mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a composite body with a first layer of a material of a high silicic acid content with an additional component in a first concentration, connected to a second layer of a material of a high silicic acid content with the additional component in a second concentration that differs from the first concentration, and the first and the second concentration are greater than or equal to zero, comprising the following method steps: (a) preparing a first slurry layer having a free surface by using a first slurry mass containing a first dispersing agent and, dispersed therein, first SiO 2 particles and the additional component in the first concentration, (b) providing a second slurry mass containing a second dispersing agent and, dispersed therein, second SiO 2 particles and the additional component in a second concentration that differs from the first concentration, (c) forming a composite-body intermediate product by applying the second slurry mass to the free surface of the first slurry layer, and (d) heating the composite-body intermediate product while forming the composite body. (a) preparing a first slurry layer having a free surface by using a first slurry mass containing a first dispersing agent and, dispersed therein, first SiO 2 particles and the additional component in the first concentration, (b) providing a second slurry mass containing a second dispersing agent and, dispersed therein, second SiO 2 particles and the additional component in a second concentration that differs from the first concentration, (c) forming a composite-body intermediate product by applying the second slurry mass to the free surface of the first slurry layer, and (d) heating the composite-body intermediate product while forming the composite body.
A vaccine delivery assembly, comprising: a vaccine delivery frame; a wing web injection device operably engaged with the vaccine delivery frame and having a wing web injection actuator, the wing web injection device being configured to deliver a first vaccine substance to at least one wing web of an avian pullet; an intramuscular injection device operably engaged with the vaccine delivery frame and having an intramuscular injection actuator, the intramuscular injection device being configured to deliver a second vaccine substance to a breast of the avian pullet; a subcutaneous injection device operably engaged with the vaccine delivery frame and having a subcutaneous injector actuator, the subcutaneous injection device being adapted to deliver a third vaccine substance to an inguinal fold of the avian pullet; a spray delivery device operably engaged with the vaccine delivery frame, the spray delivery device being adapted to deliver a fourth vaccine substance to a facial region of the avian pullet, the spray delivery device having a spray device actuator and being configured to be carried proximate to the facial area of the avian pullet by a guide; and a main actuator configured to move the wing web injection actuator, the intramuscular injection actuator, and the subcutaneous injector actuator to a position that allows for injection of a respective body part of the avian pullet. a vaccine delivery frame; a wing web injection device operably engaged with the vaccine delivery frame and having a wing web injection actuator, the wing web injection device being configured to deliver a first vaccine substance to at least one wing web of an avian pullet; an intramuscular injection device operably engaged with the vaccine delivery frame and having an intramuscular injection actuator, the intramuscular injection device being configured to deliver a second vaccine substance to a breast of the avian pullet; a subcutaneous injection device operably engaged with the vaccine delivery frame and having a subcutaneous injector actuator, the subcutaneous injection device being adapted to deliver a third vaccine substance to an inguinal fold of the avian pullet; a spray delivery device operably engaged with the vaccine delivery frame, the spray delivery device being adapted to deliver a fourth vaccine substance to a facial region of the avian pullet, the spray delivery device having a spray device actuator and being configured to be carried proximate to the facial area of the avian pullet by a guide; and a main actuator configured to move the wing web injection actuator, the intramuscular injection actuator, and the subcutaneous injector actuator to a position that allows for injection of a respective body part of the avian pullet.
Rotary tower crane having a tower structure, at the top end of which a boom is arranged, wherein at least a part of the tower structure is formed by at least three parallel tower pieces arranged side-by-side, characterised in that a transition piece is arranged above the at least three parallel tower pieces, which transition piece interconnects said tower pieces.
Splitter nose for a turbomachine, in particular for a low-pressure compressor of an axial turbomachine, the splitter nose comprising: an upstream annular wall with a circular leading edge; a downstream annular composite partition, characterized in that the upstream wall comprises an annular anchoring portion arranged in the thickness of the downstream partition so as to anchor the partition and the wall to one another. an upstream annular wall with a circular leading edge; a downstream annular composite partition, characterized in that the upstream wall comprises an annular anchoring portion arranged in the thickness of the downstream partition so as to anchor the partition and the wall to one another.
Motor vehicle, comprising: - at least one axle; - at least one wheel comprising a straight disc fixed to the axle, a rim and a tyre arranged around the rim, - a remote inflation system capable of varying an internal pressure in an internal volume of the tyre in dependence on driving conditions of the vehicle, the remote inflation system comprising a gas compressor carried by the vehicle, the wheel comprising a reservoir arranged between the straight disc and the rim, the reservoir containing a pressurised gas and being fluidically connected to the compressor through an inlet valve, the remote inflation system further comprising a pressure sensor capable of measuring a pressure in the internal volume of the tyre, and a four-way valve which fluidically connects two elements from among: - the reservoir, - the internal volume of the tyre, and - the exterior of the tyre. - at least one axle; - at least one wheel comprising a straight disc fixed to the axle, a rim and a tyre arranged around the rim, - a remote inflation system capable of varying an internal pressure in an internal volume of the tyre in dependence on driving conditions of the vehicle, the remote inflation system comprising a gas compressor carried by the vehicle, - the reservoir, - the internal volume of the tyre, and - the exterior of the tyre.
An aerosol generation device, comprising a heating element, wherein the heating element comprises a base body, an infrared radiation layer, and characterized in that the aerosol generation device further comprises at least one light convergence mechanism; wherein the base body has a chamber for accommodating an aerosol substrate material; the infrared radiation layer is disposed on a surface of the base body, and is configured to generate infrared radiation to heat the aerosol substrate material disposed in the chamber; and wherein the at least one light convergence mechanism is bonded onto the base body and is configured to converge the infrared radiation into the chamber to heat at least a portion of the aerosol substrate material.
Sensor assembly, comprising: - an optical fiber having a sensing fiber portion that comprises a Fiber Bragg Grating; - a sensing body being size-responsive to the physical property being measured; - wherein the sensing body is filled with air or gas; - the sensing body having body ends (51, 52) attached to attachment points (37, 38) of the fiber at opposite axial sides of the sensing fiber portion, characterized in that the sensing body surrounds the sensing fiber portion, wherein the sensing body has a hollow inner space in which the fiber can move freely. - an optical fiber having a sensing fiber portion that comprises a Fiber Bragg Grating; - a sensing body being size-responsive to the physical property being measured; - wherein the sensing body is filled with air or gas; - the sensing body having body ends (51, 52) attached to attachment points (37, 38) of the fiber at opposite axial sides of the sensing fiber portion, characterized in that the sensing body surrounds the sensing fiber portion, wherein the sensing body has a hollow inner space in which the fiber can move freely.
A laminated foam sheet comprising: a foam layer of a base polymer including a polyethylene-based resin PE-2, and an outer layer laminated on each of both sides of the foam layer, each of the outer layers having a multi-layer structure comprising an outermost surface layer containing a polyethylene-based resin PE-4 and an intermediate layer containing a polyethylene-based resin PE-3 and positioned between the outermost surface layer and the foam layer, the outermost surface layer and the intermediate layer of each of the outer layers being laminated together by coextrusion, the outermost surface layer of each of the outer layers being substantially free of a polymeric antistatic agent and having a basis weight B [g/m 2], the intermediate layer of each of the outer layers containing a polymeric antistatic agent in an amount of 10 to 30% by weight based on the total weight of the polyethylene-based resin PE-3 and the polymeric antistatic agent, wherein the polymeric antistatic agent is contained in the intermediate layer of each of the outer layers in an amount A [g/m 2] that is 0.2 to 2 g per 1 m 2 of the intermediate layer, and wherein, in each of the outer layers, a ratio B/A of the basis weight B [g/m 2] of the outermost surface layer to the amount A [g/m 2] of the polymeric antistatic agent is 1 to 30. a foam layer of a base polymer including a polyethylene-based resin PE-2, and an outer layer laminated on each of both sides of the foam layer, each of the outer layers having a multi-layer structure comprising an outermost surface layer containing a polyethylene-based resin PE-4 and an intermediate layer containing a polyethylene-based resin PE-3 and positioned between the outermost surface layer and the foam layer, the outermost surface layer and the intermediate layer of each of the outer layers being laminated together by coextrusion, the outermost surface layer of each of the outer layers being substantially free of a polymeric antistatic agent and having a basis weight B [g/m 2], the intermediate layer of each of the outer layers containing a polymeric antistatic agent in an amount of 10 to 30% by weight based on the total weight of the polyethylene-based resin PE-3 and the polymeric antistatic agent, wherein the polymeric antistatic agent is contained in the intermediate layer of each of the outer layers in an amount A [g/m 2] that is 0.2 to 2 g per 1 m 2 of the intermediate layer, and wherein, in each of the outer layers, a ratio B/A of the basis weight B [g/m 2] of the outermost surface layer to the amount A [g/m 2] of the polymeric antistatic agent is 1 to 30.
A method of predicting the sensitivity of a cancer patient for treatment with a Human Double Minute 2 inhibitor (MDM2i), the method comprising: assaying for gene expression of more than one biomarker selected from Table 2, Table 2: Gene Name Accession number MDM2 NM_002392 / NP_002383 CDKN1A NM_000389 / NP_000380 ZMAT3 NM_022470 / NP_071915 DDB2 NM_000107 / NP_000098 FDXR NM_004110 / NP_004101 RPS27L NM_015920 / NP_057004 BAX NM_004324 / NP_004315 RRM2B NM_015713 / NP_056528 SESN1 NM_014454 / NP_055269 CCNG1 NM_004060 / NP_004051 XPC NM_004628 / NP_004619 TNFRSF10B NM_003842 / NP_003833 AEN NM_022767 / NP_073604 in a cancer sample obtained from the patient, wherein one biomarker selected from Table 2 is Mdm2; and the gene expression of more than one biomarker indicates that the patient is sensitive to treatment with an MDM2i.
An assembly that is adapted to support an upper loudspeaker cabinet, comprising: a bass loudspeaker cabinet; and a stand, wherein the stand comprises a first structure that is constructed and arranged to be directly coupled to a first portion of the bass loudspeaker cabinet in a stand stowed position wherein the stand is stowed on or in the bass loudspeaker cabinet; a second structure that is constructed and arranged to be directly coupled to a second portion of the bass loudspeaker cabinet in a stand deployed position wherein the stand is supported by and extends above the bass loudspeaker cabinet; and a platform with an interface structure that is constructed and arranged to be engaged with and support the upper loudspeaker cabinet when the stand is in the deployed position, wherein when the stand is in the deployed position the platform is spaced from and above the bass loudspeaker cabinet, wherein the stand has multiple legs (12,14) that support the platform spaced from and above the bass loudspeaker cabinet. a bass loudspeaker cabinet; and a stand, wherein the stand comprises a first structure that is constructed and arranged to be directly coupled to a first portion of the bass loudspeaker cabinet in a stand stowed position wherein the stand is stowed on or in the bass loudspeaker cabinet; a second structure that is constructed and arranged to be directly coupled to a second portion of the bass loudspeaker cabinet in a stand deployed position wherein the stand is supported by and extends above the bass loudspeaker cabinet; and a platform with an interface structure that is constructed and arranged to be engaged with and support the upper loudspeaker cabinet when the stand is in the deployed position, wherein when the stand is in the deployed position the platform is spaced from and above the bass loudspeaker cabinet, wherein the stand has multiple legs (12,14) that support the platform spaced from and above the bass loudspeaker cabinet.
A method performed by a vehicle computer system of controlling downhill speed of a vehicle having an engine retarder system, the method comprising, during operation of the vehicle: receiving, via an engine retarder demand input device of an operator interface of the vehicle, a request to increase engine retarder demand; and in response to the request to increase engine retarder demand: increasing an engine retarder demand setting; and decreasing an auto-retarder set speed for the vehicle, wherein the auto-retarder set speed indicates a vehicle speed at which the engine retarder system automatically activates to reduce the vehicle speed to the auto-retarder set speed. receiving, via an engine retarder demand input device of an operator interface of the vehicle, a request to increase engine retarder demand; and in response to the request to increase engine retarder demand: increasing an engine retarder demand setting; and decreasing an auto-retarder set speed for the vehicle, wherein the auto-retarder set speed indicates a vehicle speed at which the engine retarder system automatically activates to reduce the vehicle speed to the auto-retarder set speed. increasing an engine retarder demand setting; and decreasing an auto-retarder set speed for the vehicle, wherein the auto-retarder set speed indicates a vehicle speed at which the engine retarder system automatically activates to reduce the vehicle speed to the auto-retarder set speed.
A method for producing a polycarbonate resin, comprising a step of performing melt polycondensation by continuously feeding a dihydroxy compound having a moiety represented by the following formula in a part of the structure and a carbonic acid diester each in a liquid state to a reactor, wherein the residence time from liquefaction of said dihydroxy compound to its feeding to the reactor is from 0.1 to 4.5 hours, wherein the internal temperature of the dissolution vessel used for liquefying the dihydroxy compound is 110°C or less, and the difference between the internal temperature and the heating medium temperature is 50°C or less; said dihydroxy compound and a carbonic acid diester are continuously fed to a reactor such that the elapse time after mixing them becomes 20 minutes or less, or these are continuously fed without mixing but independently to a reactor; and wherein said aliphatic dihydroxy compound is isosorbide: [Chem. 1] (̵CH 2 -o+)̵
An optoelectronic sensor for detecting objects in a monitoring area, in particular a laser scanner, having a light transmitter for transmitting a transmission light beam, a light receiver for generating a reception signal from remitted light from objects in the monitoring area, a base unit, a scanning unit movable with respect to the base unit for periodically scanning the monitoring area, as well as an evaluation unit for detecting information about objects in the monitoring area based on the reception signal, wherein the base unit comprises a first transfer unit (44, 54, 56) and the scanning unit comprises a second transfer unit (44, 54, 58) for the contactless transfer of energy between the base unit and the scanning unit, wherein the base unit comprises a first circuit board with the first transfer unit (44, 54, 58) and the scanning unit comprises a second circuit board with the second transfer unit (44, 54, 56), the two circuit boards (50, 52) are arranged flat one above the other and the second circuit board is movable with the scanning unit with respect to the first circuit board, characterized in that the transfer units (44, 54, 56, 58) each comprise coils (56, 58) integrated in the circuit boards (50, 52) for supplying the scanning unit by inductive coupling and each comprise conductive structures (62, 64) on the circuit boards (50, 52) which face one another and form at least one capacitor for contactless capacitive data transfer.
A surgical staple, comprising: a base comprising a proximal portion, a distal portion and an intermediate portion, the intermediate portion having a flat tissue contacting surface and an inclined drive surface; a first leg extending from the base; a second leg extending from the base, wherein the base, the first leg and the second leg define a seamless unitary piece, and wherein the inclined drive surface slopes downwards with respect to the flat tissue contacting surface in the direction of the distal portion, and characterised in that the inclined drive surface extends across a staple midline, the staple midline being defined intermediate the first leg and the second leg, bisecting the surgical staple and passing through a centre of mass of the surgical staple. a base comprising a proximal portion, a distal portion and an intermediate portion, the intermediate portion having a flat tissue contacting surface and an inclined drive surface; a first leg extending from the base; a second leg extending from the base, wherein the base, the first leg and the second leg define a seamless unitary piece, and wherein the inclined drive surface slopes downwards with respect to the flat tissue contacting surface in the direction of the distal portion, and characterised in that the inclined drive surface extends across a staple midline, the staple midline being defined intermediate the first leg and the second leg, bisecting the surgical staple and passing through a centre of mass of the surgical staple.
A link discovery method, wherein the method comprises: when a network device receives a first Link Layer Discovery Protocol, LLDP, packet sent by a directly connected device, determining a security level of the directly connected device according to an authentication type-length-value, TLV, in the first LLDP packet, wherein the security level comprises "secure" and "insecure", the first LLDP packet comprises the authentication TLV and a minimum security level TLV, and the minimum security level TLV comprises: a Chassis ID TLV, a Port ID TLV, a neighbor life cycle TLV, and an End of LLDP Data Unit TLV; and when the security level of the directly connected device is secure, determining a device type of the directly connected device according to the first LLDP packet, and sending a second LLDP packet to the directly connected device according to the device type of the directly connected device, wherein the second LLDP packet comprises a TLV corresponding to the device type of the directly connected device. when a network device receives a first Link Layer Discovery Protocol, LLDP, packet sent by a directly connected device, determining a security level of the directly connected device according to an authentication type-length-value, TLV, in the first LLDP packet, wherein the security level comprises "secure" and "insecure", the first LLDP packet comprises the authentication TLV and a minimum security level TLV, and the minimum security level TLV comprises: a Chassis ID TLV, a Port ID TLV, a neighbor life cycle TLV, and an End of LLDP Data Unit TLV; and when the security level of the directly connected device is secure, determining a device type of the directly connected device according to the first LLDP packet, and sending a second LLDP packet to the directly connected device according to the device type of the directly connected device, wherein the second LLDP packet comprises a TLV corresponding to the device type of the directly connected device.
Method for producing polymerizable lactic acid from fermentation broths, comprising the method steps of: - removing the biomass and possible solids present from the fermentation broth in at least two successive stages, - lowering the pH to a value of 2.2-2.4 by adding and mixing concentrated sulphuric acid into the lactic acid solution from the biomass-free fermentation broth, - separating the lactic acid solution from the biomass-free fermentation broth by simulated moving bed chromatography, - purifying the lactic acid solution separated by means of a first ion exchange step, - concentrating the lactic acid solution purified in the first ion exchange step by means of a first one-stage or multi-stage evaporation stage, - further purifying the pre-concentrated and pre-purified lactic acid solution by means of a second ion exchange step, - concentrating the lactic acid solution purified in the second ion exchange step by means of a second one-stage or multi-stage evaporation stage, such that the lactic acid comprises a dilactide yield of > 90% and racemization of < 5%; wherein the polymerizable lactic acid is produced without distillation. - removing the biomass and possible solids present from the fermentation broth in at least two successive stages, - lowering the pH to a value of 2.2-2.4 by adding and mixing concentrated sulphuric acid into the lactic acid solution from the biomass-free fermentation broth, - separating the lactic acid solution from the biomass-free fermentation broth by simulated moving bed chromatography, - purifying the lactic acid solution separated by means of a first ion exchange step, - concentrating the lactic acid solution purified in the first ion exchange step by means of a first one-stage or multi-stage evaporation stage, - further purifying the pre-concentrated and pre-purified lactic acid solution by means of a second ion exchange step, - concentrating the lactic acid solution purified in the second ion exchange step by means of a second one-stage or multi-stage evaporation stage, such that