mhurhangee/ep-ind-claims huggingface dataset:
A chocolate mass for producing a chocolate, with a low energy value, comprising: a) 5-20 wt.% aqueous emulsion based on cocoa butter, said aqueous emulsion based on cocoa butter comprising: i) 20-80 wt.% cocoa butter, ii) 18-78 wt.% aqueous phase, said aqueous phase comprising: - 50-90 wt.% water, - 10-50 wt.% water-soluble substance, iii) 1-3 wt.% emulsifier; and b) 80-95 wt.% chocolate composition, said chocolate composition comprising the components as per the following two options b 1) and b 2): option b 1): i) 40-48 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers; option b 2): i) 10-15 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers, iv) 12-14 wt.% cocoa butter, v) 18-24 wt.% dried milk products. a) 5-20 wt.% aqueous emulsion based on cocoa butter, said aqueous emulsion based on cocoa butter comprising: i) 20-80 wt.% cocoa butter, ii) 18-78 wt.% aqueous phase, said aqueous phase comprising: - 50-90 wt.% water, - 10-50 wt.% water-soluble substance, iii) 1-3 wt.% emulsifier; and i) 20-80 wt.% cocoa butter, ii) 18-78 wt.% aqueous phase, said aqueous phase comprising: - 50-90 wt.% water, - 10-50 wt.% water-soluble substance, - 50-90 wt.% water, - 10-50 wt.% water-soluble substance, iii) 1-3 wt.% emulsifier; and b) 80-95 wt.% chocolate composition, said chocolate composition comprising the components as per the following two options b 1) and b 2): option b 1): i) 40-48 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers; option b 2): i) 10-15 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers, iv) 12-14 wt.% cocoa butter, v) 18-24 wt.% dried milk products. option b 1): i) 40-48 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers; i) 40-48 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers; option b 2): i) 10-15 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers, iv) 12-14 wt.% cocoa butter, v) 18-24 wt.% dried milk products. i) 10-15 wt.% cocoa liquor, ii) 30-50 wt.% erythritol, iii) 5-30 wt.% dietary fibers, iv) 12-14 wt.% cocoa butter, v) 18-24 wt.% dried milk products.
A envelopes cutter device comprising a rotary cutter suitable for cutting open an envelope and a rotary bearing element that faces said rotary cutter and against which said envelope is in contact as it goes past said rotary cutter, an axis of rotation of said notary bearing element forming a predetermined angle of inclination α with a drive axis of said rotary cutter, characterized in that said notary bearing element is mounted on a support movable along a cutting axis P passing through said axis of rotation of said rotary bearing element and through said drive axis of said rotary cutter and in opposition to a resilient return element.
Agricultural attachment for attaching to a tractor, comprising a machine frame which is supported on the ground by means of a chassis, wherein the chassis comprises at least one axle comprising trailing wheels that are steerable in a freely running manner, wherein a locking device is provided for locking the free-running nature of the steerability of the trailing wheels, wherein a determination means is provided for determining an inclination of the attachment and/or an inclination of the travel aisle to be travelled, characterised in that a controller is provided for automatically providing a locking signal for locking the locking device if a predetermined inclination threshold is reached or exceeded, wherein the controller is designed to take into account at least one further operating and/or travel aisle parameter, and to lower or raise the predetermined inclination threshold, upon reaching or exceeding which the locking signal is provided, depending on the at least one further operating and/or travel aisle parameter.
Floatable working platform, in particular support ship, with a lifting system for lifting the working platform from the water or for lowering the working platform on the water, whereby said lifting system comprises at least four hydraulically operated support elements, characterized in that each of the support elements having a hydraulically operated lifting arm and each of the support elements having a support leg, whereby the lifting arm is swivel-mounted on the working platform at a first pivotal point and swivel-mounted on the support leg at a second pivotal point and at least one hydraulic cylinder is mounted on the lifting arm in order to pivot the lifting arm about the first pivotal point.
Steering lock comprising a rod, a housing and a blocking unit, wherein the rod is guided on the housing along a positioning axis, wherein the blocking unit can be brought into a first state in which it is out of engagement with the rod, wherein the blocking unit can be brought into a second state in which it is in engagement with the rod and secures the rod against displacement along the positioning axis, wherein the rod has an engagement portion, wherein the blocking unit comprises a blocking element, wherein, in the second state of the blocking unit, the blocking element forms an undercut with the engagement portion, which undercut acts parallel to the positioning axis, wherein the blocking element has a retaining portion on which a retaining means is engageable to space the blocking element from the rod and to retain the blocking unit in the first state, wherein the retaining means is compressed air, and wherein the blocking unit comprises a blocking support which is fixed to the housing via a thread, wherein the housing is the housing of a hydraulic cylinder or a pneumatically operated cylinder, wherein a resetting means engages on the blocking carrier, which resetting means moves the blocking unit into the second state when the tension is released. wherein the rod is guided on the housing along a positioning axis, wherein the blocking unit can be brought into a first state in which it is out of engagement with the rod, wherein the blocking unit can be brought into a second state in which it is in engagement with the rod and secures the rod against displacement along the positioning axis, wherein the rod has an engagement portion, wherein the blocking unit comprises a blocking element, wherein, in the second state of the blocking unit, the blocking element forms an undercut with the engagement portion, which undercut acts parallel to the positioning axis, wherein the blocking element has a retaining portion on which a retaining means is engageable to space the blocking element from the rod and to retain the blocking unit in the first state, wherein the retaining means is compressed air, and wherein the blocking unit comprises a blocking support which is fixed to the housing via a thread, wherein the housing is the housing of a hydraulic cylinder or a pneumatically operated cylinder, wherein a resetting means engages on the blocking carrier, which resetting means moves the blocking unit into the second state when the tension is released.
Method for preserving whole placental blood including steps to: - introduce whole placental blood into an air barrier storage bag, said storage bag being made with a film with permeability to oxygen of less than 10cm 3 /m 2.day.atm, - store said bag containing whole placental blood at a temperature of more than 0°C and less than 40°C, so as to preserve the whole placental blood. - introduce whole placental blood into an air barrier storage bag, said storage bag being made with a film with permeability to oxygen of less than 10cm 3 /m 2.day.atm, - store said bag containing whole placental blood at a temperature of more than 0°C and less than 40°C, so as to preserve the whole placental blood.
A bone screw defining a longitudinal axis and comprising: a shaft including a proximal portion, a distal portion and a wall including at least one thread having an external thread form having a lattice configuration, the thread form defining at least one void configured for bone growth therethrough, wherein the distal portion is fabricated onto the proximal portion by an additive manufacturing method, wherein the void defines an axis which is disposed parallel relative to the axis, and wherein the proximal portion is fabricated by a traditional machining method including subtractive, deformative or transformative manufacturing methods. a shaft including a proximal portion, a distal portion and a wall including at least one thread having an external thread form having a lattice configuration, the thread form defining at least one void configured for bone growth therethrough, wherein the distal portion is fabricated onto the proximal portion by an additive manufacturing method, wherein the void defines an axis which is disposed parallel relative to the axis, and wherein the proximal portion is fabricated by a traditional machining method including subtractive, deformative or transformative manufacturing methods.
A method for actuating a manipulator system by means of a portable terminal device, wherein the portable terminal device comprises a camera, and wherein the manipulator system has at least two actuatable objects (11, 12, 13, 14, 15, 16), the method having the following steps: Providing reference data sets of the manipulator system to be actuated, comprising teaching in at least the actuatable objects (11, 12, 13, 14, 15, 16) of the manipulator system by means of the portable terminal device, wherein the objects (11, 12, 13, 14, 15, 16) are recorded from multiple directions by means of the camera; Capturing an image, by means of the camera of the portable terminal device, of at least a part of the manipulator system to be actuated; Determining a feature of the manipulator system based on the captured image, wherein determining the feature of the manipulator system comprises performing an image recognition process that recognizes the feature on the basis of the captured image and the provided reference data sets; Identifying all actuatable objects (11, 12, 13, 14, 15, 16) of the manipulator system based on the captured image; Selecting at least one actuatable object (11, 12, 13, 14, 15, 16) of the manipulator system, and Actuating the object (11, 12, 13, 14, 15, 16) of the manipulator system. Providing reference data sets of the manipulator system to be actuated, comprising teaching in at least the actuatable objects (11, 12, 13, 14, 15, 16) of the manipulator system by means of the portable terminal device, wherein the objects (11, 12, 13, 14, 15, 16) are recorded from multiple directions by means of the camera; Capturing an image, by means of the camera of the portable terminal device, of at least a part of the manipulator system to be actuated; Determining a feature of the manipulator system based on the captured image, wherein determining the feature of the manipulator system comprises performing an image recognition process that recognizes the feature on the basis of the captured image and the provided reference data sets; Identifying all actuatable objects (11, 12, 13, 14, 15, 16) of the manipulator system based on the captured image; Selecting at least one actuatable object (11, 12, 13, 14, 15, 16) of the manipulator system, and Actuating the object (11, 12, 13, 14, 15, 16) of the manipulator system.
A motor driven vehicle comprising: a swing arm swingably mounted to a vehicle body of the motor driven vehicle and housing an electric motor driving a drive wheel of the motor driven vehicle; and a pipe-like duct having one end side connected to a hole communicating with an inside space of the swing arm and the other end side extending toward the vehicle body side; wherein a harness (52a, 53a) used to drive the electric motor is inserted through the duct, characterized in that a battery (40a, 40b) adapted to supply electric power to the electric motor and a control unit for the electric motor are housed in the inside of the swing arm, the harness (52a, 53a) is connected to the control unit at a position inside the swing arm, the swing arm includes a main body case composed of a wide case portion housing the battery (40a, 40b), and a cantilever arm portion supporting the drive wheel, and the control unit is disposed to overlap the wide case portion and the cantilever arm portion as viewed from the side of the vehicle body and disposed close to the vehicle-body front side of the electric motor. a swing arm swingably mounted to a vehicle body of the motor driven vehicle and housing an electric motor driving a drive wheel of the motor driven vehicle; and a pipe-like duct having one end side connected to a hole communicating with an inside space of the swing arm and the other end side extending toward the vehicle body side; wherein a harness (52a, 53a) used to drive the electric motor is inserted through the duct, characterized in that a battery (40a, 40b) adapted to supply electric power to the electric motor and a control unit for the electric motor are housed in the inside of the swing arm, the harness (52a, 53a) is connected to the control unit at a position inside the swing arm, the swing arm includes a main body case composed of a wide case portion housing the battery (40a, 40b), and a cantilever arm portion supporting the drive wheel, and the control unit is disposed to overlap the wide case portion and the cantilever arm portion as viewed from the side of the vehicle body and disposed close to the vehicle-body front side of the electric motor.
A composition comprising: a. an aqueous assay sample comprising a protein preparation, wherein the protein preparation comprises a therapeutic protein selected from the group consisting of antibodies, antibody fragments, antibody-drug conjugates, antibody-cytokine fusions, Fc-fusions, bispecific antibodies, multispecific antibodies, and affibody fusions; and b. an organic solvent, wherein the organic solvent further comprises 4-methylumbelliferyl oleate, wherein the aqueous assay sample has a pH of 5.0 to 7.0; and wherein the aqueous assay sample is about 80% to about 99.9% of the composition, and the organic solvent is about 0.1% to about 20% of the composition. a. an aqueous assay sample comprising a protein preparation, wherein the protein preparation comprises a therapeutic protein selected from the group consisting of antibodies, antibody fragments, antibody-drug conjugates, antibody-cytokine fusions, Fc-fusions, bispecific antibodies, multispecific antibodies, and affibody fusions; and b. an organic solvent, wherein the organic solvent further comprises 4-methylumbelliferyl oleate, wherein the aqueous assay sample has a pH of 5.0 to 7.0; and wherein the aqueous assay sample is about 80% to about 99.9% of the composition, and the organic solvent is about 0.1% to about 20% of the composition.
A process for the preparation of an aqueous hybrid polymer dispersion comprising a hybrid polymer of an auto-oxidatively crosslinkable polymer and an addition polymer, wherein in a first polymerization step a first hybrid polymer dispersion is formed by addition polymerization of vinyl monomers in the presence of dispersed auto-oxidatively crosslinkable polymer, characterized in that, in a second polymerization step secondary polymerization loci are provided in the first hybrid polymer dispersion to polymerise residual vinyl monomer of the first polymerisation step; wherein the secondary polymerisation loci are provided after at least 75% conversion of the vinyl monomers in the first polymerisation step.
A method for laser welding two plastic components (A, B) brought into contact at least in the joining area, wherein the component facing away from the laser radiation consists of a plastic matrix with a white pigmentation of at least 0.5 percent by weight, and at most 20 percent by weight, and wherein the component facing the laser radiation, through which the laser beam passes in the welding process, exhibits a plastic matrix, wherein a laser wavelength ranging from 1200 to 2200 nm is used for welding, wherein the component facing the laser radiation and the component facing away from the laser radiation are free of laser absorbing additives in the NIR range, the joining site is not pretreated with an additive that absorbs in the NIR range, and no additional component that contains an additive that absorbs in the NIR range is incorporated between the component facing the laser radiation and the component facing away from the laser radiation with the first proviso that the travel distance of the laser beam through the component, facing the laser radiation, independent of whether it is pigmented or not, measures at most 10 mm and with the second proviso that given a white pigmentation of the component facing the laser radiation expressed in percent by weight, the product of the travel distance of the laser beam through the component facing the laser radiation in mm and white pigmentation in percent by weight is less than 1.25.
A method of wireless communication in accordance with the IEEE 802.11ac communication standard, comprising: receiving a first frame having a control field, wherein the first frame is a wrapper frame that comprises the control field and a second frame; determining (9A-2) whether the control field comprises a very high throughput, VHT, control field (9A-4) or a high throughput, HT, control field (9A-3) based at least in part on the control field; processing the control field based on the determined type; evaluating a bit within the control field; determining that the second frame is a very high throughput, VHT, control frame or a high throughput, HT, control frame depending on whether said bit has a first value, and processing the second frame based on the determined type. receiving a first frame having a control field, wherein the first frame is a wrapper frame that comprises the control field and a second frame; determining (9A-2) whether the control field comprises a very high throughput, VHT, control field (9A-4) or a high throughput, HT, control field (9A-3) based at least in part on the control field; processing the control field based on the determined type; evaluating a bit within the control field; determining that the second frame is a very high throughput, VHT, control frame or a high throughput, HT, control frame depending on whether said bit has a first value, and processing the second frame based on the determined type.
A heat-treatment for a set of Nickel-Titanium (NiTi) endodontic files wherein, for each file in the set, a heat-treatment is applied to a file blank, characterized in that one or more parameters of the heat treatment are determined based on an expected mass of the file formed from the file blank after one or more geometric parameters are formed in the file blank.
A method for controlling settings of at least one remote flash device and for synchronizing its function to image acquisition of a camera, using an intermediate radio transmission unit for wireless transmission of radio signals to the remote flash device and for bi-directionally exchanging signals with the camera via a physical connection between the intermediate radio transmission unit and the camera, the method comprising the steps of: the camera transmitting to the intermediate radio transmission unit a preflash activation signal, the intermediate radio transmission unit starting a timer causing a timer delay, wherein the timer delay is adjustable, which timer delay together with a subsequent time period for forwarding the preflash activation signal to the remote flash device and another subsequent time period for the remote flash device to receive and transform the preflash activation signal into emission of light energy constitute a compound delay, the timer delay together with the subsequent time periods being adapted to coincide in time with a predetermined delay between the point in time when the camera transmits the preflash activation signal and the point in time when the camera initiates a preflash image analysis, in dependence on the preflash image analysis, determining settings to be applied during a subsequent main flash, transmitting, from the camera via the intermediate radio transmission unit to the remote flash device, settings for the remote flash device to apply during the main flash, and transmitting, from the camera via the intermediate radio transmission unit to the remote flash device, a main flash activation signal upon which the main flash and image acquisition occurs. the camera transmitting to the intermediate radio transmission unit a preflash activation signal, the intermediate radio transmission unit starting a timer causing a timer delay, wherein the timer delay is adjustable, which timer delay together with a subsequent time period for forwarding the preflash activation signal to the remote flash device and another subsequent time period for the remote flash device to receive and transform the preflash activation signal into emission of light energy constitute a compound delay, the timer delay together with the subsequent time periods being adapted to coincide in time with a predetermined delay between the point in time when the camera transmits the preflash activation signal and the point in time when the camera initiates a preflash image analysis, in dependence on the preflash image analysis, determining settings to be applied during a subsequent main flash, transmitting, from the camera via the intermediate radio transmission unit to the remote flash device, settings for the remote flash device to apply during the main flash, and transmitting, from the camera via the intermediate radio transmission unit to the remote flash device, a main flash activation signal upon which the main flash and image acquisition occurs.
A process for obtaining a maple syrup product, said maple syrup product consisting of a combination of maple syrup and honey, said process comprising: • combining a liquid maple syrup and honey to obtain an initial mixture, wherein the percentage of maple syrup, on a weight basis, in the initial mixture is equal to or lower than 66%; and • dehydrating the initial mixture until a moisture content equal to or less than 0.5% (w/w) is reached, to obtain a maple syrup product which is solid at a temperature between 20°C and 30°C and which is liquid at a temperature above 60°C and below 90°C. • combining a liquid maple syrup and honey to obtain an initial mixture, wherein the percentage of maple syrup, on a weight basis, in the initial mixture is equal to or lower than 66%; and • dehydrating the initial mixture until a moisture content equal to or less than 0.5% (w/w) is reached, to obtain a maple syrup product which is solid at a temperature between 20°C and 30°C and which is liquid at a temperature above 60°C and below 90°C.
Tibial component (15; 54) for use in an ankle prosthesis, wherein said tibial component comprises: - a base (18; 67) having an upper surface; - a fixation fin (19; 68) protruding generally upwardly from the upper surface of the base and extending in an anterior-posterior direction along the base; and - at least one stabilisation element (25; 69) provided on the fixation fin for stabilisation of the tibial component when placed in the tibia, said at least one stabilisation element extending sideways away from the fixation fin and at an oblique angle (α') relative to the upward direction of the fixation fin. - a base (18; 67) having an upper surface; - a fixation fin (19; 68) protruding generally upwardly from the upper surface of the base and extending in an anterior-posterior direction along the base; and - at least one stabilisation element (25; 69) provided on the fixation fin for stabilisation of the tibial component when placed in the tibia, said at least one stabilisation element extending sideways away from the fixation fin and at an oblique angle (α') relative to the upward direction of the fixation fin.