive surface (30, 52) on its underside (27, 45, 62) facing the lid bottom (11, 48, 64) for contact with a liquid pouring from the pouring opening, a sealed space (28, 51) being realized in the area of the reactive surface (30, 52) and the closing piece (20, 49) between the pouring protrusion (14, 43, 61) and the lid bottom (11, 48, 64) so that the reactive surface (30, 52) is disposed at least partially in the sealed space (28, 51) and is sealed against the environment.
Steering system for a motor vehicle, comprising a belt drive which has a toothed belt running around two belt wheels (51, 52) in a driving manner, a monitoring device (8, 9) being provided which interacts with the belt drive and has at least one sensor for monitoring the toothed belt, characterized in in that the toothed belt has a code pattern which can be detected by the sensor, and the sensor is connected to an evaluation device which is designed to detect deviations from a rotational movement of the toothed belt which is synchronous with the belt wheels (51, 52).
A printer provided with a storing space for a paper roll having a core hole in the center comprising: a paper roll holder having a protrusion adapted to fit into the core hole of the paper roll, the paper roll holder being switchable between a protruded state that the protrusion protrudes into the storing space and a retracted state that the protrusion retracts from the storing space, and the paper roll holder being adapted to hold the paper roll while the paper roll holder is in the protruded state; and a stopper adapted to engage with the paper roll holder while the paper roll holder is in the protruded state to prevent the protrusion from turning to a predetermined direction, wherein the paper roll holder moves when the paper roll holder is pushed by the paper roll that is being set into the storing space, and the printer being characterized in that movement of the paper roll holder releases the engagement with the stopper to allow the protrusion to turn to the predetermined direction. a paper roll holder having a protrusion adapted to fit into the core hole of the paper roll, the paper roll holder being switchable between a protruded state that the protrusion protrudes into the storing space and a retracted state that the protrusion retracts from the storing space, and the paper roll holder being adapted to hold the paper roll while the paper roll holder is in the protruded state; and a stopper adapted to engage with the paper roll holder while the paper roll holder is in the protruded state to prevent the protrusion from turning to a predetermined direction, wherein the paper roll holder moves when the paper roll holder is pushed by the paper roll that is being set into the storing space, and the printer being characterized in that movement of the paper roll holder releases the engagement with the stopper to allow the protrusion to turn to the predetermined direction.
A method of controlling a network node in a data packet network, the method comprising the steps of: receiving a first data packet from a first external network node; analysing the first data packet to determine if it is of a class of service deemed to be queuable or unqueuable; determining that the first data packet is queuable; and sending the first data packet to a second external node via an intermediate node, wherein when the first data packet is of the queueable class of service, an intermediate node receiving the first data packet should queue the first data packet if a buffer for storing data packets awaiting transmission of the intermediate node receiving the first data packet is either empty or not empty, the method being characterised by: reclassifying the first data packet to be of the unqueuable class of service, wherein when the first data packet is of the unqueuable class of service, an intermediate node receiving the first data packet should queue the first data packet if the buffer for storing data packets awaiting transmission of the intermediate node receiving the first data packet is empty, and the intermediate node receiving the first data packet should not forward the first data packet to the second external network node if the buffer for storing data packets awaiting transmission of the intermediate node receiving the first data packet is not empty. receiving a first data packet from a first external network node; analysing the first data packet to determine if it is of a class of service deemed to be queuable or unqueuable; determining that the first data packet is queuable; and sending the first data packet to a second external node via an intermediate node, wherein when the first data packet is of the queueable class of service, an intermediate node receiving the first data packet should queue the first data packet if a buffer for storing data packets awaiting transmission of the intermediate node receiving the first data packet is either empty or not empty, the method being characterised by: reclassifying the first data packet to be of the unqueuable class of service, wherein when the first data packet is of the unqueuable class of service, an intermediate node receiving the first data packet should queue the first data packet if the buffer for storing data packets awaiting transmission of the intermediate node receiving the first data packet is empty, and the intermediate node receiving the first data packet should not forward the first data packet to the second external network node if the buffer for storing data packets awaiting transmission of the intermediate node receiving the first data packet is not empty.
A production assembly for connecting a line for liquid or gaseous media to a plug connector, the production assembly comprising: - a measuring device for measuring the geometry of the lines to be connected, wherein a marking device for marking the measured line is formed on the measuring device; - a pressing machine for pressing the plug connector with the measured line, wherein a detection means for detecting a marking placed on the line is formed on the pressing machine. - a measuring device for measuring the geometry of the lines to be connected, wherein a marking device for marking the measured line is formed on the measuring device; - a pressing machine for pressing the plug connector with the measured line, wherein a detection means for detecting a marking placed on the line is formed on the pressing machine.
A turbine engine nozzle extending around a longitudinal axis and comprising a platform, a blade extending radially with respect to the longitudinal axis outwards from the platform, a main flange extending radially inwards from the platform, an abradable element and a support element carrying the abradable element, the support element comprising a flange connected to said main flange, the abradable element being intended to be arranged opposite two wipers carried by a rotor of the turbine engine and which define therebetween an inter-wiper cavity, characterised in that it comprises a reinjection duct comprising an inlet configured to open out into the inter-wiper cavity and an outlet formed at a radially outer end of the flange of the support element and configured to open out into a cavity extending axially downstream of the nozzle, the reinjection duct comprising a section extending in the flange of the support element.
A method (900, 1000) for authorizing use of a biological fluid processing instrument (100, 20a, 20b, 20c) with a disposable component, the disposable component received in the biological fluid processing instrument (100, 20a, 20b, 20c), the method (900, 1000) comprising: acknowledging communication between a controller computer and a validation computer in the biological fluid processing instrument (100, 20a, 20b, 20c); accepting user input of an authorization code associated with the disposable component via an interface on the validation computer, wherein the authorization code allows for the use of a certain number of disposable components, wherein the authorization code is generated using a validation code, a number of disposable components used and a number of disposable components authorized for the biological fluid processing instrument (100, 20a, 20b, 20c); verifying the authorization code using the validation computer; and disabling the biological fluid processing instrument (100, 20a, 20b, 20c) upon a failure verifying the authorization code. acknowledging communication between a controller computer and a validation computer in the biological fluid processing instrument (100, 20a, 20b, 20c); accepting user input of an authorization code associated with the disposable component via an interface on the validation computer, wherein the authorization code allows for the use of a certain number of disposable components, wherein the authorization code is generated using a validation code, a number of disposable components used and a number of disposable components authorized for the biological fluid processing instrument (100, 20a, 20b, 20c); verifying the authorization code using the validation computer; and disabling the biological fluid processing instrument (100, 20a, 20b, 20c) upon a failure verifying the authorization code.
A display device comprising: a display area located over a substrate, the display area including a plurality of pixels of which each includes a first electrode, a second electrode and an intermediate layer including an emission layer and at least one functional layer (320a, 320c), and arranged between the first electrode and the second electrode; a pixel-defining layer covering edges of the first electrode of each of the plurality of pixels; a first spacer arranged on the pixel-defining layer and including a first portion and a second portion, and the second portion of the first spacer being arranged between the first portion of the first spacer and the substrate; and a first hole arranged apart from the first electrode in the display area, the first hole being formed in the second portion of the first spacer and the pixel-defining layer, wherein the first hole has a first upper end and a second upper end, a first height of the first upper end from the substrate being different from a second height of the second upper end from the substrate; characterized in that the first portion of the first spacer has a width increasing toward the substrate and the second portion of the first spacer has a width decreasing toward the substrate; wherein the least one functional layer (320a, 320c) and the second electrode are located inside the first hole, and the emission layer is not located inside the first hole. a display area located over a substrate, the display area including a plurality of pixels of which each includes a first electrode, a second electrode and an intermediate layer including an emission layer and at least one functional layer (320a, 320c), and arranged between the first electrode and the second electrode; a pixel-defining layer covering edges of the first electrode of each of the plurality of pixels; a first spacer arranged on the pixel-defining layer and including a first portion and a second portion, and the second portion of the first spacer being arranged between the first portion of the first spacer and the substrate; and a first hole arranged apart from the first electrode in the display area, the first hole being formed in the second portion of the first spacer and the pixel-defining layer, wherein the first hole has a first upper end and a second upper end, a first height of the first upper end from the substrate being different from a second height of the second upper end from the substrate; characterized in that the first portion of the first spacer has a width increasing toward the substrate and the second portion of the first spacer has a width decreasing toward the substrate; wherein the least one functional layer (320a, 320c) and the second electrode are located inside the first hole, and the emission layer is not located inside the first hole.
A method comprising: receiving, at a TV, signals from the Internet; scanning video header information in a list of video assets for title fields; determining that two or more title fields exist for an asset, with two or more title fields being inferred to indicate a playlist; indicating that the titles are names of the clips in the playlist; and based at least in part on the signals, presenting on the TV a video guide, the video guide including plural playlist thumbnails (42, 48, 52, 56) each associated with the list of video assets provided over the Internet, and presenting with the video guide the playlist comprising at least two video clips, the playlist thumbnail (48, 56) associated with the playlist displaying at least titles of the clips. receiving, at a TV, signals from the Internet; scanning video header information in a list of video assets for title fields; determining that two or more title fields exist for an asset, with two or more title fields being inferred to indicate a playlist; indicating that the titles are names of the clips in the playlist; and based at least in part on the signals, presenting on the TV a video guide, the video guide including plural playlist thumbnails (42, 48, 52, 56) each associated with the list of video assets provided over the Internet, and presenting with the video guide the playlist comprising at least two video clips, the playlist thumbnail (48, 56) associated with the playlist displaying at least titles of the clips.
Filling level sensor for a fuel tank, comprising a ceramic mounting plate with a resistance network arranged thereon and a contact structure for the detection of an electrical filling level signal, and a pot-shaped cover which is connected to the mounting plate and which has an outwardly pointing encircling edge and side surfaces adjoining said edge, the cover and mounting plate forming a closed housing by virtue of the edge of the cover lying on the carrier plate, the cover having an edge area formed by the edge and by the adjoining side surfaces, characterized in that the cover is, in its edge area, metallically strengthened along at least one side surface by means of a separate element (12, 13, 14).
Continuous flexible track for extending about a plurality of aligned wheels on a vehicle or track module, the track including an outer ground-engaging surface and an inner wheel-engaging surface having inwardly-projecting wheel-engaging lugs, each lug having a proximal end, a distal surface, front and back surfaces (36, 38) and opposite side surfaces (40, 42), wherein the lug defines a flex-groove extending between the side surfaces (40, 42) and from the distal surface toward the proximal end, thereby dividing the lug into two portions to allow around-wheel hinging motion, characterized in that the flexible track further includes a lug-receiving cap over and replaceably secured with respect to each lug.
A surface treated-metal oxide particle material comprising: a metal oxide particle material composed of alumina; and a polyorganosiloxane compound with which a surface treatment is performed on the metal oxide particle material and which is represented by general formula: 3 SiO-(SiR 2 -O-) n -SiR 3 (in general formula, each R is independently selected from among alkyl groups having 1 to 4 carbon atoms, and n is not less than 30 and not greater than 60), wherein the surface treated-metal oxide particle material is in a state of being mixable with a resin material. a metal oxide particle material composed of alumina; and a polyorganosiloxane compound with which a surface treatment is performed on the metal oxide particle material and which is represented by general formula: 3 SiO-(SiR 2 -O-) n -SiR 3 (in general formula, each R is independently selected from among alkyl groups having 1 to 4 carbon atoms, and n is not less than 30 and not greater than 60), wherein the surface treated-metal oxide particle material is in a state of being mixable with a resin material.