mhurhangee/ep-ind-claims huggingface dataset:
Cap for a driver, in particular for a driver head, this driver being arranged so as to cooperate with a shaft of a windscreen wiper motor, this cap comprising: - a shell defining an internal volume and an internal surface, - at least one internal partition, this partition being in particular generally planar and connecting to this internal surface of the shell, - at least one flexible snap-fitting tab arranged so as to cooperate with a complementary snap-fitting element on the driver, this snap-fitting tab extending at least partially, in particular fully, into the internal volume of the shell and is formed on the internal partition. - a shell defining an internal volume and an internal surface, - at least one internal partition, this partition being in particular generally planar and connecting to this internal surface of the shell, - at least one flexible snap-fitting tab arranged so as to cooperate with a complementary snap-fitting element on the driver, this snap-fitting tab extending at least partially, in particular fully, into the internal volume of the shell and is formed on the internal partition.
A dewatering apparatus for use in the manufacture of a fibrous web, comprising: a. a steam box comprising a steam housing in sealed communication with a steam inlet, the steam housing having an apertured bottom plate having a leading edge and a trailing edge and a cross-sectional shape comprising a curvilinear portion and a linear portion, wherein the bottom plate comprises a first plurality of apertures defining a first steam addition zone having a leading steam addition zone edge and a trailing steam addition zone edge and the curvilinear portion is convex and the bottom plate apertures are disposed at least partially along the curvilinear portion; b. a vacuum box comprising a cover having a plurality of apertures in facing arrangement with the apertured bottom plate; c. a belt for continuously conveying the fibrous web between the apertured bottom plate and the plurality of apertures of the vacuum box cover; and wherein the steam addition zone is disposed at least partially along the curvilinear portion of the bottom plate, and the curvilinear portion is shaped such that a distance between an upper surface of the fibrous web and a bottom surface of the bottom plate at the leading steam addition zone edge is less than a distance between the upper surface and the bottom surface at the trailing steam addition zone edge. a. a steam box comprising a steam housing in sealed communication with a steam inlet, the steam housing having an apertured bottom plate having a leading edge and a trailing edge and a cross-sectional shape comprising a curvilinear portion and a linear portion, wherein the bottom plate comprises a first plurality of apertures defining a first steam addition zone having a leading steam addition zone edge and a trailing steam addition zone edge and the curvilinear portion is convex and the bottom plate apertures are disposed at least partially along the curvilinear portion; b. a vacuum box comprising a cover having a plurality of apertures in facing arrangement with the apertured bottom plate; c. a belt for continuously conveying the fibrous web between the apertured bottom plate and the plurality of apertures of the vacuum box cover; and
A method of creating a horizontal wellbore section, the method comprising: drilling a first horizontal bore section with a bore wall having a first bore diameter; lining the first horizontal bore section with a first liner having a wall and a first liner diameter, the wall of the first liner comprising initially-closed flow ports; isolating the wall of the first bore section with the first liner by isolating a first annulus between the wall of the first bore section and the first liner, to minimise the pressure differential during drilling a second horizontal bore section,;wherein isolation of the wall of the first bore section by provision of the first liner is achieved without cementing; subsequently drilling the second horizontal bore section beyond the first horizontal bore section which includes the first liner therein, the second horizontal bore section having a bore wall with a second bore diameter, wherein the first liner diameter is greater than the second bore diameter; lining the second horizontal bore section with a second liner, the second liner being installed separately from the first liner by the second liner being deployed through the first liner; directing stimulation fluid into the first and second liners so that the stimulation fluid passes through the wall of the second liner to stimulate the second horizontal bore section; and opening flow ports in the wall of the first liner so that the stimulation fluid passes through the wall of the first liner and through the first annulus to stimulate the first horizontal bore section. drilling a first horizontal bore section with a bore wall having a first bore diameter; lining the first horizontal bore section with a first liner having a wall and a first liner diameter, the wall of the first liner comprising initially-closed flow ports; isolating the wall of the first bore section with the first liner by isolating a first annulus between the wall of the first bore section and the first liner, to minimise the pressure differential during drilling a second horizontal bore section,;wherein isolation of the wall of the first bore section by provision of the first liner is achieved without cementing; subsequently drilling the second horizontal bore section beyond the first horizontal bore section which includes the first liner therein, the second horizontal bore section having a bore wall with a second bore diameter, wherein the first liner diameter is greater than the second bore diameter; lining the second horizontal bore section with a second liner, the second liner being installed separately from the first liner by the second liner being deployed through the first liner; directing stimulation fluid into the first and second liners so that the stimulation fluid passes through the wall of the second liner to stimulate the second horizontal bore section; and opening flow ports in the wall of the first liner so that the stimulation fluid passes through the wall of the first liner and through the first annulus to stimulate the first horizontal bore section.
A chipset, comprising: - a memory, - an interface, - a media gateway configured to provide media functionality, - a processor configured to retrieve, from the memory, first boot instructions encrypted by a cryptographic key, wherein the processor is configured to decrypt the first boot instructions and to execute the first boot instructions to operate in an enabling mode, wherein the processor, when operating in the enabling mode, is configured to receive, from an external secure server, configuration data employing secure server communication and to write at least parts of the configuration data comprising second boot instructions to the memory, wherein the second boot instructions are encrypted by a further cryptographic key. - a memory, - an interface, - a media gateway configured to provide media functionality, - a processor configured to retrieve, from the memory, first boot instructions encrypted by a cryptographic key,
A method of designing and manufacturing a structure comprising: determining positions of at least three nodes on a structure; forming a first set of webs onto a first side of the structure where the first set of webs have first linear ribs that extend orthogonally from the first side to define a first height, wherein the first set of webs are connected and are integral with each other at positions that coincide with the positions of the nodes thereby defining a first pocket region; forming a second set of webs within the first pocket region where the second set of webs have second linear ribs that extend orthogonally from the first side of the structure to define a second height where the second height is less than the first height and the second linear ribs connect with each other to define a second pocket region; characterized by forming a third set of webs within the second pocket region where the third set of webs have third linear ribs that extend orthogonally from the first side of the structure to define a third height that is less than the first height and the second height. determining positions of at least three nodes on a structure; forming a first set of webs onto a first side of the structure where the first set of webs have first linear ribs that extend orthogonally from the first side to define a first height, wherein the first set of webs are connected and are integral with each other at positions that coincide with the positions of the nodes thereby defining a first pocket region; forming a second set of webs within the first pocket region where the second set of webs have second linear ribs that extend orthogonally from the first side of the structure to define a second height where the second height is less than the first height and the second linear ribs connect with each other to define a second pocket region; characterized by forming a third set of webs within the second pocket region where the third set of webs have third linear ribs that extend orthogonally from the first side of the structure to define a third height that is less than the first height and the second height.
An in mould labelling device comprising a first mould half having a mould cavity and a second mould half, the first mould half and the second mould half being movable towards each other to an inserted position in which the second mould half is inserted into the mould cavity and away from each other to an opened position in which the second mould half is positioned outside the mould cavity, the first mould half being connected to an injection nozzle of the in mould labelling device, the in mould labelling device further comprising a mandrel configured to hold a label, the mandrel having an outer surface with a shape corresponding to a shape of an inner surface of the mould cavity, the mandrel being arranged to be removably inserted into the mould cavity, wherein the mandrel comprises a hollow outer sleeve, an inner shaft centrally located within the outer sleeve and an elastic element positioned between the inner shaft and the outer sleeve, characterized in that the outer sleeve comprises a first abutment protruding radially inwards from an inner surface of the outer sleeve, the first abutment having a free end, wherein the inner shaft comprises a second abutment protruding radially outwards from an outer surface of the inner shaft, the second abutment having a free end, the first abutment being arranged to protrude towards the second abutment and such that the free end of the first abutment and the free end of the second abutment are positioned at a mutual distance in an unstressed position of the elastic element and such that the free end of the first abutment and the free end of the second abutment are in contact with each other in a stressed position of the elastic element.
A method of joining two sections of lined pipe (3, 5), each section of lined pipe (3, 5) comprising a pipe lining (11, 13) and a host pipe (7, 9), the method comprising providing each section of lined pipe (3, 5) with an insulatory sleeve (23, 25) between the pipe lining (11, 13) and the host pipe (7, 9), and subsequently welding the ends of the host pipes (7, 9) of the two sections of lined pipe (3, 5) together, wherein the insulatory sleeve (23, 25) is provided in the section of lined pipe (3, 5) by locating the insulatory sleeve (23, 25) in an end of the host pipe (7, 9), temporarily reducing the diameter of the pipe lining (11, 13) and drawing it through the host pipe (7, 9) and the insulatory sleeve (23, 25), and allowing the pipe lining (11, 13) to revert to form a tight fit against internal surfaces of the host pipe (7, 9) and insulatory sleeve (23, 25), and wherein the insulatory sleeve (23, 25) extends to or beyond the end of the pipe lining (11, 13) and not beyond the corresponding end of the host pipe (7, 9), and does not extend the full length of the section of lined pipe (3, 5).
A fusion protein comprising at least three domains, wherein: (a) a first domain comprises the amino acid sequence of the heavy chain of native human ferritin or a variant thereof having at least 90% identity with the amino acid sequence of the heavy chain of native human ferritin; (b) a second domain comprises the amino acid sequence of a matrix metalloproteinase cleavage site; and (c) a third N terminal domain consists of the amino acid sequence of a polypeptide of at least 20 amino acid residues and which essentially consists or consists of proline, serine and alanine and at least one negatively charged residue selected from glutamate or aspartate (PASE), wherein said third N terminal domain consists solely of proline, serine and alanine residues and at least one residue of glutamate or aspartate and forms a stable random coil conformation or wherein said N-terminal domain is a polypeptide that essentially consists of amino acid sequences rich in Pro, Ala and Ser and at least one residue of glutamate or aspartate and forms a stable random coil, wherein polypeptide essentially consists of is defined as a polypeptide that forms a stable random coil conformation that consists of Pro, Ala and Ser wherein from 1 to 5% of Pro, Ala and Ser residues are replaced with other amino acids. (a) a first domain comprises the amino acid sequence of the heavy chain of native human ferritin or a variant thereof having at least 90% identity with the amino acid sequence of the heavy chain of native human ferritin; (b) a second domain comprises the amino acid sequence of a matrix metalloproteinase cleavage site; and (c) a third N terminal domain consists of the amino acid sequence of a polypeptide of at least 20 amino acid residues and which essentially consists or consists of proline, serine and alanine and at least one negatively charged residue selected from glutamate or aspartate (PASE), wherein said third N terminal domain consists solely of proline, serine and alanine residues and at least one residue of glutamate or aspartate and forms a stable random coil conformation or wherein said N-terminal domain is a polypeptide that essentially consists of amino acid sequences rich in Pro, Ala and Ser and at least one residue of glutamate or aspartate and forms a stable random coil, wherein polypeptide essentially consists of is defined as a polypeptide that forms a stable random coil conformation that consists of Pro, Ala and Ser wherein from 1 to 5% of Pro, Ala and Ser residues are replaced with other amino acids.
A method ofprestressing a vehicle structural member, the method comprising: forming a support structure having a first portion with a first groove and a second portion with a second groove; applying a first preformed reinforcing component in the first groove of the support structure, the first preformed reinforcing component comprising a size changing material that decreases in dimension upon application of a stimulus; applying a second preformed reinforcing component in the second groove of the support structure, the second preformed reinforcing component comprising a size changing material that increases in dimension upon application of a stimulus; transforming the first preformed reinforcing component from a first configuration where the size changing material has a first dimension to a second configuration where the size changing material has a second dimension decreased from the first dimension; transforming the second preformed reinforcing component from a first configuration where the size changing material has a first dimension to a second configuration where the size changing material has a second dimension increased from the first dimension; wherein: the first and second preformed reinforcing components (112, 114) are applied to the support structure such that transforming the first and second preformed reinforcing components (112, 114) from their first configurations to their second configurations increases stress in the support structure. forming a support structure having a first portion with a first groove and a second portion with a second groove; applying a first preformed reinforcing component in the first groove of the support structure, the first preformed reinforcing component comprising a size changing material that decreases in dimension upon application of a stimulus; applying a second preformed reinforcing component in the second groove of the support structure, the second preformed reinforcing component comprising a size changing material that increases in dimension upon application of a stimulus; transforming the first preformed reinforcing component from a first configuration where the size changing material has a first dimension to a second configuration where the size changing material has a second dimension decreased from the first dimension; transforming the second preformed reinforcing component from a first configuration where the size changing material has a first dimension to a second configuration where the size changing material has a second dimension increased from the first dimension; wherein: the first and second preformed reinforcing components (112, 114) are applied to the support structure such that transforming the first and second preformed reinforcing components (112, 114) from their first configurations to their second configurations increases stress in the support structure.
A liquid dispensing system comprising: a base having a drip tray receptacle; a pedestal extending from said base and elevated relative to said base, said pedestal having a housing defined by a floor having a floor edge and a peripheral wall extending from said floor edge to a container support section; wherein said container support section has a recessed portion; a connecting member positioned within said housing between said floor and said container support section; and a conduit extending from said connecting member, characterised in that said conduit is sized and dimensioned to provide for flow of a viscous liquid, wherein said conduit is sized and dimensioned to fit in said recessed portion, and in that the liquid dispensing system further comprises a container, wherein said container contains a laundry detergent. a base having a drip tray receptacle; a pedestal extending from said base and elevated relative to said base, said pedestal having a housing defined by a floor having a floor edge and a peripheral wall extending from said floor edge to a container support section; wherein said container support section has a recessed portion; a connecting member positioned within said housing between said floor and said container support section; and a conduit extending from said connecting member, characterised in that said conduit is sized and dimensioned to provide for flow of a viscous liquid, wherein said conduit is sized and dimensioned to fit in said recessed portion, and in that the liquid dispensing system further comprises a container, wherein said container contains a laundry detergent.
Intermediate-stage seal arrangement, arrangeable between a first stage and a second stage of a gas turbine, having a radially outer ring which is configured to carry stator vanes, and a radially inner ring which is mounted directly on the outer ring, said inner ring being axially positioned in the one axial direction by an annular projection of the outer ring simultaneously serving as a seal, and being held in the other axial direction relative to the outer ring by means of several holding elements (7, 8, 9, 22) removable from the outside and passing radially through the outer ring from the outside.
A coil assembly comprising: a bobbin comprising a cylindrical portion and a flange portion formed at an axial end of the cylindrical portion, the flange portion having a yoke housing portion formed therein; a coil including a winding around the bobbin; a yoke attached to the bobbin, wherein an end portion of the yoke is housed in the yoke housing portion; and a connection terminal electrically connected to the winding, wherein the connection terminal is a press-fit terminal that includes a terminal portion, for forming a press-fit connection to an external contact portion, said terminal portion extending perpendicularly outward from the flange portion of the bobbin in an axial direction of the bobbin, and wherein the end portion of the yoke, housed in the yoke housing portion, is arranged with the flange portion between the terminal portion and the end portion of the yoke in an axial direction of the terminal portion, such that the end portion of the yoke supports the press-fit terminal via the flange portion in said axial direction of the terminal portion. a bobbin comprising a cylindrical portion and a flange portion formed at an axial end of the cylindrical portion, the flange portion having a yoke housing portion formed therein; a coil including a winding around the bobbin; a yoke attached to the bobbin, wherein an end portion of the yoke is housed in the yoke housing portion; and a connection terminal electrically connected to the winding, wherein the connection terminal is a press-fit terminal that includes a terminal portion, for forming a press-fit connection to an external contact portion, said terminal portion extending perpendicularly outward from the flange portion of the bobbin in an axial direction of the bobbin, and wherein the end portion of the yoke, housed in the yoke housing portion, is arranged with the flange portion between the terminal portion and the end portion of the yoke in an axial direction of the terminal portion, such that the end portion of the yoke supports the press-fit terminal via the flange portion in said axial direction of the terminal portion. wherein the connection terminal is a press-fit terminal that includes a terminal portion, for forming a press-fit connection to an external contact portion, said terminal portion extending perpendicularly outward from the flange portion of the bobbin in an axial direction of the bobbin, and wherein the end portion of the yoke, housed in the yoke housing portion, is arranged with the flange portion between the terminal portion and the end portion of the yoke in an axial direction of the terminal portion, such that the end portion of the yoke supports the press-fit terminal via the flange portion in said axial direction of the terminal portion.