mhurhangee/ep-ind-claims huggingface dataset:
A dressing for applying negative pressure to a tissue site of a patient, the dressing comprising: a comfort layer configured to be disposed proximate the tissue site; a manifold layer having an open cell structure and configured to distribute vacuum over the tissue site; a sealing layer comprising a sealing material and an adhesive backing material, the sealing layer configured to cover the manifold layer and the comfort layer and form a chamber containing the manifold layer and the comfort layer to seal the manifold layer within the chamber between the sealing layer and the tissue site; and a fluid coupling member fluidly coupled to the manifold layer and configured to receive vacuum from a vacuum source to deliver vacuum to the manifold layer for distribution to the tissue site; characterized in that the comfort layer includes a plurality of holes; and the plurality of holes are configured to allow the adhesive backing material of the sealing layer to be in partial contact with the tissue site. a comfort layer configured to be disposed proximate the tissue site; a manifold layer having an open cell structure and configured to distribute vacuum over the tissue site; a sealing layer comprising a sealing material and an adhesive backing material, the sealing layer configured to cover the manifold layer and the comfort layer and form a chamber containing the manifold layer and the comfort layer to seal the manifold layer within the chamber between the sealing layer and the tissue site; and a fluid coupling member fluidly coupled to the manifold layer and configured to receive vacuum from a vacuum source to deliver vacuum to the manifold layer for distribution to the tissue site; characterized in that the comfort layer includes a plurality of holes; and the plurality of holes are configured to allow the adhesive backing material of the sealing layer to be in partial contact with the tissue site.
A dissolvable solid article comprising two or more flexible and dissolvable sheets, wherein each of said two or more sheets comprises a water-soluble polymer; wherein said dissolvable solid article has a thickness of no less than 2 mm; wherein said article has opposing first and second surfaces; wherein said article comprises one or more apertures or holes that extend from said first surface therethrough to said second surface; wherein each of said one or more apertures or holes is characterized by a width or diameter ranging from 0.2 mm to 0.8 mm.
Powder-metallurgical sintered molybdenum part which is present as solid body from a composition consisting of the following amounts: a. a molybdenum content of ≥ 99.93% by weight, b. a boron content "B" of ≥ 3 ppmw and a carbon content "C" of ≥ 3 ppmw, with the total content "BaC" of carbon and boron being in the range of 15 ppmw ≤ "BaC" ≤ 50 ppmw, c. an oxygen content "O" in the range of 3 ppmw ≤ "O" ≤ 20 ppmw, d. a maximum tungsten content of ≤ 330 ppmw and e. a maximum proportion of other impurities of ≤ 300 ppmw, wherein preferably the maximum proportion of contamination by zirconium (Zr), hafnium (Hf), titanium (Ti), vanadium and aluminium (Al) is ≤ 50 ppmw in total, and preferably the maximum proportion of contamination by silicon (Si), rhenium (Re) and potassium is ≤ 20 ppmw in total. a. a molybdenum content of ≥ 99.93% by weight, b. a boron content "B" of ≥ 3 ppmw and a carbon content "C" of ≥ 3 ppmw, with the total content "BaC" of carbon and boron being in the range of 15 ppmw ≤ "BaC" ≤ 50 ppmw, c. an oxygen content "O" in the range of 3 ppmw ≤ "O" ≤ 20 ppmw, d. a maximum tungsten content of ≤ 330 ppmw and e. a maximum proportion of other impurities of ≤ 300 ppmw, wherein preferably the maximum proportion of contamination by zirconium (Zr), hafnium (Hf), titanium (Ti), vanadium and aluminium (Al) is ≤ 50 ppmw in total, and preferably the maximum proportion of contamination by silicon (Si), rhenium (Re) and potassium is ≤ 20 ppmw in total.
Battery device, comprising a plurality of prismatic battery cells (la, 1b) and at least one intermediate wall which is arranged between two of the prismatic battery cells (la, 1b) such that a side face of each of the two prismatic cells (1a, 1b) is in each case adjacent to a contact region of a side face of the intermediate wall, wherein the intermediate wall has in a central zone of the two contact regions an indentation with respect to the edge zones of the same contact region of the intermediate wall, and the indentation extends over the entire surface areas of the two contact regions, that is to say over both side faces of the intermediate wall to the extent that these are adjacent to the battery cells (la, 1b), and the intermediate wall at least on one side is thinner in the middle than at the edges.
An adhesive composition comprising: a copolymer in which 15 parts by weight to 40 parts by weight of 2-hydroxyethyl (meth)acrylate monomer is polymerized based on 100 parts by weight of an alkyl (meth)acrylic acid ester monomer, and hollow glass fillers or bubbles, wherein the hollow glass fillers are present in an amount of 0.1 parts by weight to 20 parts by weight based on 100 parts by weight of the alkyl (meth)acrylic acid ester monomer, wherein the adhesive composition has a density, measured by using an electronic solid gravimeter, from 0.6 g/m 3 to 0.8 g/m 3. a copolymer in which 15 parts by weight to 40 parts by weight of 2-hydroxyethyl (meth)acrylate monomer is polymerized based on 100 parts by weight of an alkyl (meth)acrylic acid ester monomer, and hollow glass fillers or bubbles, wherein the hollow glass fillers are present in an amount of 0.1 parts by weight to 20 parts by weight based on 100 parts by weight of the alkyl (meth)acrylic acid ester monomer, wherein the adhesive composition has a density, measured by using an electronic solid gravimeter, from 0.6 g/m 3 to 0.8 g/m 3.
Method for operating a locating device that, for the purpose of locating a track-bound vehicle on a line section, includes at least one waveguide that is laid along the line section, wherein - measurement data relating to the respective track-bound vehicle is detected by a trackside sensor device, - at least one electromagnetic pulse is supplied to the waveguide, - at least one backscatter pattern, produced by backscattering of the at least one electromagnetic pulse, is detected and undergoes an evaluation, - at least one vehicle-specific parameter that was determined in the course of the evaluation is verified using the detected measurement data, and - in the event of a successful verification of the at least one vehicle-specific parameter by the locating device, a location signal that specifies the respective location of the track-bound vehicle on the basis of the evaluation of the at least one backscatter pattern is provided. - measurement data relating to the respective track-bound vehicle is detected by a trackside sensor device, - at least one electromagnetic pulse is supplied to the waveguide, - at least one backscatter pattern, produced by backscattering of the at least one electromagnetic pulse, is detected and undergoes an evaluation, - at least one vehicle-specific parameter that was determined in the course of the evaluation is verified using the detected measurement data, and - in the event of a successful verification of the at least one vehicle-specific parameter by the locating device, a location signal that specifies the respective location of the track-bound vehicle on the basis of the evaluation of the at least one backscatter pattern is provided.
Angular orientation tool for allowing the manufacture and checking of a harness, said harness comprising at least one connection member and at least one elongate element, wherein said tool comprises: • a fixed plate comprising a planar portion, • at least one immobilization device for immobilizing all or part of said at least one elongate element and permanently attaching all or part of said at least one elongate element to said fixed plate, • a movable part exhibiting a degree of rotational mobility in respect of said fixed plate about an axis of rotation (AXROT), said axis of rotation (AXROT) being arranged parallel to a longitudinal direction along which said at least one elongate element extends longitudinally on said fixed plate, • at least one immobilization support configured to immobilize said at least one connection member relative to said movable part and to permanently attach said at least one connection member to said movable part, and • a graduated angular scale for reading a relative angular orientation (θ1) between said at least one elongate element and said at least one connection member, said relative angular orientation (θ1) being defined in a plane perpendicular to said longitudinal direction in which said at least one elongate element extends longitudinally on said fixed plate. • a fixed plate comprising a planar portion, • at least one immobilization device for immobilizing all or part of said at least one elongate element and permanently attaching all or part of said at least one elongate element to said fixed plate, • a movable part exhibiting a degree of rotational mobility in respect of said fixed plate about an axis of rotation (AXROT), said axis of rotation (AXROT) being arranged parallel to a longitudinal direction along which said at least one elongate element extends longitudinally on said fixed plate, • at least one immobilization support configured to immobilize said at least one connection member relative to said movable part and to permanently attach said at least one connection member to said movable part, and • a graduated angular scale for reading a relative angular orientation (θ1) between said at least one elongate element and said at least one connection member, said relative angular orientation (θ1) being defined in a plane perpendicular to said longitudinal direction in which said at least one elongate element extends longitudinally on said fixed plate.
A seat catch mounting structure of a straddle type vehicle, wherein a storage portion is provided under a seat, and the storage portion is openable/closable by the seat, a tail light unit is provided on a rear side of the vehicle body rear portion, a seat catch mechanism is configured to hold the seat in a lock state in which opening/closing of the seat is disabled or in a lock cancel state in which the lock state is canceled is provided, the seat catch mechanism is covered with a seat catch cover so as not to be visible from an outside, a grab rail is provided on an upper side of a vehicle body rear portion, the seat catch cover is arranged between the grab rail and the tail light unit, an upper surface portion of the seat catch cover is surrounded by a part of the grab rail, and a lower surface portion of the seat catch cover is arranged close to a housing of the tail light unit on a front side of a vehicle body, characterized in that a periphery of the upper surface portion of the seat catch cover on a side of the vehicle body rear portion is covered with a rib portion that is a part of the grab rail, whereby the seat catch mechanism is not directly visible between the grab rail and the tail light unit when viewed from the vehicle body rear portion. a storage portion is provided under a seat, and the storage portion is openable/closable by the seat, a tail light unit is provided on a rear side of the vehicle body rear portion, a seat catch mechanism is configured to hold the seat in a lock state in which opening/closing of the seat is disabled or in a lock cancel state in which the lock state is canceled is provided, the seat catch mechanism is covered with a seat catch cover so as not to be visible from an outside, a grab rail is provided on an upper side of a vehicle body rear portion, the seat catch cover is arranged between the grab rail and the tail light unit, an upper surface portion of the seat catch cover is surrounded by a part of the grab rail, and a lower surface portion of the seat catch cover is arranged close to a housing of the tail light unit on a front side of a vehicle body, characterized in that a periphery of the upper surface portion of the seat catch cover on a side of the vehicle body rear portion is covered with a rib portion that is a part of the grab rail, whereby the seat catch mechanism is not directly visible between the grab rail and the tail light unit when viewed from the vehicle body rear portion.
Drag head for dredging material from a bed of a body of water and transporting the material to a suction tube, the drag head being arranged to be dragged over the bed in a dragging direction by a drag member, wherein the drag head comprises: a heel section being connectable to the drag member and having a bed engaging surface arranged to follow the bed; and a suction section comprising: a suction opening; a suction chamber; and an outlet for connection to the suction tube such that an underpressure can be created in the suction chamber to suck up the material from the bed through the suction opening and the suction chamber to the outlet, characterized in that the suction section is adjustably mounted to the heel section such that an orientation of the suction opening can be adjusted relative to the heel section, and the suction section comprises a lower edge forming a trailing edge of the suction opening, wherein the lower edge is lower than the bed engaging surface of the heel section. a heel section being connectable to the drag member and having a bed engaging surface arranged to follow the bed; and a suction section comprising: a suction opening; a suction chamber; and an outlet for connection to the suction tube such that an underpressure can be created in the suction chamber to suck up the material from the bed through the suction opening and the suction chamber to the outlet, characterized in that the suction section is adjustably mounted to the heel section such that an orientation of the suction opening can be adjusted relative to the heel section, and the suction section comprises a lower edge forming a trailing edge of the suction opening, wherein the lower edge is lower than the bed engaging surface of the heel section.
A preparation method of trimethylolpropane, the preparation method comprising: preparing trimethylolpropane by subjecting dimethylolbutanal to a hydrogenation reaction under a metal catalyst and 2-ethyl hexanol, wherein during the hydrogenation reaction, a weight ratio of 2-ethyl hexanol based on dimethylolbutanal is 2 to 10. preparing trimethylolpropane by subjecting dimethylolbutanal to a hydrogenation reaction under a metal catalyst and 2-ethyl hexanol, wherein during the hydrogenation reaction, a weight ratio of 2-ethyl hexanol based on dimethylolbutanal is 2 to 10.
Method for producing a layered structure comprising the successive steps: a. Providing a substrate having a glass or ceramic surface, b. Applying a paste A to at least a portion of the glass or ceramic surface of the substrate to obtain a layer of paste A, wherein paste A contains the following ingredients: I. a glass frit, and II. an organic medium, c. Drying and, if necessary, baking of the layer of paste A, d. Applying a paste B to at least a portion of the layer from step c. to obtain a layer of paste B, wherein paste B contains the following ingredients: I. A powder of a resistance alloy, II. an organic medium, III. 0 - 15 % by weight glass frit, based on the total weight of paste B, and e. Baking and optional drying of the layers of paste B before baking, characterized in that f. the glass frit of the paste A contains at least two mutually different elements as oxides, g. the glass frit of the paste A has a transformation temperature Tg in the range from 600 to 750°C, and h. the resistance alloy of the paste B has a temperature coefficient of the electrical resistance of less than 150 ppm/K. a. Providing a substrate having a glass or ceramic surface, b. Applying a paste A to at least a portion of the glass or ceramic surface of the substrate to obtain a layer of paste A, wherein paste A contains the following ingredients: I. a glass frit, and II. an organic medium, I. a glass frit, and II. an organic medium, c. Drying and, if necessary, baking of the layer of paste A, d. Applying a paste B to at least a portion of the layer from step c. to obtain a layer of paste B, wherein paste B contains the following ingredients: I. A powder of a resistance alloy, II. an organic medium, III. 0 - 15 % by weight glass frit, based on the total weight of paste B, and I. A powder of a resistance alloy, II. an organic medium, III. 0 - 15 % by weight glass frit, based on the total weight of paste B, and e. Baking and optional drying of the layers of paste B before baking, characterized in that f. the glass frit of the paste A contains at least two mutually different elements as oxides, g. the glass frit of the paste A has a transformation temperature Tg in the range from 600 to 750°C, and h. the resistance alloy of the paste B has a temperature coefficient of the electrical resistance of less than 150 ppm/K.
A method for an interactive voice response system comprising: receiving a signal at the interactive voice response system during a call that involves said interactive voice response system and a telecommunications terminal, wherein a content stream is delivered to said telecommunications terminal during said call, and wherein said signal is generated in response to user control of said content stream during said call, and wherein said interactive voice response system executes an application to handle said call; and checking if the signal is associated with synchronous handling, and if not, performing an asynchronous handling at said interactive voice response system in response to said signal; wherein the asynchronous handling is concurrent with the execution of said application, characterized in that when the asynchronous handling is performed, an event that is associated with the asynchronous handling is generated and caught in a script of said interactive voice response system that contains one or both of Voice eXtensible Markup Language and Speech Application Language Tags, whereby a thread for handling the event is spawned, and whereby the thread is a child thread which does not interfere with the execution of the application and which terminates when the application terminates. receiving a signal at the interactive voice response system during a call that involves said interactive voice response system and a telecommunications terminal, wherein a content stream is delivered to said telecommunications terminal during said call, and wherein said signal is generated in response to user control of said content stream during said call, and wherein said interactive voice response system executes an application to handle said call; and checking if the signal is associated with synchronous handling, and if not, performing an asynchronous handling at said interactive voice response system in response to said signal; wherein the asynchronous handling is concurrent with the execution of said application, characterized in that when the asynchronous handling is performed, an event that is associated with the asynchronous handling is generated and caught in a script of said interactive voice response system that contains one or both of Voice eXtensible Markup Language and Speech Application Language Tags, whereby a thread for handling the event is spawned, and whereby the thread is a child thread which does not interfere with the execution of the application and which terminates when the application terminates.
Filter module for filtering a fluid, comprising - at least one filter element with a filter bellows made of a filter medium with an intended raw side and an intended clean side opposing the raw side, - a mounting frame connected to the filter element and enclosing an edge of the filter element circumferentially at least partially with a frame wall, - a circumferential first sealing element which is disposed on an exterior side of the frame wall of the mounting frame, - wherein the mounting frame features at least one latching element on its exterior side, wherein a second sealing element, which can be guided into its sealing position by latching the at least one latching element, is disposed at the filter element for sealing between raw side and clean side and wherein the first sealing element is designed as an axial sealing element and the second sealing element as a radial sealing element. - at least one filter element with a filter bellows made of a filter medium with an intended raw side and an intended clean side opposing the raw side, - a mounting frame connected to the filter element and enclosing an edge of the filter element circumferentially at least partially with a frame wall, - a circumferential first sealing element which is disposed on an exterior side of the frame wall of the mounting frame, - wherein the mounting frame features at least one latching element on its exterior side,
A strip package comprising: at least two cap assemblies, each of said at least two cap assemblies including: a cap holder, and an antiseptic cap positioned in said cap holder, said antiseptic cap including a sidewall defining a chamber and an antiseptic substance within said chamber; and a strip extending over said at least two cap assemblies, such that said strip forms a first seal with each of said cap holders of each of at least two cap assemblies, and a second seal with each of said antiseptic caps of each of at least two cap assemblies. at least two cap assemblies, each of said at least two cap assemblies including: a cap holder, and an antiseptic cap positioned in said cap holder, said antiseptic cap including a sidewall defining a chamber and an antiseptic substance within said chamber; and a cap holder, and an antiseptic cap positioned in said cap holder, said antiseptic cap including a sidewall defining a chamber and an antiseptic substance within said chamber; and a strip extending over said at least two cap assemblies, such that said strip forms a first seal with each of said cap holders of each of at least two cap assemblies, and a second seal with each of said antiseptic caps of each of at least two cap assemblies. a first seal with each of said cap holders of each of at least two cap assemblies, and a second seal with each of said antiseptic caps of each of at least two cap assemblies.