mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing plant-based meat analogue products, said method comprising: a) preparing a batch of plant textured proteins by hydrating said plant textured proteins with an aqueous solution, b) preparing a batch of texturing emulsion by b1) dispersing in oil a mixture comprising a texturing agent and at least one other binding agent, b2) mixing said dispersion with an aqueous solution under low agitation, and b3) mixing the mixture obtained at step b2) under high shear conditions, thereby obtaining an emulsion, c) mixing said batches and under low agitation, d) separating the mixture obtained at step c) into 2 parts and mincing only one part of said mixture, e) mixing the non-minced part and the minced part obtained at step d), and f) forming plant-based meat analogue products from the mixture obtained at step e). a) preparing a batch of plant textured proteins by hydrating said plant textured proteins with an aqueous solution, b) preparing a batch of texturing emulsion by b1) dispersing in oil a mixture comprising a texturing agent and at least one other binding agent, b2) mixing said dispersion with an aqueous solution under low agitation, and b3) mixing the mixture obtained at step b2) under high shear conditions, thereby obtaining an emulsion, b1) dispersing in oil a mixture comprising a texturing agent and at least one other binding agent, b2) mixing said dispersion with an aqueous solution under low agitation, and b3) mixing the mixture obtained at step b2) under high shear conditions, thereby obtaining an emulsion, c) mixing said batches and under low agitation, d) separating the mixture obtained at step c) into 2 parts and mincing only one part of said mixture, e) mixing the non-minced part and the minced part obtained at step d), and f) forming plant-based meat analogue products from the mixture obtained at step e).
A device for the storage and/or processing of quantum information, comprising: a body (6; 18), formed from a material having negligible net nuclear or electronic magnetic field; a set of magnetic data entities (4; 14) embedded in said body (6; 18), each having at least two magnetic field states, wherein a spacing distance between adjacent data entities (4; 14) is sufficient such that the data entities (4; 14) substantially cannot interact with one another; a set of magnetic probes (2; 12), offset from the body (6; 18), for acquiring internal phase shifts due to the magnetic fields of said data entities (4; 14); wherein the probes (2; 12) are each arranged to move relative to a plurality of data entities (4; 14) in order that each probe (2; 12) acquires an internal phase shift from the plurality of data entities (4; 14) by bringing said each probe (2; 12) within a measuring distance of each of the plurality of data entities (4; 14) in turn, the measuring distance being significantly smaller than the spacing distance between adjacent data entities (4; 14); and means for reading each probe once said each probe (2; 12) has acquired the internal phase shift from the plurality of data entities (4; 14), thereby establishing a parity of the plurality of data entities (4; 14) without destroying a quantum superposition state of the data entities (4; 14). a body (6; 18), formed from a material having negligible net nuclear or electronic magnetic field; a set of magnetic data entities (4; 14) embedded in said body (6; 18), each having at least two magnetic field states, wherein a spacing distance between adjacent data entities (4; 14) is sufficient such that the data entities (4; 14) substantially cannot interact with one another; a set of magnetic probes (2; 12), offset from the body (6; 18), for acquiring internal phase shifts due to the magnetic fields of said data entities (4; 14); wherein the probes (2; 12) are each arranged to move relative to a plurality of data entities (4; 14) in order that each probe (2; 12) acquires an internal phase shift from the plurality of data entities (4; 14) by bringing said each probe (2; 12) within a measuring distance of each of the plurality of data entities (4; 14) in turn, the measuring distance being significantly smaller than the spacing distance between adjacent data entities (4; 14); and means for reading each probe once said each probe (2; 12) has acquired the internal phase shift from the plurality of data entities (4; 14), thereby establishing a parity of the plurality of data entities (4; 14) without destroying a quantum superposition state of the data entities (4; 14).
A biodegradable food service item comprising: a biodegradable substrate having at least one food contact surface, wherein the substrate comprises cellulosic fibers; and a coating applied over the at least one food contact surface, wherein the coating comprises from 25 to 60 weight percent of at least one biodegradable polymer: wherein the biodegradable substrate further comprises from 25 to 60 weight percent of the at least one biodegradable polymer, from 0.1 to 2.0 weight percent of a surfactant, from 0.1 to 2.0 weight percent of a rheology modifier, optionally from 0.1 to 1.0 weight percent defoamer, optionally from 1 to 20% of a filler, and from 0.001 to 2.0 weight percent of a biocide dispersed within the substrate; wherein the at least one biodegradable polymer comprises polyhydroxyalkanoates. a biodegradable substrate having at least one food contact surface, wherein the substrate comprises cellulosic fibers; and a coating applied over the at least one food contact surface, wherein the coating comprises from 25 to 60 weight percent of at least one biodegradable polymer: wherein the biodegradable substrate further comprises from 25 to 60 weight percent of the at least one biodegradable polymer, from 0.1 to 2.0 weight percent of a surfactant, from 0.1 to 2.0 weight percent of a rheology modifier, optionally from 0.1 to 1.0 weight percent defoamer, optionally from 1 to 20% of a filler, and from 0.001 to 2.0 weight percent of a biocide dispersed within the substrate; wherein the at least one biodegradable polymer comprises polyhydroxyalkanoates. wherein the biodegradable substrate further comprises from 25 to 60 weight percent of the at least one biodegradable polymer, from 0.1 to 2.0 weight percent of a surfactant, from 0.1 to 2.0 weight percent of a rheology modifier, optionally from 0.1 to 1.0 weight percent defoamer, optionally from 1 to 20% of a filler, and from 0.001 to 2.0 weight percent of a biocide dispersed within the substrate; wherein the at least one biodegradable polymer comprises polyhydroxyalkanoates.
Caliper body for a disc brake, suitable for being arranged astride of a disc for a disc brake, said disc defining a first braking surface and a second braking surface opposite the first braking surface; said caliper body comprising a first half-caliper and a second half-caliper, which are obtained by casting without machining to correct the draft angles and are suitable for being connected together at respective contact surfaces (4', 4"), said contact surfaces(4', 4") defining a joining plane of the half-calipers; said first half-caliper comprising a wheel-side elongated portion, extending in a tangential direction, which is suitable for facing its axially inner surface towards the first braking surface, and at least one first projecting portion projecting in an axial direction provided with a first contact surface suitable for connecting with the second half-caliper; said second half-caliper comprising a vehicle-side elongated portion, extending in a tangential direction, which is suitable for facing its axially inner surface towards the second braking surface, an attachment portion suitable for being connected to a support for the caliper and at least one second projecting portion projecting in an axial direction provided with a second contact surface (4") suitable for connection with the first half-caliper; and wherein each of said wheel-side elongated portion and said vehicle-side elongated portion is provided with at least one cavity suitable for housing or forming at least one cylinder suitable for receiving a piston to exert a pressure on at least one pad housed between the respective elongated portion (5, 6) and the respective braking surface (41, 42); the first projecting portion and the second projecting portion being suitable for being connected together at the respective contact surfaces (4', 4") so as to form at least one bridge astride of the disc; each of said first projecting portion and said second projecting portion being provided with a radially inner surface (13', 13") suitable for facing the disc which forms an angle α of between 90° and 92° with the respective contact surface (4', 4"); wherein the first projecting portion extends farther in the axial direction with respect to the second projecting portion so that said half-caliper joining plane is axially closer to the vehicle-side elongated portion with respect to the wheel-side elongated portion; so that said first projecting portion forms, by itself, the bridge astride of the disc; characterized in that said second projecting portion has a negligible axial extension with respect to the axial extension of the first projecting portion; and at least one of the bridges formed by the projecting portions (11, 12), in a portion thereof close to the wheel-side elongated portion and/or in a portion thereof close to the vehicle-side elongated portion, has an undercut or lightening groove.
Device for fitting a guide unit on a first furniture part which is guided movably in relation to a second furniture part, wherein the guide unit comprises a fixed rail, which is arranged on the second furniture part, and a movement rail, which is arranged on the first furniture part, which movement rail is provided at the rear end with a hook element with a hook nose for fixing the first furniture part in the rear section, characterised in that the device comprises an adjusting device (1, 27) with a receiving device for engagement of the hook element, wherein the receiving device is provided for engaging the hook element and wherein, when the adjusting device is located in an assembled state on the first furniture part, the hook element of the movement rail engages in the receiving device, wherein the receiving device can be adjusted on the adjusting device (1, 27) in at least one direction in space.
A magnetic switching device, comprising: an electromagnetic component sufficiently compact to be placed on or proximate to an exterior surface of a patient comprising a magnetically-switchable device therein; and a control circuit electrically connected to the electromagnetic component, wherein the electromagnetic component is constructed to generate a magnetic field of sufficient strength and orientation to engage a switch in the magnetically-switchable device, characterized in that the control circuit comprises a power supply coupled to a switch which is adapted to trigger activation of the electromagnetic component, wherein the switch comprises a switch of an electrocautery pen. an electromagnetic component sufficiently compact to be placed on or proximate to an exterior surface of a patient comprising a magnetically-switchable device therein; and a control circuit electrically connected to the electromagnetic component, wherein the electromagnetic component is constructed to generate a magnetic field of sufficient strength and orientation to engage a switch in the magnetically-switchable device, characterized in that the control circuit comprises a power supply coupled to a switch which is adapted to trigger activation of the electromagnetic component, wherein the switch comprises a switch of an electrocautery pen.
A control system for controlling liquid flow from a supply into a chilled beam, the control system comprising: a supply input port; a load return port; a recirculation pump for pumping liquid from a pump input port to a pump output port, the pump input port connected to receive a first portion of liquid flowing from the load return port; a junction configured to combine liquid flowing from the pump output port with liquid flowing from the supply input port; a load input port configured to receive such combined liquid from the junction; a supply return port connected to receive a remaining portion of the liquid flowing from the load return port; a control valve located either in line with the supply input port or in line with the supply return port, the control valve configured to restrict flow of liquid between the supply input port and the supply return port; a sensor configured to measure a load input temperature of the combined liquid; and a control module to control the control valve based at least in part on a measurement from the sensor. a supply input port; a load return port; a recirculation pump for pumping liquid from a pump input port to a pump output port, the pump input port connected to receive a first portion of liquid flowing from the load return port; a junction configured to combine liquid flowing from the pump output port with liquid flowing from the supply input port; a load input port configured to receive such combined liquid from the junction; a supply return port connected to receive a remaining portion of the liquid flowing from the load return port; a control valve located either in line with the supply input port or in line with the supply return port, the control valve configured to restrict flow of liquid between the supply input port and the supply return port; a sensor configured to measure a load input temperature of the combined liquid; and a control module to control the control valve based at least in part on a measurement from the sensor.
Pump electronics of an electric motor driven centrifugal pump with an electronics housing containing open loop and/or closed loop control electronics with a frequency converter to control the rotational speed of the centrifugal pump, in which the open loop and/or closed loop control electronics have at least one PCB with electrical and/or electronic components (6, 7, 8), comprising at least one inductor and semiconductor switch (7, 8) and surrounded by electromagnetic shielding (10, 13, 14), characterised by the components (6, 7, 8) with the PCB being embedded in a thermally conductive compound and jointly forming a cast body arranged within the electronics housing, in which the shielding (10, 13, 14) is integrated into the cast body.
Method for the provision of result data which is suitable for use in planning an irradiation of a patient, comprising the following steps: - The acquisition of CT measurement data of the patient which has been acquired by means of a CT device having a quantum counting X-ray detector, - The processing of the CT measurement data, wherein during the processing of the CT measurement data a specific information content of the CT measurement data resulting from the use of the quantum counting X-ray detector in the acquisition of the CT measurement data is taken into account, wherein result data is generated during the processing of the CT measurement data which is suitable for use in planning of the irradiation of the patient, - The provision of the result data to an interface such that the result data can be used for the planning of the irradiation of the patient. - The acquisition of CT measurement data of the patient which has been acquired by means of a CT device having a quantum counting X-ray detector, - The processing of the CT measurement data, wherein during the processing of the CT measurement data a specific information content of the CT measurement data resulting from the use of the quantum counting X-ray detector in the acquisition of the CT measurement data is taken into account, wherein result data is generated during the processing of the CT measurement data which is suitable for use in planning of the irradiation of the patient, - The provision of the result data to an interface such that the result data can be used for the planning of the irradiation of the patient.
Substance mixtures, comprising (a) vanillin and (b) vanillyl vanillat wherein the substance mixtures comprise the components (a) and (b) in a weight ratio of about 25:75 to about 75:25. (a) vanillin and (b) vanillyl vanillat
A heating distributor valve assembly with at least two outlets (38, 40, 42, 44), with a circulation pump assembly which is integrated into the heating distributor valve assembly for delivering a heat transfer medium through the at least two outlets (38, 40, 42, 44) and with a distributor device which is designed to selectively open and close at least two outlets (38, 40, 42, 44), characterised by at least two inlets as well as a mixing device which is designed to mix flows from the two inlets in a variable mixing ratio, wherein the mixing device and the distributor device comprise a common actuator for changing the adjustment of the mixing device as well as for opening and closing the at least two outlets.
An epilating head for an epilating device comprising: a. at least a first disc with at least two first disc pincers (21A; 21C; 21E) the first disc being rotatable around an axis or axle of rotation; b. at least a counter element (20; 22) with at least two counterparts (20A-F;22A-C), the counter element (20; 22) being rotatable around the axis or axle; c. the first disc and the counter element (20; 22) being configured that a first pair of tweezers (21A, 20A; 21A, 22A) is composed of one of the first disc pincers and one of the counterparts (20A-F; 22A-C) and a second tweezer (21C, 20C; 21C, 22C) is composed of another one of the first disc pincers and another one of the counterparts (20A-F; 22A-C); i. the first and second tweezers (21A, 22A; 21C, 22C) each being in an open condition over at least a first section of rotation around the axis or axle and ii. the first and second tweezers (21A, 22A; 21C, 22C) each being in a closed condition over a second section of rotation around the axis or axle; d. wherein the first tweezer (21A, 22A) and the second tweezer (21C, 22C) are axially offset or their envelopes of rotation are neighboring or side by side. a. at least a first disc with at least two first disc pincers (21A; 21C; 21E) the first disc being rotatable around an axis or axle of rotation; b. at least a counter element (20; 22) with at least two counterparts (20A-F;22A-C), the counter element (20; 22) being rotatable around the axis or axle; c. the first disc and the counter element (20; 22) being configured that a first pair of tweezers (21A, 20A; 21A, 22A) is composed of one of the first disc pincers and one of the counterparts (20A-F; 22A-C) and a second tweezer (21C, 20C; 21C, 22C) is composed of another one of the first disc pincers and another one of the counterparts (20A-F; 22A-C); i. the first and second tweezers (21A, 22A; 21C, 22C) each being in an open condition over at least a first section of rotation around the axis or axle and ii. the first and second tweezers (21A, 22A; 21C, 22C) each being in a closed condition over a second section of rotation around the axis or axle; i. the first and second tweezers (21A, 22A; 21C, 22C) each being in an open condition over at least a first section of rotation around the axis or axle and ii. the first and second tweezers (21A, 22A; 21C, 22C) each being in a closed condition over a second section of rotation around the axis or axle; d. wherein the first tweezer (21A, 22A) and the second tweezer (21C, 22C) are axially offset or their envelopes of rotation are neighboring or side by side.
A hearing instrument comprising a T-coil antenna for picking up an inductively transmitted base-band audio signal, an audio signal processing unit for processing the picked-up T-coil audio signal, and an output transducer for stimulation of the user's hearing according to the processed audio signals, and a functional unit being adapted to operate in a duty cycling mode and to communicate to the audio signal processing unit the interference points in time at which the functional unit is switched from its inactive state to its active state and/or from its active state to its inactive state, wherein the audio signal processing unit is adapted to apply a click removal treatment to the T-coil audio signal during said interference points in time at which the functional unit is switched to and/or from its active state.
A Constant Volume Gas Thermometer (CVGT) comprising a gas cartridge, a first pressure measurement device, and a first capillary tube, which connects the gas cartridge to the first pressure measurement device, the first pressure measurement device comprises a mechanical assembly forming a membrane wherein the first capillary tube communicates with the bottom side of the membrane, a pressure measurement element on the membrane generating a signal in dependence of a deformation of the membrane, and electronic means for correlating the signal of said pressure measurement element to the temperature of the gas cartridge characterized by a second pressure measurement device connected either directly or indirectly to the gas cartridge and means to relate a signal of said second pressure measurement device to the temperature of the gas cartridge, whereby the second pressure measurement device is a Pirani sensor.
An oil separator comprising: an oil separator container; and a filter element that is disposed in the oil separator container, defines an outer cavity between the oil separator container and itself, includes an inner cavity into which refrigerant gas is introduced, and separates oil from the refrigerant gas flowing to the outer cavity from the inner cavity, wherein the filter element includes a tubular inner filter member that surrounds the inner cavity, an outer filter layer that includes a refrigerant gas outlet surface exposed to the outer cavity and is disposed outside the inner filter member, characterized in that the filter element further includes a wire-like or band-like filter retaining member that is in contact with the outer filter layer from the outside. an oil separator container; and a filter element that is disposed in the oil separator container, defines an outer cavity between the oil separator container and itself, includes an inner cavity into which refrigerant gas is introduced, and separates oil from the refrigerant gas flowing to the outer cavity from the inner cavity, wherein the filter element includes a tubular inner filter member that surrounds the inner cavity, an outer filter layer that includes a refrigerant gas outlet surface exposed to the outer cavity and is disposed outside the inner filter member, characterized in that the filter element further includes a wire-like or band-like filter retaining member that is in contact with the outer filter layer from the outside. a tubular inner filter member that surrounds the inner cavity, an outer filter layer that includes a refrigerant gas outlet surface exposed to the outer cavity and is disposed outside the inner filter member, characterized in that the filter element further includes a wire-like or band-like filter retaining member that is in contact with the outer filter layer from the outside.