mhurhangee/patent-ind-claim-en huggingface dataset:
An additive manufacturing material for powder rapid prototyping manufacturing, the material comprising: a first powder that is a granulated powder containing a ceramic as a main component, obtained by granulating a powder formed from the ceramic and a powder formed from a second metal; and a second powder containing a metal as a main component, wherein the first powder and the second powder are in a mixed state, each of the second metal in the first powder and the metal in the second powder is independently an elemental substance of a metal element selected from the group consisting of magnesium (Mg), aluminium (Al), titanium (Ti), chromium (Cr), manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), zirconium (Zr), gold (Au), silver (Ag), platinum (Pt), iridium (Ir), bismuth (Bi), niobium (Nb), molybdenum (Mo), tin (Sn), tungsten (W), and lead (Pb), or an alloy of the metal element and one or more other elements, primary particles of the first powder are three-dimensionally bound together to form granulated particles with voids between the primary particles, and a proportion of the second powder relative to a sum of the first powder and the second powder is above 10% by mass and less than 90% by mass. a first powder that is a granulated powder containing a ceramic as a main component, obtained by granulating a powder formed from the ceramic and a powder formed from a second metal; and a second powder containing a metal as a main component, wherein the first powder and the second powder are in a mixed state, each of the second metal in the first powder and the metal in the second powder is independently an elemental substance of a metal element selected from the group consisting of magnesium (Mg), aluminium (Al), titanium (Ti), chromium (Cr), manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), zirconium (Zr), gold (Au), silver (Ag), platinum (Pt), iridium (Ir), bismuth (Bi), niobium (Nb), molybdenum (Mo), tin (Sn), tungsten (W), and lead (Pb), or an alloy of the metal element and one or more other elements, primary particles of the first powder are three-dimensionally bound together to form granulated particles with voids between the primary particles, and a proportion of the second powder relative to a sum of the first powder and the second powder is above 10% by mass and less than 90% by mass.
An agent that blocks interaction between CD47 and SIRPα for use in a method of hematopoietic stem cell engraftment in a human, wherein the method comprises: contacting said human concomitantly with: (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is a monoclonal anti-SIRPα antibody; in a dose effective in ablating targeted endogenous hematopoietic stem cells from said human; and introducing exogenous hematopoietic stem cells to said human, wherein the exogenous hematopoietic stem cells are autologous. contacting said human concomitantly with: (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is a monoclonal anti-SIRPα antibody; (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is a monoclonal anti-SIRPα antibody; in a dose effective in ablating targeted endogenous hematopoietic stem cells from said human; and introducing exogenous hematopoietic stem cells to said human, wherein the exogenous hematopoietic stem cells are autologous.
Use of an adhesive composition for preparing a bonded structure, wherein the bonded structure comprises glass, resin, and a cured product of the adhesive composition between the glass and the resin, wherein the adhesive composition comprises a poly(meth)acrylic polymer (A), having a reactive silyl group, an oxyalkylene polymer (B), having a reactive silyl group at the end, and a silane coupling agent (C), wherein the silane coupling agent (C) comprises a secondary amino group-containing silane coupling agent (C-i); wherein at least one of - is met: the resin is a polycarbonate-containing resin, the glass is a cover glass for a display 14 inches or larger or for a display having a curved surface or curved cross section, wherein the resin is a resin panel, wherein the bonded structure is a display, the bonded structure is an in-vehicle display. wherein the bonded structure comprises glass, resin, and a cured product of the adhesive composition between the glass and the resin, wherein the adhesive composition comprises a poly(meth)acrylic polymer (A), having a reactive silyl group, an oxyalkylene polymer (B), having a reactive silyl group at the end, and a silane coupling agent (C), wherein the silane coupling agent (C) comprises a secondary amino group-containing silane coupling agent (C-i); wherein at least one of - is met: the resin is a polycarbonate-containing resin, the glass is a cover glass for a display 14 inches or larger or for a display having a curved surface or curved cross section, wherein the resin is a resin panel, wherein the bonded structure is a display, the bonded structure is an in-vehicle display. the resin is a polycarbonate-containing resin, the glass is a cover glass for a display 14 inches or larger or for a display having a curved surface or curved cross section, wherein the resin is a resin panel, wherein the bonded structure is a display, the bonded structure is an in-vehicle display.
Biofuel formulation comprising - biodiesel-derived crude glycerol, wherein said crude glycerol is present between 10% and 90% w/w in respect of the whole composition; - glycerol formal which is present between 10% and 90% w/w in respect of the whole composition; - at least one fatty acid glycerol formal ester in an amount between 0% and 80% w/w in respect of the whole composition; - at least one fatty acid methyl ester in an amount between 0% and 80% w/w in respect of the whole composition; wherein said formulation does not contain formaldehyde; and wherein said crude glycerol is a mixture of glycerol, ash, water and organic residue. - biodiesel-derived crude glycerol, wherein said crude glycerol is present between 10% and 90% w/w in respect of the whole composition; - glycerol formal which is present between 10% and 90% w/w in respect of the whole composition; - at least one fatty acid glycerol formal ester in an amount between 0% and 80% w/w in respect of the whole composition; - at least one fatty acid methyl ester in an amount between 0% and 80% w/w in respect of the whole composition;
A container cap configured to couple to an access opening of a container , the access opening having a seal configured to cover the access opening , the container cap comprising: a cap body comprising: a cylindrical-shaped side wall having a bottom edge that defines an opening to an interior of said cap body ; and a top wall portion integrated with said cylindrical-shaped side wall and at least partially enclosing the interior of said cap body ; and a seal opening assembly integrated with said cap body , wherein said seal opening assembly comprises÷ a seal piercing member configured to pierce the seal covering the access opening , characterized in that the seal opening assembly further comprises a slot defined in said top wall portion of said cap body and in that the seal piercing member is formed on a first side of said slot . a cap body comprising: a cylindrical-shaped side wall having a bottom edge that defines an opening to an interior of said cap body ; and a top wall portion integrated with said cylindrical-shaped side wall and at least partially enclosing the interior of said cap body ; and a cylindrical-shaped side wall having a bottom edge that defines an opening to an interior of said cap body ; and a top wall portion integrated with said cylindrical-shaped side wall and at least partially enclosing the interior of said cap body ; and a seal opening assembly integrated with said cap body , wherein said seal opening assembly comprises÷ a seal piercing member configured to pierce the seal covering the access opening , characterized in that the seal opening assembly further comprises a slot defined in said top wall portion of said cap body and in that the seal piercing member is formed on a first side of said slot . a seal piercing member configured to pierce the seal covering the access opening , characterized in that the seal opening assembly further comprises a slot defined in said top wall portion of said cap body and in that the seal piercing member is formed on a first side of said slot .
A method for laser beam welding, said method comprising the steps of: establishing an operative pulsed fiber laser placed in a configuration for applying a high density beam of laser light in a narrow bandwidth on a fusion zone to a weld material wherein said weld material is titanium or titanium alloy without a filler material; establishing spectral lines for a designated shielding gas wherein said shielding gas is argon or helium; selecting an emission spectrum for said beam of laser light; wherein said emission spectrum for said beam of laser light avoids said spectral lines for said shielding gas and wherein said step of selecting an emission spectrum for said beam of laser light includes the step of selecting said beam of laser light in a bandwidth of 1064 nm +/- 0.5nm; utilizing said shielding gas around said a welding region to prevent contamination of said weld; and applying said beam of laser light to said weld material to form a weld in a welding region .
Superstructure for accommodating, selectively, equipment arranged in an interior space and, when required, providing a useable space expanding the interior space , with a central solid segment and with a number of sliding segments , mounted slideably in relation to the central solid segment in at least one expansion direction within a plane, which are slideable between a compact position with a minimum volume and an expanded position with a maximum volume, wherein the sliding segments are configured as at least one sliding segment of a first group, wherein the or each sliding segment of the first group is displaceable in at least one expansion direction within a first plane, as at least one sliding segment of a second group, wherein the or each sliding segment of the second group is slideable in an expansion direction oriented perpendicularly to the, or each, expansion direction within at least one second plane different from the first plane, and as at least one sliding segment of a third group, wherein the, or each, sliding segment of the third group is slideable both in the, or an, expansion direction within the first plane as well as in the second direction within the, or a, second plane, wherein at least one sliding segment of the third group engages with in each case one sliding segment of the two other groups, characterised in that sliding segments of the three groups are designed with guides oriented at right angles to each other, in each case attached to the walls of the central segment and the sliding segments , and with pairs of peripheral contact regions formed by inwardly-projecting edges and outwardly-projecting edges which are longer than the inwardly-projecting edges , in each case with intermediate sealing lips , such that inwardly-projecting edges and outwardly-projecting edges of sliding segments of the second group or the third group can be brought into engagement, in pairs, within the respective group.
A surgical instrument comprising: a knife movable between an unfired position and a fired position; a displacement member coupled to the knife, the displacement member movable between a proximal position and a distal position to drive the knife between the unfired position and the fired position; a sensor configured to detect a position of the displacement member and provide a signal indicative thereof; a display ; and a control circuit coupled to the display and the sensor; wherein the control circuit is configured to: determine the position of the displacement member via the sensor; and characterised in that: the control circuit is further configured to: determine whether the knife is retracting; upon the knife retracting, determine whether the position of the displacement member is located proximal relative to a threshold; and upon the displacement member being located proximal relative to the threshold, cause the display to display a position of the knife according to the position of the displacement member. a knife movable between an unfired position and a fired position; a displacement member coupled to the knife, the displacement member movable between a proximal position and a distal position to drive the knife between the unfired position and the fired position; a sensor configured to detect a position of the displacement member and provide a signal indicative thereof; a display ; and a control circuit coupled to the display and the sensor; wherein the control circuit is configured to: determine the position of the displacement member via the sensor; and characterised in that: the control circuit is further configured to: determine whether the knife is retracting; upon the knife retracting, determine whether the position of the displacement member is located proximal relative to a threshold; and upon the displacement member being located proximal relative to the threshold, cause the display to display a position of the knife according to the position of the displacement member. determine the position of the displacement member via the sensor; and characterised in that: the control circuit is further configured to: determine whether the knife is retracting; upon the knife retracting, determine whether the position of the displacement member is located proximal relative to a threshold; and upon the displacement member being located proximal relative to the threshold, cause the display to display a position of the knife according to the position of the displacement member. determine whether the knife is retracting; upon the knife retracting, determine whether the position of the displacement member is located proximal relative to a threshold; and upon the displacement member being located proximal relative to the threshold, cause the display to display a position of the knife according to the position of the displacement member.
A multipoint fuel injection system comprising: an injection system segment including: a circumferentially extending outer support defining a fuel manifold with a plurality of manifold passages extending circumferentially therethrough, and with a first connector at a first circumferential end of the outer support and with a second connector at a second circumferential end of the outer support opposite the first circumferential end, wherein the first and second connectors are each configured to connect each manifold passage with a manifold passages of a respective outer support of a circumferentially adjacent injection system segment; a circumferentially extending inner support ; a plurality of circumferentially spaced apart feed arms extending radially between the inner support and the outer support; and a plurality of outlet openings extending in an axial direction from each feed arm for feeding respective injection nozzles, wherein the feed arm defines a plurality of fuel passages therethrough in fluid communication with the fuel manifold and outlet openings to supply fuel from the fuel manifold to the outlet openings; characterized in that the manifold passages have a vaulted cross-sectional flow area, and in that each of the first and second connectors includes a transition region wherein each manifold passage transitions from the vaulted cross-sectional flow area to a circular flow area for connection to connector tubes. a circumferentially extending outer support defining a fuel manifold with a plurality of manifold passages extending circumferentially therethrough, and with a first connector at a first circumferential end of the outer support and with a second connector at a second circumferential end of the outer support opposite the first circumferential end, wherein the first and second connectors are each configured to connect each manifold passage with a manifold passages of a respective outer support of a circumferentially adjacent injection system segment; a circumferentially extending inner support ; a plurality of circumferentially spaced apart feed arms extending radially between the inner support and the outer support; and a plurality of outlet openings extending in an axial direction from each feed arm for feeding respective injection nozzles, wherein the feed arm defines a plurality of fuel passages therethrough in fluid communication with the fuel manifold and outlet openings to supply fuel from the fuel manifold to the outlet openings; characterized in that the manifold passages have a vaulted cross-sectional flow area, and in that each of the first and second connectors includes a transition region wherein each manifold passage transitions from the vaulted cross-sectional flow area to a circular flow area for connection to connector tubes.
Thermal management circuit for a motor vehicle, having a refrigerant-fluid loop (A) through which a refrigerant fluid flows, said refrigerant-fluid loop (A) having, in the direction of flow of the refrigerant fluid: - a first compressor , - a first heat exchanger disposed downstream of the first compressor , - a second compressor , - a second heat exchanger disposed downstream of the second compressor , said second heat exchanger being intended to be passed through by a flow of air external to the motor vehicle, - a first expansion device disposed downstream of the second heat exchanger , - a third heat exchanger disposed downstream of the first expansion device , said third heat exchanger being intended to be passed through by a flow of internal air intended for the motor vehicle interior, characterized in that said refrigerant-fluid loop (A) also has a bypass leg (B) connecting the refrigerant-fluid outlet of the second heat exchanger to the refrigerant-fluid inlet of the first heat exchanger , said bypass leg (B) having a second expansion device controlled by the measurement of an intermediate temperature of the refrigerant fluid leaving the first heat exchanger . - a first compressor , - a first heat exchanger disposed downstream of the first compressor , - a second compressor , - a second heat exchanger disposed downstream of the second compressor , said second heat exchanger being intended to be passed through by a flow of air external to the motor vehicle, - a first expansion device disposed downstream of the second heat exchanger , - a third heat exchanger disposed downstream of the first expansion device , said third heat exchanger being intended to be passed through by a flow of internal air intended for the motor vehicle interior,
A milking cluster pipe support , for fitment to the deck-side or kerb of a milking parlour, comprising a pivotable pipe support arm that moves within a plane P between a deployed position and a stowed position, wherein the extent of movement of the pipe support arm between the deployed position and the stowed position is constrained by a deployed position end stop and by a stowed position end stop and in the deployed position the pipe support arm rests against the deployed position end stop and in the stowed position the pipe support arm rests against the stowed position end stop , the pipe support arm having towards one end at least one open ended pipe slot and having towards another end a pivot point, wherein the milking cluster pipe support has a pivot extending perpendicularly to the plane P and having a horizontal axis X-X and a vertical axis Y-Y located within the plane P and passing through the centre of the pivot , wherein the pipe support arm comprises a counterweight section and the pipe support arm further comprises a slotted body and a pivot extension that are each attached to the counterweight section , wherein the slotted body has a spine with a longitudinal axis L-L that is vertically oriented when the pipe support arm is in the vertical position and the pivot extension is offset from the axis L-L by an angle α in the second rotational sense, and wherein the pipe support arm pivots freely around the pivot within the plane P and moves in a first rotational sense from its deployed position to its stowed position and in a second rotational sense from its stowed position to its deployed position, wherein the first rotational sense and the second rotational sense are opposite to each other, wherein when the pipe support arm is located in the deployed position its centre of gravity is located on one side of the vertical axis Y-Y and the pipe support arm is held against the deployed position end stop under the action of gravity and when the pipe support arm is located in the stowed position its centre of gravity is located on the other side of the vertical axis Y-Y and the pipe support arm is held against the stowed position end stop under the action of gravity, wherein the counterweight section is located on the same side of the vertical axis Y-Y as the deployed position end stop when the pipe support arm is located in the deployed position and is located on the other side of the vertical axis Y-Y when the pipe support arm is located in the stowed position .
A manufactured item with a three-dimensional profile made of a composite material, which item comprises: - at least one reinforcing member chosen from the group comprising carbon fibre, glass fibre, basalt fibre, boron fibre, synthetic fibres, artificial fibres and natural fibres; - an epoxy resin formed by a cross-linking reaction of a component cross designed to be cross linked with a cross-linking catalyst; characterized in that said epoxy resin has a final Shore A hardness of between 30 and 100 and in that said epoxy resin has a viscosity of between 180 and 50,000 mPa·s at room temperature and before the cross-linking reaction. - at least one reinforcing member chosen from the group comprising carbon fibre, glass fibre, basalt fibre, boron fibre, synthetic fibres, artificial fibres and natural fibres; - an epoxy resin formed by a cross-linking reaction of a component cross designed to be cross linked with a cross-linking catalyst;