mhurhangee/ep-ind-claims huggingface dataset:
Building section having - a cast floor or ceiling slab (110, 130), - a substantially vertical building wall designed as a concrete wall, and - an arrangement of a plurality of moulded building blocks that is arranged between the cast floor or ceiling slab (110, 130) and the building wall, the arrangement comprising a plurality of moulded building blocks arranged between the building wall and the floor or ceiling slab (110, 130), for supporting the building wall on the floor or ceiling slab (110, 130) or for supporting the floor or ceiling slab on the building wall, which are designed to transmit vertical compressive forces from the building wall to the floor or ceiling slab (110, 130), wherein at least one of the moulded building blocks is designed as a fixed bearing building block with a support surface and a standing surface, wherein the support surface, which supports the building wall, and the standing surface, which faces the floor or ceiling slab, each have a connecting portion, characterized in that these connecting portions are designed to absorb shear forces acting in the longitudinal direction of the building wall and to transmit them into the underlying or overlying floor or ceiling slab (110, 130), in order to fix the building wall relative to the floor or ceiling slab (110, 130) and wherein the respective connecting portion has at least one projecting profile element on the support surface and the standing surface. - a cast floor or ceiling slab (110, 130), - a substantially vertical building wall designed as a concrete wall, and - an arrangement of a plurality of moulded building blocks that is arranged between the cast floor or ceiling slab (110, 130) and the building wall, a plurality of moulded building blocks arranged between the building wall and the floor or ceiling slab (110, 130), for supporting the building wall on the floor or ceiling slab (110, 130) or for supporting the floor or ceiling slab on the building wall, which are designed to transmit vertical compressive forces from the building wall to the floor or ceiling slab (110, 130), wherein at least one of the moulded building blocks is designed as a fixed bearing building block with a support surface and a standing surface, wherein the support surface, which supports the building wall, and the standing surface, which faces the floor or ceiling slab, each have a connecting portion,
A polyaxial endplate assembly (100, 200), comprising: - a locking member comprising a neck portion extending from a rounded head portion, the neck portion comprising a tapered slot extending therethrough; - an articulable plate member comprising a plate portion extending from a rounded compressible body portion, the rounded compressible body portion defining a cavity configured to receive the rounded head portion of the locking member therein and an aperture configured to receive the neck portion of the locking member therethrough, characterized in that the polyaxial endplate assembly further comprises - a receiving member comprising an axial conduit comprising a constant diameter section and a variable diameter section, first and second tapered holes defining a tapered channel which intersects the conduit, and a receptacle which intersects the tapered channel, wherein the variable diameter section is configured to receive the rounded compressible body portion of the articulable plate member therein; - a wedge member comprising a tapered transverse cross section and configured to be received within the channel 56 of the receiving member; and - a securing element configured to be received within the receptacle of the receiving member. - a locking member comprising a neck portion extending from a rounded head portion, the neck portion comprising a tapered slot extending therethrough; - an articulable plate member comprising a plate portion extending from a rounded compressible body portion, the rounded compressible body portion defining a cavity configured to receive the rounded head portion of the locking member therein and an aperture configured to receive the neck portion of the locking member therethrough, characterized in that the polyaxial endplate assembly further comprises - a receiving member comprising an axial conduit comprising a constant diameter section and a variable diameter section, first and second tapered holes defining a tapered channel which intersects the conduit, and a receptacle which intersects the tapered channel, wherein the variable diameter section is configured to receive the rounded compressible body portion of the articulable plate member therein; - a wedge member comprising a tapered transverse cross section and configured to be received within the channel 56 of the receiving member; and - a securing element configured to be received within the receptacle of the receiving member.
A method for fighting harmful insects, comprising the use of a liquid pesticide, characterised in that it comprises: a) the provision of a mould with cavities shaped like a projectile, b) the pouring into the mould cavities of a liquid pesticide suitable for the type of insects to be combated, c) the freezing of the liquid pesticide poured into the mould cavities, d) the removal of the frozen pesticide projectiles from the mould cavities, e) the firing of the frozen pesticide projectiles into the interior of the nest, and f) the distribution of the liquid pesticide inside the nest during the gradual thawing of the projectiles at room temperature. a) the provision of a mould with cavities shaped like a projectile, b) the pouring into the mould cavities of a liquid pesticide suitable for the type of insects to be combated, c) the freezing of the liquid pesticide poured into the mould cavities, d) the removal of the frozen pesticide projectiles from the mould cavities, e) the firing of the frozen pesticide projectiles into the interior of the nest, and f) the distribution of the liquid pesticide inside the nest during the gradual thawing of the projectiles at room temperature.
A suturing device, comprising: an elongate member; a firing aperture having at least one needle (38, 40) rotatably disposed therein, the needle (38, 40) being configured to engage a suture for deployment; a drive mechanism operatively coupled to the needle (38, 40) and configured to advance the needle (38, 40) from a retracted position to an extended position during engagement, and retract the needle (38, 40) from the extended position to the retracted position during disengagement; characterized in that said suturing device comprises: one or more tracks for receiving one or more deployable sutures, the one or more tracks being longitudinally disposed within the elongate member; and an autoloading mechanism operatively coupled to the drive mechanism and configured to slidably retrieve and position a suture to be deployed over the firing aperture after a prior suture has been deployed, wherein the autoloading mechanism includes a pusher member slidably disposed along the one or more tracks, biased so as to unidirectionally interface with the drive mechanism. an elongate member; a firing aperture having at least one needle (38, 40) rotatably disposed therein, the needle (38, 40) being configured to engage a suture for deployment; a drive mechanism operatively coupled to the needle (38, 40) and configured to advance the needle (38, 40) from a retracted position to an extended position during engagement, and retract the needle (38, 40) from the extended position to the retracted position during disengagement; characterized in that said suturing device comprises: one or more tracks for receiving one or more deployable sutures, the one or more tracks being longitudinally disposed within the elongate member; and an autoloading mechanism operatively coupled to the drive mechanism and configured to slidably retrieve and position a suture to be deployed over the firing aperture after a prior suture has been deployed, wherein the autoloading mechanism includes a pusher member slidably disposed along the one or more tracks, biased so as to unidirectionally interface with the drive mechanism. one or more tracks for receiving one or more deployable sutures, the one or more tracks being longitudinally disposed within the elongate member; and an autoloading mechanism operatively coupled to the drive mechanism and configured to slidably retrieve and position a suture to be deployed over the firing aperture after a prior suture has been deployed, wherein the autoloading mechanism includes a pusher member slidably disposed along the one or more tracks, biased so as to unidirectionally interface with the drive mechanism.
An apparatus for forming an optical device having a smooth surface, the apparatus comprising: a first substrate, the first substrate serving as a first surface for polymerization of a photopolymerizable material; and a second substrate, the second substrate being a compliant elastomer substrate with a low modulus from about 0.5 MPa to about 20 MPa and serving as a second surface for polymerization of the photopolymerizable material, the first substrate and the second substrate configured to be disposed opposite one another with the photopolymerizable material therebetween and in contact therewith, characterised in that: A) the first and second substrates (S1,S2) are disposed such that light from a light source is first incident on the first substrate, and the apparatus further includes a diffuser positioned between the light source and the first substrate, or B) the first and second substrates (S1,S2) are disposed such that light from a light source is first incident on the second substrate, the second substrate receiving collimated light from the light source a first substrate, the first substrate serving as a first surface for polymerization of a photopolymerizable material; and a second substrate, the second substrate being a compliant elastomer substrate with a low modulus from about 0.5 MPa to about 20 MPa and serving as a second surface for polymerization of the photopolymerizable material, the first substrate and the second substrate configured to be disposed opposite one another with the photopolymerizable material therebetween and in contact therewith, characterised in that: A) the first and second substrates (S1,S2) are disposed such that light from a light source is first incident on the first substrate, and the apparatus further includes a diffuser positioned between the light source and the first substrate, or B) the first and second substrates (S1,S2) are disposed such that light from a light source is first incident on the second substrate, the second substrate receiving collimated light from the light source A) the first and second substrates (S1,S2) are disposed such that light from a light source is first incident on the first substrate, and the apparatus further includes a diffuser positioned between the light source and the first substrate, or B) the first and second substrates (S1,S2) are disposed such that light from a light source is first incident on the second substrate, the second substrate receiving collimated light from the light source
Method for producing a raw wire from a first metal strip and at least one further metal strip by roll profiling, wherein the first metal strip and the at least one further metal strip are formed from different metals having different yield strength, wherein a shell is formed from the first metal strip by the roll profiling in multiple passes by means of multiple roll stands (G1, G2), said shell in the final shape completely surrounding the at least one further metal strip in the circumferential direction, characterized in that, by means of a first group of roll stands, in multiple passes, firstly exclusively only the first metal strip is formed to give a preliminary shape and then, in a second group of roll stands, the first metal strip and the at least one further metal strip are formed together to give a final shape, wherein, by means of the roll stands of the first group for forming the first metal strip into the preliminary shape, a trough shape is formed from the first metal strip as viewed in cross section perpendicular to the longitudinal direction of the metal strip and then the at least one further metal strip is introduced into the interior of the trough shape so as to contact the bottom region of the trough shape, after which the first metal strip and the at least one further metal strip are formed together in clamping connection to one another by the second group of roll stands.
An electrical contact terminal (500a, 500b) for an electrical plug connector for a safety restraint system, wherein the electrical contact terminal is made from a single piece of bent and cut sheet-metal, the electrical contact terminal comprising: a mating end (510a, 510b), having at least one contact face adapted for electrically contacting a corresponding counter contact of a counter connector, wherein the mating end defines a mating direction of the electrical contact terminal; a mounting end (520a, 520b), having a mounting face (526a, 526 b) adapted for being electrically connected to a cable end (626a, 626b) of an electrical cable (600 a, 600b), wherein the mounting end defines a cable extension direction of the electrical contact terminal; a shorting clip portion (530a, 530b) that is adapted to short-circuit the electrical contact terminal (500a, 500b) with a further electrical contact terminal (500a, 500b), if the electrical contact terminal (500a, 500b) is provided in an electrical plug connector and if the electrical plug connector is in an uncoupled or incorrectly coupled condition; an anchor leg, including a first abutment face, wherein the first abutment face is a cut face of the sheet metal, and wherein a surface normal of the first abutment face faces in cable extension direction; characterized in that the electrical contact terminal (500a, 500b) further comprises a fixing plate part (550a, 550b), including a second abutment face, wherein the second abutment face is a main face of the sheet metal, and wherein a surface normal of the second abutment face faces in cable extension direction. a mating end (510a, 510b), having at least one contact face adapted for electrically contacting a corresponding counter contact of a counter connector, wherein the mating end defines a mating direction of the electrical contact terminal; a mounting end (520a, 520b), having a mounting face (526a, 526 b) adapted for being electrically connected to a cable end (626a, 626b) of an electrical cable (600 a, 600b), wherein the mounting end defines a cable extension direction of the electrical contact terminal; a shorting clip portion (530a, 530b) that is adapted to short-circuit the electrical contact terminal (500a, 500b) with a further electrical contact terminal (500a, 500b), if the electrical contact terminal (500a, 500b) is provided in an electrical plug connector and if the electrical plug connector is in an uncoupled or incorrectly coupled condition; an anchor leg, including a first abutment face, wherein the first abutment face is a cut face of the sheet metal, and wherein a surface normal of the first abutment face faces in cable extension direction; characterized in that the electrical contact terminal (500a, 500b) further comprises a fixing plate part (550a, 550b), including a second abutment face, wherein the second abutment face is a main face of the sheet metal, and wherein a surface normal of the second abutment face faces in cable extension direction.
Concentrate C) consisting of C.1) from 98 wt.% to 70 wt.% (based on the sum of the wt.% of C.1)+C.2)) of polyalkylene terephthalate or a mixture of at least two polyalkylene terephthalates and C.2) from 2 wt.% to 30 wt.% (based on the sum of the wt.% of C.1)+C.2)) of at least one compound selected from the group consisting of ortho-phosphoric acid, phosphorous acid, carboxylic acid esters of ortho-phosphoric acid and carboxylic acid esters of phosphorous acid. C.1) from 98 wt.% to 70 wt.% (based on the sum of the wt.% of C.1)+C.2)) of polyalkylene terephthalate or a mixture of at least two polyalkylene terephthalates and C.2) from 2 wt.% to 30 wt.% (based on the sum of the wt.% of C.1)+C.2)) of at least one compound selected from the group consisting of ortho-phosphoric acid, phosphorous acid, carboxylic acid esters of ortho-phosphoric acid and carboxylic acid esters of phosphorous acid.
Burner for gas boiler comprising a diffuser, suitable for diffusing a flow of premixed fuel gases in a combustion chamber, wherein said diffuser comprises a diffuser central portion and two diffuser longitudinally peripheral portions, said two diffuser longitudinally peripheral portions being connected to each other by said diffuser central portion, said diffuser central portion longitudinally extending in a direction perpendicular to the fuel gas flow for a length greater than zero and having a constant cross-section perpendicular to the longitudinal direction of the diffuser, wherein said cross-section of said diffuser central portion is shaped as a circumference arc having a uniform radius of curvature (r), and in that each of said diffuser longitudinally peripheral portions are shaped as a portion of sphere having a radius (r) equal to said radius of curvature (r) of said cross-section of said diffuser central portion, characterized in that the diffuser is constituted by only said diffuser central portion and said two diffuser longitudinally peripheral portions
Non-destructive and non-invasive method to inspect at least one plant material based on the use of electromagnetic radiation, for the selective and automatic separation of such plant material, based on a specific parameter of said plant material described by an applicable mathematical model and comprising the steps of: a) acquisition via X-ray of a signal corresponding to an X-ray radiographic image of said plant material; b) detection of said plant material in said radiographic image by means of an automatic algorithm; characterised in that it further comprises the steps of: c) detection of a growth vector representing a natural growth pattern of said plant material; d) applying a Fourier transform to said growth vector, obtaining a growth vector value; e) determination of a specific parameter consisting of oxygen permeability of said plant material through a mathematical model, such mathematical model consisting of a correlation between growth vector values and oxygen permeabilities obtained from samples during a calibration phase and f) categorisation of said plant material according to the oxygen permeability determined in step e). a) acquisition via X-ray of a signal corresponding to an X-ray radiographic image of said plant material; b) detection of said plant material in said radiographic image by means of an automatic algorithm; c) detection of a growth vector representing a natural growth pattern of said plant material; d) applying a Fourier transform to said growth vector, obtaining a growth vector value; e) determination of a specific parameter consisting of oxygen permeability of said plant material through a mathematical model, such mathematical model consisting of a correlation between growth vector values and oxygen permeabilities obtained from samples during a calibration phase and f) categorisation of said plant material according to the oxygen permeability determined in step e).
Method for manufacturing a filter element provided with a sealing element, in which the sealing compound is introduced in the uncured state into a casting chamber between at least two tundish parts (2, 3), wherein the casting chamber is designed such that sealing surfaces (11, 12, 13) are formed on the sealing element on opposite chamber walls, and that in the casting chamber or connected to the casting chamber, a compensation space is provided for spreading the sealing material, characterized in that the filter element is placed on the tundish parts (2, 3) and the sealing material is cast, injection-molded or foamed directly on the peripheral area of the filter element, and that the end face of the sealing element projecting into the compensation space differs from the sealing surfaces (11, 12, 13), wherein the compensation space and the section of the sealing element projecting into the compensation space are at a distance from the side face of the filter element facing it, wherein either the compensation space is disposed as a closed space within a tundish part (2, 3) and the quantity of uncured sealing compound introduced into the casting chamber is dimensioned such that, in the cured state, the end face of the sealing element lies at a distance from the ceiling of the closed compensation space, or the compensation space is bounded by both tundish parts (2, 3) and is designed as open space towards the top which communicates with the casting chamber.
An access device (100; 200) comprising: a body for providing, in use, a substantially fluid-tight seal at an opening or incision; a first tube (10; 210) extending through the body; a second tube (30; 230) extending through the body; and characterised by a mechanism (56, 256) operably coupling the first and second tubes at a position between the body and or at the distal ends (16, 36, 216, 236) of the tubes such that at least one tube is pivotable about an axis with respect to the other tube. a body for providing, in use, a substantially fluid-tight seal at an opening or incision; a first tube (10; 210) extending through the body; a second tube (30; 230) extending through the body; and characterised by a mechanism (56, 256) operably coupling the first and second tubes at a position between the body and or at the distal ends (16, 36, 216, 236) of the tubes such that at least one tube is pivotable about an axis with respect to the other tube.