mhurhangee/ep-ind-claims huggingface dataset:
A medical dressing comprising: a dressing body comprising a first major surface, a second major surface, opposite the first major surface, comprising a skin-contact adhesive; and a flap comprising a first major surface, a second major surface, opposite the first major surface, a fixed end coupled to the dressing body, and a free end movable with respect to the dressing body between a first position (P 1) in which the free end is not positioned in an overlapping relationship with the dressing body and a second position (P 2) in which the free end is positioned in overlapping relationship with the dressing body; wherein the second major surface of at least the free end of the flap is configured to be secured to the dressing body by a securing adhesive; wherein the adhesion between the second major surface of the dressing body and the skin surface is less than the adhesion between the second major surface of the flap and the first major surface of the dressing body; and wherein the flap is located toward a proximal end of the dressing body, such that a distal portion of the dressing body is free of the flap. a dressing body comprising a first major surface, a second major surface, opposite the first major surface, comprising a skin-contact adhesive; and a first major surface, a second major surface, opposite the first major surface, comprising a skin-contact adhesive; and a flap comprising a first major surface, a second major surface, opposite the first major surface, a fixed end coupled to the dressing body, and a free end movable with respect to the dressing body between a first position (P 1) in which the free end is not positioned in an overlapping relationship with the dressing body and a second position (P 2) in which the free end is positioned in overlapping relationship with the dressing body; a first major surface, a second major surface, opposite the first major surface, a fixed end coupled to the dressing body, and a free end movable with respect to the dressing body between a first position (P 1) in which the free end is not positioned in an overlapping relationship with the dressing body and a second position (P 2) in which the free end is positioned in overlapping relationship with the dressing body; wherein the second major surface of at least the free end of the flap is configured to be secured to the dressing body by a securing adhesive; wherein the adhesion between the second major surface of the dressing body and the skin surface is less than the adhesion between the second major surface of the flap and the first major surface of the dressing body; and wherein the flap is located toward a proximal end of the dressing body, such that a distal portion of the dressing body is free of the flap.
A content delivery method, performed by a content delivery apparatus of a Content Delivery Network, CDN, provider, said method comprising: receiving a content request of a user equipment, UE; when the content request is received, acquiring location information of access of the UE; wherein the location information of access of the UE includes a routing area, a location area, a tracking area, or a cell; acquiring at least one content control apparatus and information about a respective first area that can be served by each of the at least one content control apparatus, wherein each of the at least one content control apparatus is a gateway in a mobile network; determining, according to the location information and the information about the first area, a content control apparatus for serving the UE, wherein the information about the first area that can be served by the determined content control apparatus includes the location information of access of the UE; sending a request for searching for a cache device to the determined content control apparatus, wherein the request carries the location information of access of the UE, and wherein the cache device is a cache device of an access network of a mobile network; receiving, in response to the request, an identifier of a cache device returned by the content control apparatus, wherein the cache device belongs to a mobile network accessed by the UE; and sending a redirection message to the UE, so that the UE redirects the content request to the cache device corresponding to the identifier to acquire requested content, wherein the redirection message includes the identifier. receiving a content request of a user equipment, UE; when the content request is received, acquiring location information of access of the UE; wherein the location information of access of the UE includes a routing area, a location area, a tracking area, or a cell; acquiring at least one content control apparatus and information about a respective first area that can be served by each of the at least one content control apparatus, wherein each of the at least one content control apparatus is a gateway in a mobile network; determining, according to the location information and the information about the first area, a content control apparatus for serving the UE, wherein the information about the first area that can be served by the determined content control apparatus includes the location information of access of the UE; sending a request for searching for a cache device to the determined content control apparatus, wherein the request carries the location information of access of the UE, and wherein the cache device is a cache device of an access network of a mobile network; receiving, in response to the request, an identifier of a cache device returned by the content control apparatus, wherein the cache device belongs to a mobile network accessed by the UE; and sending a redirection message to the UE, so that the UE redirects the content request to the cache device corresponding to the identifier to acquire requested content, wherein the redirection message includes the identifier.
A MEMS microphone, comprising: a substrate defining an opening extending through a middle portion thereof; a lower polar plate straddling on the opening; a supporting portion fixed to the lower polar plate; and an upper polar plate laminated to the supporting portion; wherein the supporting portion, the upper polar plate, and the lower polar plate cooperatively form an accommodating cavity, a central region of at least one of the upper polar plate and the lower polar plate is provided with a recess corresponding to the accommodating cavity, the upper polar plate is insulated from the lower polar plate; wherein a shape of the recess is selected from one of circular and polygon; and wherein the supporting portion comprises one of annular structure and polygon frame structure, characterized in that the supporting portion further comprises one supporting post independent from the annular structure or polygon frame structure of the supporting portion, and wherein a gap is formed between the supporting post and the annular structure or polygon frame structure of the supporting portion. a substrate defining an opening extending through a middle portion thereof; a lower polar plate straddling on the opening; a supporting portion fixed to the lower polar plate; and an upper polar plate laminated to the supporting portion; wherein the supporting portion, the upper polar plate, and the lower polar plate cooperatively form an accommodating cavity, a central region of at least one of the upper polar plate and the lower polar plate is provided with a recess corresponding to the accommodating cavity, the upper polar plate is insulated from the lower polar plate; wherein a shape of the recess is selected from one of circular and polygon; and wherein the supporting portion comprises one of annular structure and polygon frame structure, characterized in that the supporting portion further comprises one supporting post independent from the annular structure or polygon frame structure of the supporting portion, and wherein a gap is formed between the supporting post and the annular structure or polygon frame structure of the supporting portion.
A disposable torque-limiting driver comprising: a plastic body having a circumferential flange at one end and a handle at the other end; a rotatable plastic upper cylindrical shank; a rotatable lower cylindrical shank having a tapered nose extending from the body, a circumferential rim facing the body and a drive socket; a nut; a spring between the upper cylindrical shank and the nut, wherein the spring is configured to apply a force across the upper cylindrical shank and the lower cylindrical shank; and the nut has a lower portion configured to extend axially through at least a portion of the spring; at least two washers (20, 21) interposed between the spring and the plastic upper cylindrical shank whereby at least one of the washers (20, 21) remains free spinning; a low coefficient of friction washer interposed between the circumferential flange and the circumferential rim; a single integrated shaft with a drive connection that spans the distance between a workpiece-engaging tip and an engagement point with the nut with the drive connection configured to engage within the drive socket of the lower cylindrical shank, the shaft extending axially through the lower cylindrical shank, the upper cylindrical shank, and the spring and connected to the nut; and wherein the upper cylindrical shank and the lower cylindrical shank engage for relative rotation, and wherein the upper cylindrical shank and the lower cylindrical shank disengage when a predetermined torque limit is exceeded. a plastic body having a circumferential flange at one end and a handle at the other end; a rotatable plastic upper cylindrical shank; a rotatable lower cylindrical shank having a tapered nose extending from the body, a circumferential rim facing the body and a drive socket; a nut; a spring between the upper cylindrical shank and the nut, wherein the spring is configured to apply a force across the upper cylindrical shank and the lower cylindrical shank; and the nut has a lower portion configured to extend axially through at least a portion of the spring; at least two washers (20, 21) interposed between the spring and the plastic upper cylindrical shank whereby at least one of the washers (20, 21) remains free spinning; a low coefficient of friction washer interposed between the circumferential flange and the circumferential rim; a single integrated shaft with a drive connection that spans the distance between a workpiece-engaging tip and an engagement point with the nut with the drive connection configured to engage within the drive socket of the lower cylindrical shank, the shaft extending axially through the lower cylindrical shank, the upper cylindrical shank, and the spring and connected to the nut; and wherein the upper cylindrical shank and the lower cylindrical shank engage for relative rotation, and wherein the upper cylindrical shank and the lower cylindrical shank disengage when a predetermined torque limit is exceeded.
A trial implant system comprising: a stem component (120, 220, 320, 680, 740) having a neck (122, 222) including a free end (124, 224), the neck having a neck longitudinal axis; a first trial head (100, 200, 490, 660, 720) having an articulating surface, the first trial head including a bore (108, 208, 498, 725) having a bore longitudinal axis (106, 206) and which can receive the free end of the neck with the neck longitudinal axis and bore longitudinal axis coincident; a first formation (136, 134, 234, 236, 504, 506, 566, 568, 586, 588, 604, 606, 656, 682, 684, 722, 724); and a plurality of second formations (110, 112, 210, 212, 499, 662, 664, 742, 744), wherein one of the first formation and the plurality of second formations is provided on the neck and the other is provided within the bore and wherein each of the second formations can matingly engage with the first formation to limit the depth of insertion of the neck into the bore by a different amount, characterised in that the plurality of second formations are angularly disposed around the longitudinal axis and the first formation and plurality of second formations slidingly engage when the first trial head is removed or detached from the stem component by translating along the longitudinal axis. a stem component (120, 220, 320, 680, 740) having a neck (122, 222) including a free end (124, 224), the neck having a neck longitudinal axis; a first trial head (100, 200, 490, 660, 720) having an articulating surface, the first trial head including a bore (108, 208, 498, 725) having a bore longitudinal axis (106, 206) and which can receive the free end of the neck with the neck longitudinal axis and bore longitudinal axis coincident; a first formation (136, 134, 234, 236, 504, 506, 566, 568, 586, 588, 604, 606, 656, 682, 684, 722, 724); and a plurality of second formations (110, 112, 210, 212, 499, 662, 664, 742, 744), wherein one of the first formation and the plurality of second formations is provided on the neck and the other is provided within the bore and wherein each of the second formations can matingly engage with the first formation to limit the depth of insertion of the neck into the bore by a different amount, characterised in that the plurality of second formations are angularly disposed around the longitudinal axis and the first formation and plurality of second formations slidingly engage when the first trial head is removed or detached from the stem component by translating along the longitudinal axis.
A cartridge-mechanical seal for sealing an annular gap between a rotary shaft and a housing comprising: an annular seal cover to be fixed to said housing; a fixed ring provided on said seal cover side; an annular collar to be fixed to said rotary shaft; a rotary ring provided on said collar side and having a sliding face that is in sliding contact with an end face of said fixed ring; a biasing member that biases said fixed ring against said rotary ring side; a set plate that temporarily fixes said seal cover and said collar and is detached from said seal cover and said collar after said seal cover is fixed to said housing and said collar is fixed to said rotary shaft, wherein a first recess is provided on an end face of said seal cover that is on the opposite side of the side facing said housing, a second recess is provided on an outer circumference of said collar, said set plate is adapted to be fixed to said end face of said seal cover, and characterised in that when said set plate is fixed, a projection provided on said set plate is inserted in the first recess and in contact with a side face of the first recess and an ends of said set plate is in contact with the bottom of the second recess whereby positioning of said seal cover and said collar with respect to a radial direction is achieved, and a face (50b, 50c) of said set plate that faces said seal cover is in contact with said end face of said seal cover and a side face of the second recess that is on the seal cover side, whereby positioning of said seal cover and said collar with respect to an axial direction is achieved. an annular seal cover to be fixed to said housing; a fixed ring provided on said seal cover side; an annular collar to be fixed to said rotary shaft; a rotary ring provided on said collar side and having a sliding face that is in sliding contact with an end face of said fixed ring; a biasing member that biases said fixed ring against said rotary ring side; a set plate that temporarily fixes said seal cover and said collar and is detached from said seal cover and said collar after said seal cover is fixed to said housing and said collar is fixed to said rotary shaft, wherein a first recess is provided on an end face of said seal cover that is on the opposite side of the side facing said housing, a second recess is provided on an outer circumference of said collar, said set plate is adapted to be fixed to said end face of said seal cover, and characterised in that when said set plate is fixed, a projection provided on said set plate is inserted in the first recess and in contact with a side face of the first recess and an ends of said set plate is in contact with the bottom of the second recess whereby positioning of said seal cover and said collar with respect to a radial direction is achieved, and a face (50b, 50c) of said set plate that faces said seal cover is in contact with said end face of said seal cover and a side face of the second recess that is on the seal cover side, whereby positioning of said seal cover and said collar with respect to an axial direction is achieved.
An integrated refinery process for the gasification of solvent deasphalting process bottoms recovered from a solvent deasphalting process to produce synthesis gas, the bottoms consisting of spent solid adsorbent material, asphalt and deasphalting process reject materials, the process comprising: a. preparing a flowable slurry of the solvent deasphalting process bottoms; b. introducing the slurry of solvent deasphalting process bottoms as a pressurized feedstock into a membrane wall gasification reactor with a predetermined amount of oxygen and steam based on the carbon content of the feedstock, wherein the solvent deasphalting process bottoms comprise in the range of from 2% to 50% by weight of solid spent adsorbent material; c. operating the gasification reactor at a temperature in the range of 900° C. to 1700° C. and a pressure of from 20 bars to 100 bars; d. subjecting the solvent deasphalting process bottoms to partial oxidation to produce hydrogen, carbon monoxide and slag wherein solidified mineral ash slag formed on the wall of the reactor acts as an additional protective surface and insulator to minimize or reduce refractory degradation and heat losses through the wall; e. recovering the hydrogen and carbon monoxide from the reactor in the form of a hot raw synthesis gas; f. passing the hot raw synthesis gas to a steam generating heat exchanger to cool the hot raw synthesis gas and produce steam; g. recovering steam from the heat exchanger and introducing the steam into a turbine to produce electricity; and h. recovering the cooled synthesis gas. a. preparing a flowable slurry of the solvent deasphalting process bottoms; b. introducing the slurry of solvent deasphalting process bottoms as a pressurized feedstock into a membrane wall gasification reactor with a predetermined amount of oxygen and steam based on the carbon content of the feedstock, wherein the solvent deasphalting process bottoms comprise in the range of from 2% to 50% by weight of solid spent adsorbent material; c. operating the gasification reactor at a temperature in the range of 900° C. to 1700° C. and a pressure of from 20 bars to 100 bars; d. subjecting the solvent deasphalting process bottoms to partial oxidation to produce hydrogen, carbon monoxide and slag wherein solidified mineral ash slag formed on the wall of the reactor acts as an additional protective surface and insulator to minimize or reduce refractory degradation and heat losses through the wall; e. recovering the hydrogen and carbon monoxide from the reactor in the form of a hot raw synthesis gas; f. passing the hot raw synthesis gas to a steam generating heat exchanger to cool the hot raw synthesis gas and produce steam; g. recovering steam from the heat exchanger and introducing the steam into a turbine to produce electricity; and h. recovering the cooled synthesis gas.
Procedure to produce motor vehicle latches with the locking parts catch and pawl, whereby the catch and pawl are stamped out of rolled sheet metal with specified vertical or virtually vertical edges with corresponding ratchet surfaces on the catch and pawl and then are equipped with a sheathing while keeping the ratchet surfaces free, characterized in that after stamping the locking parts are bent in the area of the main ratchet position and/or another ratchet position resulting in a stamping groove-free contour and then are inserted in the latch housing case.
A test device for membrane assay using a specific binding reaction of a substance to be detected with a capture reagent immobilized on a membrane carrier and a reagent labeled with a labeling substance, the reagent being an anionic substance or an ampholyte that is negatively charged under basic conditions, which comprises a reference display section for indicating proper test completion on which a cationic polymer for capturing a labeled reagent has been immobilized, wherein the cationic polymer is a polymer compound having a cation charge density of 0.4 meq/g to 21 meq/g, and an average molecular weight of 300 to 5,000,000, wherein the cationic polymer is polyallylamine, wherein the test device is a lateral-flow-type test device, and wherein the reference display section for indicating proper test completion is configured such that it is positioned downstream of a detection display section on which a capture reagent has been immobilized.
A stator of an outer rotor type motor for a drum type washing machine comprising: an annular core of a multi-layered structure formed by stacking a steel plate having a belt shaped base and "T"-shaped members projecting from the base while winding the steel plate in a helix starting from a bottom layer to a top layer; an upper insulator of an electric insulating material covering an upper side of the helical core in a shape complementary to a shape of the helical core; and a lower insulator of an electric insulating material covering a lower side of the helical core at the time of assembly with the upper insulator in a shape complementary to a shape of the helical core, wherein each of the upper insulator and the lower insulator includes at least three or more fastening portions formed as one body therewith the stator being characterized in that each fastening portion is projected from an inner side of the helical core toward a center of the stator for fastening the stator to a fixing side of a tub, each fastening portion has a boss which constructs a fastening hole for fastening the stator to a fixing side of the tub with a fastening member, and each of the bosses of the upper insulator, and lower insulator includes a raised portion projected from a side facing the other insulator toward an opposite insulator, for putting the upper insulator, and lower insulator into close contact in assembly to improve a state of assembly of the upper insulator, and lower insulator. an annular core of a multi-layered structure formed by stacking a steel plate having a belt shaped base and "T"-shaped members projecting from the base while winding the steel plate in a helix starting from a bottom layer to a top layer; an upper insulator of an electric insulating material covering an upper side of the helical core in a shape complementary to a shape of the helical core; and a lower insulator of an electric insulating material covering a lower side of the helical core at the time of assembly with the upper insulator in a shape complementary to a shape of the helical core,