mhurhangee/ep-ind-claims huggingface dataset:
A single paste type hydraulic dental filling composition, comprising: hydraulic cement; non-aqueous liquid having hygroscopic properties; and a radiopaque material, wherein the content of the hydraulic cement is 15 to 55 wt% with respect to the entire composition, and the content of the non-aqueous liquid is 15 to 35 wt% with respect to the entire composition, and characterized in that the content of the radiopaque material is 20 to 55 wt% with respect to the entire composition, and wherein the single paste type hydraulic dental filling composition further comprises hygroscopic clay, and the content of the hygroscopic clay is 1 to 10 wt% with respect to the entire composition, wherein the hydraulic cement is Pozzolan cement. hydraulic cement; non-aqueous liquid having hygroscopic properties; and a radiopaque material, wherein the content of the hydraulic cement is 15 to 55 wt% with respect to the entire composition, and the content of the non-aqueous liquid is 15 to 35 wt% with respect to the entire composition, and characterized in that the content of the radiopaque material is 20 to 55 wt% with respect to the entire composition, and wherein the single paste type hydraulic dental filling composition further comprises hygroscopic clay, and the content of the hygroscopic clay is 1 to 10 wt% with respect to the entire composition, wherein the hydraulic cement is Pozzolan cement.
A process for producing a cellulosic composite pulp or a cellulosic composite absorbent product comprising the following steps: (a) oxidising a cellulose pulp with an oxidising agent to obtain 0.3 to 2.5 mmol carboxylic groups per gram cellulose pulp; and 0.1 to 5.0 mmol aldehyde groups per gram cellulose pulp, wherein the concentration of the oxidising agent is 0.5 to 50 mmol / g cellulose pulp (oven dried); and (b) homogenisation of the cellulose pulp of step (a) wherein the cellulose fibres are refined to provide a cellulose pulp comprising 1-50 % of fibres having a "Kajaani fibre length" of 0.7 mm - 2.1 mm; and 50-99 % of fibres having a "Malvern particle size" of 0.05 -500 micrometer (μm); (c) combining with lignocellulosic pulp. (a) oxidising a cellulose pulp with an oxidising agent to obtain 0.3 to 2.5 mmol carboxylic groups per gram cellulose pulp; and 0.1 to 5.0 mmol aldehyde groups per gram cellulose pulp, wherein the concentration of the oxidising agent is 0.5 to 50 mmol / g cellulose pulp (oven dried); and (b) homogenisation of the cellulose pulp of step (a) wherein the cellulose fibres are refined to provide a cellulose pulp comprising 1-50 % of fibres having a "Kajaani fibre length" of 0.7 mm - 2.1 mm; and 50-99 % of fibres having a "Malvern particle size" of 0.05 -500 micrometer (μm); (c) combining with lignocellulosic pulp.
A regulator (8; 108) comprising: a first chamber, a second chamber separated from the first chamber by a wall between the chambers which has one or more slots formed in it, a housing containing the first and second chambers, a diaphragm coupled to the housing and separating the first chamber from a pressure reference, and a sliding barrier coupled to the diaphragm and arranged progressively to occlude the slots as the diaphragm moves, the slots and the barrier defining one or more apertures between the chambers, in which the diaphragm is arranged to move in response to a change in the differential pressure across the diaphragm to adjust the size of the apertures, the shape of the slots being such that the rate of change of the cross sectional area of the apertures varies non-linearly in response to a change in the pressure differential and to the distance travelled by the diaphragm, and in which the interface between the wall and the sliding barrier is arranged substantially to prevent blow-by gas from passing between the first and second chambers when the slots are occluded by the sliding barrier. a first chamber, a second chamber separated from the first chamber by a wall between the chambers which has one or more slots formed in it, a housing containing the first and second chambers, a diaphragm coupled to the housing and separating the first chamber from a pressure reference, and a sliding barrier coupled to the diaphragm and arranged progressively to occlude the slots as the diaphragm moves, the slots and the barrier defining one or more apertures between the chambers, in which the diaphragm is arranged to move in response to a change in the differential pressure across the diaphragm to adjust the size of the apertures, the shape of the slots being such that the rate of change of the cross sectional area of the apertures varies non-linearly in response to a change in the pressure differential and to the distance travelled by the diaphragm, and in which the interface between the wall and the sliding barrier is arranged substantially to prevent blow-by gas from passing between the first and second chambers when the slots are occluded by the sliding barrier.
A display system comprising: a pixel array comprising first (1156 1) and second (1156 2) columns of pixels; relay optics configured to receive incident light and to output the incident light to a viewer; and a scanning mirror disposed to receive the light from the first and second columns of pixels and to reflect the received light toward the relay optics, wherein the scanning mirror is configured to move between a plurality of positions comprising a first position and a second position, the first position oriented for the mirror to reflect the light from the first column of pixels onto the relay optics as a first one-dimensional array of pixels, the second position oriented for the mirror to reflect the received light from the second column of pixels onto the relay optics as a second one-dimensional array of pixels, wherein locations for the first and the second one-dimensional array of pixels define spatially overlapping lines on the relay optics, wherein the first and second columns of pixels have parallel lengthwise dimensions, wherein pixels of the second column of pixels are offset along the lengthwise dimension relative to the pixels of the first column of pixels, and characterized in that the pixels of the first column of pixels are configured to emit light while the scanning mirror moves from the first position to the second position, and wherein the pixels of the second column of pixels are configured to emit light while the scanning mirror moves from the second position to the first position. a pixel array comprising first (1156 1) and second (1156 2) columns of pixels; relay optics configured to receive incident light and to output the incident light to a viewer; and a scanning mirror disposed to receive the light from the first and second columns of pixels and to reflect the received light toward the relay optics, wherein the scanning mirror is configured to move between a plurality of positions comprising a first position and a second position, the first position oriented for the mirror to reflect the light from the first column of pixels onto the relay optics as a first one-dimensional array of pixels, the second position oriented for the mirror to reflect the received light from the second column of pixels onto the relay optics as a second one-dimensional array of pixels, wherein locations for the first and the second one-dimensional array of pixels define spatially overlapping lines on the relay optics, wherein the first and second columns of pixels have parallel lengthwise dimensions, wherein pixels of the second column of pixels are offset along the lengthwise dimension relative to the pixels of the first column of pixels, and characterized in that
A duplex printing apparatus for printing on both surfaces of a web of paper for rotary printing traveling over between a paper supply unit and a paper takeup unit, characterized in that it has a single digital printer and comprises: a pair of feed roll units (6a and 6b) arranged across the digital printer from each other in a direction of travel of the web of paper and each adapted to be driven synchronously with the paper supply and takeup units for feeding the web of paper to travel forwards and backwards while an upper surface of the web of paper faces an under surface of the digital printer; a turnover unit arranged at one of a site between the paper supply unit and the feed roll unit on the paper supply side and a site between the paper takeup unit and the feed roll unit on the paper takeup side, whereby the web of paper is turned over through, and is allowed to bypass, a turnover path of the turnover unit; a mark sensor arranged on at least one of sides across the digital printer from each other in a direction of travel of the web of paper and upstream in a direction of travel of the web of paper, an upper surface of which is being printed on by the digital printer, for detecting a timing mark which has been printed by the digital printer on an under surface of the web of paper; and a control unit operable in response to a detection value from the mark sensor for controlling the digital printer so that on the upper surface of the web of paper there is printed an image corresponding to an image that has been printed on the under surface of the web of paper. a pair of feed roll units (6a and 6b) arranged across the digital printer from each other in a direction of travel of the web of paper and each adapted to be driven synchronously with the paper supply and takeup units for feeding the web of paper to travel forwards and backwards while an upper surface of the web of paper faces an under surface of the digital printer; a turnover unit arranged at one of a site between the paper supply unit and the feed roll unit on the paper supply side and a site between the paper takeup unit and the feed roll unit on the paper takeup side, whereby the web of paper is turned over through, and is allowed to bypass, a turnover path of the turnover unit; a mark sensor arranged on at least one of sides across the digital printer from each other in a direction of travel of the web of paper and upstream in a direction of travel of the web of paper, an upper surface of which is being printed on by the digital printer, for detecting a timing mark which has been printed by the digital printer on an under surface of the web of paper; and a control unit operable in response to a detection value from the mark sensor for controlling the digital printer so that on the upper surface of the web of paper there is printed an image corresponding to an image that has been printed on the under surface of the web of paper.
A somatostatin antagonist that binds to SSTR2, wherein the somatostatin antagonist is: (xxvii) DOTA-Cpa-c[DCys-Tyr-DAph(Cbm)-Lys-Thr-Cys]-DTyr-NH2; wherein Cpa refers to chloro-Phe and Aph(Cbm) refers to 4-ureido-phenylalanine.
A hand-held remote control for controlling electric consumers, in particular drives for the displacement of moveable furniture parts, comprising an easily handleable housing (3, 4), at least one circuit board arranged in the housing as the carrier for a plurality of electronic components, a transmitting device for wirelessly transmitting control signals to the respective electric consumer and an additional device for selective battery or accumulator operation or for the connection of an electric cable, characterised in that - provided at one end of the housing (3; 4) are interchangeable connections which can be exchanged by hand and which can be connected to the housing or to components of the housing in positively locking relationship, and - provided as the interchangeable connections are • a first closure cover without cable connection, which can be selectively fitted on to and removed from the housing end by hand and which has an electric contact portion for connecting a terminal, in particular the positive terminal, of the batteries or accumulators to the circuit board and • a second closure cover with cable connection, which can also be selectively fitted on to and removed from the housing end and which is fixedly connected to a cable end and has a cable plug-in connection for connecting the cable to the circuit board. - provided at one end of the housing (3; 4) are interchangeable connections which can be exchanged by hand and which can be connected to the housing or to components of the housing in positively locking relationship, and - provided as the interchangeable connections are • a first closure cover without cable connection, which can be selectively fitted on to and removed from the housing end by hand and which has an electric contact portion for connecting a terminal, in particular the positive terminal, of the batteries or accumulators to the circuit board and • a second closure cover with cable connection, which can also be selectively fitted on to and removed from the housing end and which is fixedly connected to a cable end and has a cable plug-in connection for connecting the cable to the circuit board. • a first closure cover without cable connection, which can be selectively fitted on to and removed from the housing end by hand and which has an electric contact portion for connecting a terminal, in particular the positive terminal, of the batteries or accumulators to the circuit board and • a second closure cover with cable connection, which can also be selectively fitted on to and removed from the housing end and which is fixedly connected to a cable end and has a cable plug-in connection for connecting the cable to the circuit board.
Node structure for a vehicle body, with at least two profile components (120, 130) and a connecting node, which connects the profile components (120, 130) on node-side profile ends (121, 131), characterised in that at least one of the profile components (120, 130) is a double-walled hollow profile component, having an inner tube (126, 136) and an outer tube (127, 137), with a nonwoven material (128, 138) located in the intermediate space between the inner tube (126, 136) and the outer tube (127, 137).
Self cleaning and air cleaning cement, characterized in that it comprises; • White or gray clinker • Limestone • Gypsum • Granulated colemanite • Anastase formed Nanotitanium dioxide (TiO 2). • White or gray clinker • Limestone • Gypsum • Granulated colemanite • Anastase formed Nanotitanium dioxide (TiO 2).
A light emitting structure comprising a package body including a conductive material; a nonconductive layer on a surface of the package body; a plurality of electrodes (110,120) on the nonconductive layer; a concave convex structure which includes a plurality of protrusions protruding from the electrodes (110,120); a light emitting device mounted on an area of a plane of the package body and connected to the electrodes (110, 120); and a transmissive resin member to encapsulate the light emitting device, wherein at least an area of the plane of the package body other than where the light emitting device is mounted is flat, wherein the nonconductive layer includes protrusions corresponding to the protrusions protruding from the electrodes (110,120), the protrusions protruding from the electrodes (110,120) having a height lower than the top surface of the light emitting device, wherein the nonconductive layer insulates the package body from the electrodes (110, 120), characterized by: wherein the nonconductive layer and the protrusions of the nonconductive layer are formed on the flat area of the plane of the package body other than the area where the light emitting device is mounted. a package body including a conductive material; a nonconductive layer on a surface of the package body; a plurality of electrodes (110,120) on the nonconductive layer; a concave convex structure which includes a plurality of protrusions protruding from the electrodes (110,120); a light emitting device mounted on an area of a plane of the package body and connected to the electrodes (110, 120); and a transmissive resin member to encapsulate the light emitting device, wherein at least an area of the plane of the package body other than where the light emitting device is mounted is flat, wherein the nonconductive layer includes protrusions corresponding to the protrusions protruding from the electrodes (110,120), the protrusions protruding from the electrodes (110,120) having a height lower than the top surface of the light emitting device, wherein the nonconductive layer insulates the package body from the electrodes (110, 120), wherein the nonconductive layer and the protrusions of the nonconductive layer are formed on the flat area of the plane of the package body other than the area where the light emitting device is mounted.
A prosthetic heart valve comprising: an annularly collapsible and re-expandable supporting structure extending between a lower end and an upper end, and including a plurality of struts, the lower end having a lower edge, the supporting structure having an anchoring structure at the upper end and an annulus portion at the lower end, the annulus portion extending from a bottom edge to a top edge; a plurality of leaflets (60, 160) disposed inside the supporting structure and operative to allow flow in a direction from the lower end to the upper end but to substantially block flow in a direction from the upper end to the lower end; characterized in that a first material is disposed on the inner surface of the supporting structure adjacent the lower end and a second material is disposed on the outer surface of the supporting structure adjacent the lower end, wherein the first material and the second material are coupled to struts of the supporting structure and coupled together at a top edge of the second material at a position about half of the way up the annulus portion at approximately a bend line between the bottom edge and the top edge of the annulus portion. an annularly collapsible and re-expandable supporting structure extending between a lower end and an upper end, and including a plurality of struts, the lower end having a lower edge, the supporting structure having an anchoring structure at the upper end and an annulus portion at the lower end, the annulus portion extending from a bottom edge to a top edge; a plurality of leaflets (60, 160) disposed inside the supporting structure and operative to allow flow in a direction from the lower end to the upper end but to substantially block flow in a direction from the upper end to the lower end; characterized in that a first material is disposed on the inner surface of the supporting structure adjacent the lower end and a second material is disposed on the outer surface of the supporting structure adjacent the lower end, wherein the first material and the second material are coupled to struts of the supporting structure and coupled together at a top edge of the second material at a position about half of the way up the annulus portion at approximately a bend line between the bottom edge and the top edge of the annulus portion.
A headlamp employing semiconductor light sources to create desired beam patterns, comprising: a projector assembly comprising a light engine including a plurality of semiconductor light sources and a lens, the plurality of semiconductor light sources illuminated to project light to create a desired beam pattern in a forward direction along an optical axis of the headlamp and including at least one semiconductor light source which is selectively illuminated to provide a steerable light beam pattern; at least two fill light elements including semiconductor light sources, the fill light elements being illuminated to provide light for the desired beam patterns; the headlamp being characterised in that it further comprises at least one corner light element, the at least one corner light element being illuminated independently from the plurality of semiconductor light sources to produce a corner light beam pattern at an angle that exceeds figteen degrees with respect to the optical axis of the headlamp. a projector assembly comprising a light engine including a plurality of semiconductor light sources and a lens, the plurality of semiconductor light sources illuminated to project light to create a desired beam pattern in a forward direction along an optical axis of the headlamp and including at least one semiconductor light source which is selectively illuminated to provide a steerable light beam pattern; at least two fill light elements including semiconductor light sources, the fill light elements being illuminated to provide light for the desired beam patterns; the headlamp being characterised in that it further comprises at least one corner light element, the at least one corner light element being illuminated independently from the plurality of semiconductor light sources to produce a corner light beam pattern at an angle that exceeds figteen degrees with respect to the optical axis of the headlamp.
Filter element, in particular for an air filter of a fresh air system of an internal combustion engine, comprising: - an annular filter body made from a filter material, - at least one end disc (14, 15) which is secured onto an axial end face (12, 13) of the filter body on the filter material, - wherein at least one such end disc has at least one alignment contour protruding radially and/or axially from the respective end disc, characterised in that - the filter material is folded, - two end folds of the filter material adjacent to one another in circumferential direction are secured to one another - the alignment contour and the end folds secured to one other form an angle in circumferential direction which corresponds to a predetermined angle or is within a predefined angular range, the limits of which are a maximum of 20° or 15° or 10° apart. - an annular filter body made from a filter material, - at least one end disc (14, 15) which is secured onto an axial end face (12, 13) of the filter body on the filter material, - wherein at least one such end disc has at least one alignment contour protruding radially and/or axially from the respective end disc, - the filter material is folded, - two end folds of the filter material adjacent to one another in circumferential direction are secured to one another - the alignment contour and the end folds secured to one other form an angle in circumferential direction which corresponds to a predetermined angle or is within a predefined angular range, the limits of which are a maximum of 20° or 15° or 10° apart.