mhurhangee/ep-ind-claims huggingface dataset:
Length-measuring device comprising a hollow profile, in the interior of which a scale is arranged and which has a slot, which runs along the scale and through which engages, during the position-measuring operation, a drive dog of a scanning unit which scans the scale, wherein the slot is sealed by means of an elastic seal, which runs along the hollow profile, and the seal is fixed on the hollow profile, characterized in that a sleeve is fastened in a tension-resistant manner on the seal, and the sleeve has a stop, which acts in the longitudinal direction (+X, -X) of the hollow profile and by means of which the sleeve is supported at the end of the hollow profile such that the seal is mounted in a tensioned state in the longitudinal direction along the hollow profile, and the sleeve fixes the seal on the hollow profile.
System consisting of helmet and chin protection, wherein the chin protection is detachably attached to the helmet, wherein the attachment and/or detachment of the chin protection can be performed from the outside of the helmet, wherein the system can be brought into a locked state, in which helmet and chin protection are connected to each other, and an unlocked state, in which helmet and chin protection can be detached from each other, wherein at least one connecting section is provided on each side of the helmet, to which the chin protection can be fastened, characterized in that the at least one connecting section has at least one first recess and at least one second recess, wherein at least one pin is arranged in the second recess, which pin preferably projects from the side wall of the second recess, wherein a button is mounted on the chin protection, by actuation of which button the unlocked state can be assumed and the chin protection can be detached from the helmet, and wherein at least one perforated plate is arranged on the chin protection on each of the two sides, which perforated plate is integrally formed with the button and further comprises at least one hole, wherein the at least one hole is adapted to engage the at least one pin of the helmet in the locked position, wherein at least one projection is arranged on the chin protection on both sides, respectively, which is adapted to engage with the at least one first recess of the helmet.
A pharmaceutical packaging system for an injectable oxygen-sensitive drug, the packaging system comprising: (i) a syringe filled under inert conditions with an injectable oxygen-sensitive drug, wherein the oxygen-sensitive drug is one of morphine, hydromorphone, and promethazine; (ii) a hermetically sealed oxygen barrier blister packaging which houses the syringe; and (iii) an oxygen absorber, characterized in that the syringe has an oxygen permeable tip cap and the blister packaging comprises a multilayer bottom web comprising ethylene vinyl alcohol (EVOH) and a multilayer top web lid comprising aluminum foil or EVOH, wherein the oxygen absorber reduces the oxygen level present from the time of packaging assembly to zero percent in one to three days in the blister packaging and in one to three months in the syringe. (i) a syringe filled under inert conditions with an injectable oxygen-sensitive drug, wherein the oxygen-sensitive drug is one of morphine, hydromorphone, and promethazine; (ii) a hermetically sealed oxygen barrier blister packaging which houses the syringe; and (iii) an oxygen absorber, characterized in that the syringe has an oxygen permeable tip cap and the blister packaging comprises a multilayer bottom web comprising ethylene vinyl alcohol (EVOH) and a multilayer top web lid comprising aluminum foil or EVOH, wherein the oxygen absorber reduces the oxygen level present from the time of packaging assembly to zero percent in one to three days in the blister packaging and in one to three months in the syringe.
A clamping element for bone fractures, comprising a flexible and substantially non-plastically deformable continuous loop, inside which at least two fixing means, preferably cortical screws, can be pushed through, and an extension element of alterable length that can be inserted into and is expandable inside the continuous loop in such a manner that, in order to apply forces directed towards each other to the fixing means, a predetermined tensile stress can be generated over the circumference of the continuous loop by means of the regulation of the length of the extension element.
Panel which comprises coupling parts on at least two opposite sides by means of which coupling parts two such panels can be brought into a coupled position; wherein these coupling parts form a horizontally active locking system and a vertically active locking system; wherein the horizontally active locking system has a male part and a female part which allow two such panels to be connected to each other on the aforementioned sides by fitting one of these panels with the associated male part in the female part of the other panel by means of a downward movement; wherein the vertically active locking system comprises a locking element which is fitted in one of the respective sides in the form of an insert; wherein this locking element comprises at least a blocking body, a securing section and a bending zone; wherein the aforementioned bending zone consists of an elastic bending zone which forms a connection between the securing section and the blocking body, wherein the locking element consists of a strip which is secured in a recess in the panel, wherein the locking element consists of a coextruded plastic strip which, viewed in cross section, consists of several zones made of plastic with different properties, namely, on the one hand, at least a first zone formed by the aforementioned blocking body, and, on the other hand, at least a second zone formed by the aforementioned bending zone, wherein the blocking body is substantially made of a first polymer, wherein the bending zone is substantially made of a second polymer, characterized in that the blocking body is substantially or entirely made of a mixture of the first polymer and the second polymer, or in that the bending zone is substantially or entirely made of a mixture of the second polymer and the first polymer. wherein the vertically active locking system comprises a locking element which is fitted in one of the respective sides in the form of an insert; wherein this locking element comprises at least a blocking body, a securing section and a bending zone; wherein the aforementioned bending zone consists of an elastic bending zone which forms a connection between the securing section and the blocking body, wherein the locking element consists of a strip which is secured in a recess in the panel, wherein the locking element consists of a coextruded plastic strip which, viewed in cross section, consists of several zones made of plastic with different properties, namely, on the one hand, at least a first zone formed by the aforementioned blocking body, and, on the other hand, at least a second zone formed by the aforementioned bending zone, wherein the blocking body is substantially made of a first polymer, wherein the bending zone is substantially made of a second polymer, characterized in that the blocking body is substantially or entirely made of a mixture of the first polymer and the second polymer, or in that the bending zone is substantially or entirely made of a mixture of the second polymer and the first polymer.
A semiconductor die encapsulation or carrier-mounting method comprising the steps of - providing a first tool part constructed and arranged for holding multiple semiconductor dies at positions associated with the first tool part; - providing semiconductor dies to said positions associated with the first tool part; - providing a second tool part, one of the first and second tool parts comprising displaceable insert members constructed and arranged to allow applying a pressure by each displaceable insert member onto a surface area of a semiconductor die provided on the first tool part, each of said positions associated with the first tool part being associated with one or more displaceable insert members; - bringing together the first and second tool parts (110, 120) such as to define a space between the first and second tool parts, the semiconductor dies being arranged in the space; - having the displaceable insert member applying a force onto said surface area of the semiconductor die; - monitoring the force applied by each displaceable insert member; - regulating the force applied by each displaceable insert member to a predetermined force; - separating the first and second tool parts; and - removing the processed semiconductor dies. - providing a first tool part constructed and arranged for holding multiple semiconductor dies at positions associated with the first tool part; - providing semiconductor dies to said positions associated with the first tool part; - providing a second tool part, one of the first and second tool parts comprising displaceable insert members constructed and arranged to allow applying a pressure by each displaceable insert member onto a surface area of a semiconductor die provided on the first tool part, each of said positions associated with the first tool part being associated with one or more displaceable insert members; - bringing together the first and second tool parts (110, 120) such as to define a space between the first and second tool parts, the semiconductor dies being arranged in the space; - having the displaceable insert member applying a force onto said surface area of the semiconductor die; - monitoring the force applied by each displaceable insert member; - regulating the force applied by each displaceable insert member to a predetermined force; - separating the first and second tool parts; and - removing the processed semiconductor dies.
Method of obtainment, by a first user of an IP network, of technical capabilities of a client device among a plurality of client devices of a second user, said client devices being connected to said IP network, said IP network implementing a session control protocol using signalling messages of request type and response type, said method comprising the following steps: a) a client device of said first user sends (E1, E'1, E"4) a said first signalling message of request type (INVITE, UPDATE, REVOPTIONS, OPTIONS) to said second user, said first message being of a dedicated type (REVOPTIONS) or comprising a header containing a dedicated indicator (reversecap), and b) each of the client devices of the second user having received said first message of a dedicated type (REVOPTIONS) or comprising a header containing a dedicated indicator (reversecap), responds (E2, E'3, E"5) to the first user by means of a said second signalling message of request type (OPTIONS) as a result of said dedicated type or of said dedicated indicator, said second message of request type indicating the technical capabilities of this client device of the second user and requesting delivery, by said client device of the first user, of the technical capabilities of this client device of the first user. a) a client device of said first user sends (E1, E'1, E"4) a said first signalling message of request type (INVITE, UPDATE, REVOPTIONS, OPTIONS) to said second user, said first message being of a dedicated type (REVOPTIONS) or comprising a header containing a dedicated indicator (reversecap), and b) each of the client devices of the second user having received said first message of a dedicated type (REVOPTIONS) or comprising a header containing a dedicated indicator (reversecap), responds (E2, E'3, E"5) to the first user by means of a said second signalling message of request type (OPTIONS) as a result of said dedicated type or of said dedicated indicator, said second message of request type indicating the technical capabilities of this client device of the second user and requesting delivery, by said client device of the first user, of the technical capabilities of this client device of the first user.
A preparation for use in ophthalmology or retinal surgery, containing at least one perfluorinated alkane, at least one semi-fluorinated alkane and at least one coloring substance dissolved in the semi-fluorinated alkane, wherein the semi-fluorinated alkane being selected from: R F R H or R F R H R F wherein R F is a linear or branched perfluoroalkyl group with 3 to 20 carbon atoms, and R H is a linear or branched, saturated alkyl group with 1 to 20 carbon atoms, wherein the total chain length is from 4 to 30 carbon atoms, and wherein the ratio of the perfluorinated alkane to the semi-fluorinated alkane, relative to volume, is 95:5 to 5:95.
Motor vehicle door latch with • a latch housed in the motor vehicle door in a latch housing with an internal operating lever and an assigned child lock which can be operated when the motor vehicle door is open, with a child lock lever or operating shaft and operating button, which must be handled from the front side of the motor vehicle door or the driver's door and has the safety catch for the internal operating lever at the free end. wherein • the child lock has a switching signal light integrated into the latch by means of which the securing position and/or also the free position, if applicable, can be luminously displayed; characterized in that • the switching signal light is integrated into the infeed section of the catch of the latch. • a latch housed in the motor vehicle door in a latch housing with an internal operating lever and an assigned child lock which can be operated when the motor vehicle door is open, with a child lock lever or operating shaft and operating button, which must be handled from the front side of the motor vehicle door or the driver's door and has the safety catch for the internal operating lever at the free end. wherein • the child lock has a switching signal light integrated into the latch by means of which the securing position and/or also the free position, if applicable, can be luminously displayed; characterized in that • the switching signal light is integrated into the infeed section of the catch of the latch.
A recombinant E. coli having producibility of poly(lactate-co-glycolate), wherein the E. coli is transfected so that a gene coding poly (hydroxyalkanoate) synthase, a gene coding propionate-CoA transferase, and a gene coding glycerate dehydrogenase (EC 1.1.1.26) are inserted, wherein the glycerate dehydrogenase is originated from E. coli or P. multocida.
A vane arc segment comprising: an airfoil fairing having first and second fairing platforms (66/68) and a hollow airfoil section extending there between; a spar having a spar platform adjacent the first fairing platform and a spar leg that extends from the spar platform and through the hollow airfoil section, the spar leg having an end portion that is distal from the platform and that protrudes from the second fairing platform, the end portion having a spar clevis mount; a support platform adjacent the second fairing platform, the support platform having first and second through-holes (80a/80b), the end portion of the spar leg extending through the first through-hole such that the spar clevis mount protrudes from the support platform; a spar pin extending through the spar clevis mount and locking the support platform to the spar leg such that the airfoil fairing is trapped between the spar platform and the support platform; and characterised in having: a baffle extending through the spar platform, through the hollow airfoil section, and through the second through-hole of the support platform, the baffle being secured in a joint to the support platform and thereby limiting rotation of the support platform about the spar pin. an airfoil fairing having first and second fairing platforms (66/68) and a hollow airfoil section extending there between; a spar having a spar platform adjacent the first fairing platform and a spar leg that extends from the spar platform and through the hollow airfoil section, the spar leg having an end portion that is distal from the platform and that protrudes from the second fairing platform, the end portion having a spar clevis mount; a support platform adjacent the second fairing platform, the support platform having first and second through-holes (80a/80b), the end portion of the spar leg extending through the first through-hole such that the spar clevis mount protrudes from the support platform; a spar pin extending through the spar clevis mount and locking the support platform to the spar leg such that the airfoil fairing is trapped between the spar platform and the support platform; and characterised in having: a baffle extending through the spar platform, through the hollow airfoil section, and through the second through-hole of the support platform, the baffle being secured in a joint to the support platform and thereby limiting rotation of the support platform about the spar pin.
A closure driving mechanism used for a surgical stapler having a head assembly, wherein, the mechanism comprises a firing handle, a first slider, a locking member, a closure driver, and an actuating rod, characterised in that, the actuating rod is provided with a pressing portion and an avoiding portion; in an initial state, the pressing portion, the avoiding portion and at least a part of the first slider are all located at a proximal side of the locking member; when the firing handle is actuated in the initial state, the first slider is moved distally by the firing handle until the first slider is under the locking member, thereby moving the closure driver to close the head assembly, the pressing portion moves distally and presses the locking member downwards to fit with the first slider; after the stapler being fired, the avoiding portion is moved to be above the locking member, allowing the locking member to move upwards and at least partially enter the avoiding portion, to separate from the first slider. when the firing handle is actuated in the initial state, the first slider is moved distally by the firing handle until the first slider is under the locking member, thereby moving the closure driver to close the head assembly, the pressing portion moves distally and presses the locking member downwards to fit with the first slider; after the stapler being fired, the avoiding portion is moved to be above the locking member, allowing the locking member to move upwards and at least partially enter the avoiding portion, to separate from the first slider.
Device in the form of a half-shell-like covering hood for clamping cables and/or corrugated pipes which has the following features: a cover member having at least one pivot location receiving element and at least one projection, which is formed to clamp at least one cable or corrugated pipe, wherein the cover member has a planar rectangular covering face, and at least two side walls along the longer edges of the rectangular covering face, wherein the side walls adjoin the covering face at an angle and are arranged at opposing sides of the covering face of the cover member; and at least one catch device for securing the cover member, wherein the projection is arranged between the catch device and the pivot location receiving element. a cover member having at least one pivot location receiving element and at least one projection, which is formed to clamp at least one cable or corrugated pipe, wherein the cover member has a planar rectangular covering face, and at least two side walls along the longer edges of the rectangular covering face, wherein the side walls adjoin the covering face at an angle and are arranged at opposing sides of the covering face of the cover member; and at least one catch device for securing the cover member, wherein the projection is arranged between the catch device and the pivot location receiving element.
A method for transmitting data from a population of devices to a relay station wherein said relay station is traveling with respect to said population of devices, wherein for transmitting said data to said relay station each device comprises a transmission window, which transmission window is a window of time wherein a transmission of a device can be received by said relay station, and at least one transmission slot resulting from a channel access method, wherein said relay station is travelling within said transmission windows of said population of devices, and wherein said relay station broadcasts an instruction to said population of devices before said data transmission, wherein upon receiving said instruction at least part of said population of devices sets a modified transmission slot before said data transmission, wherein said channel access method is TDMA; characterized in that said setting of said modified transmission slot comprises at least one selected from replacing an actual device position for a virtual device position, modifying a transmission slot length, modifying a transmission slot start, modifying a transmission slot end, interrupting a transmission slot, and a combination thereof, wherein said relay station has a data receiving capacity, and said modified transmission slot is set for statistically distributing said data transmission of said population of devices for matching said data receiving capacity, wherein more in particular said setting of said modified transmission slot is derived from simulating transmission scenarios using a density model of said population of devices. wherein said channel access method is TDMA; characterized in that said setting of said modified transmission slot comprises at least one selected from replacing an actual device position for a virtual device position, modifying a transmission slot length, modifying a transmission slot start, modifying a transmission slot end, interrupting a transmission slot, and a combination thereof, wherein said relay station has a data receiving capacity, and said modified transmission slot is set for statistically distributing said data transmission of said population of devices for matching said data receiving capacity, wherein more in particular said setting of said modified transmission slot is derived from simulating transmission scenarios using a density model of said population of devices.
Sealing element with a sealing body on which a sealing surface is formed, with the sealing body made of a material that can be vulcanized at least in the area of the sealing surface, characterized in that a sliding material is vulcanized into the sealing surface.
A polishing method for a resin-coated curved surface of an automobile, comprising: polishing the resin-coated curved surface by using a polishing pad having a polishing surface formed of a hard resin layer, wherein the polishing pad includes a two-layer structure including the hard resin layer and a soft resin layer that supports the hard resin layer, characterized in that the thickness of the soft resin layer is 5 mm or more to 50 mm or less, and wherein a hardness of the hard resin layer is 50 degrees or more to 95 degrees or less in terms of A hardness defiled in conformity with JIS K 6253. polishing the resin-coated curved surface by using a polishing pad having a polishing surface formed of a hard resin layer, wherein the polishing pad includes a two-layer structure including the hard resin layer and a soft resin layer that supports the hard resin layer, characterized in that the thickness of the soft resin layer is 5 mm or more to 50 mm or less, and wherein a hardness of the hard resin layer is 50 degrees or more to 95 degrees or less in terms of A hardness defiled in conformity with JIS K 6253.