mhurhangee/ep-ind-claims huggingface dataset:
Polymer composition for the production of thermoformed articles comprising, with respect to the sum of components i.-iv.: i) 20 - 60 % by weight of at least one polyester i. comprising: a) a dicarboxylic component comprising with respect to the total dicarboxylic component: a1) 0 - 20% in moles of units deriving from at least one aromatic dicarboxylic acid, a2) 80 - 100% in moles of units deriving from at least one saturated aliphatic dicarboxylic acid, a3) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic dicarboxylic acid; b) a diol component comprising, with respect to the total diol component: b1) 95 - 100% in moles of units deriving from at least one saturated aliphatic diol; b2) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic diol; ii) 5 - 35 % by weight of at least one polyhydroxyalkanoate ii.; iii) 0.01 - 5% by weight of at least one hydrolysis stabilizer comprising at least one compound having di- and/or multiple functional groups comprising carbodiimide groups; iv) 5 - 50% by weight of at least one filler agent. i) 20 - 60 % by weight of at least one polyester i. comprising: a) a dicarboxylic component comprising with respect to the total dicarboxylic component: a1) 0 - 20% in moles of units deriving from at least one aromatic dicarboxylic acid, a2) 80 - 100% in moles of units deriving from at least one saturated aliphatic dicarboxylic acid, a3) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic dicarboxylic acid; b) a diol component comprising, with respect to the total diol component: b1) 95 - 100% in moles of units deriving from at least one saturated aliphatic diol; b2) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic diol; a) a dicarboxylic component comprising with respect to the total dicarboxylic component: a1) 0 - 20% in moles of units deriving from at least one aromatic dicarboxylic acid, a2) 80 - 100% in moles of units deriving from at least one saturated aliphatic dicarboxylic acid, a3) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic dicarboxylic acid; a1) 0 - 20% in moles of units deriving from at least one aromatic dicarboxylic acid, a2) 80 - 100% in moles of units deriving from at least one saturated aliphatic dicarboxylic acid, a3) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic dicarboxylic acid; b) a diol component comprising, with respect to the total diol component: b1) 95 - 100% in moles of units deriving from at least one saturated aliphatic diol; b2) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic diol; b1) 95 - 100% in moles of units deriving from at least one saturated aliphatic diol; b2) 0 - 5% in moles of units deriving from at least one unsaturated aliphatic diol; ii) 5 - 35 % by weight of at least one polyhydroxyalkanoate ii.; iii) 0.01 - 5% by weight of at least one hydrolysis stabilizer comprising at least one compound having di- and/or multiple functional groups comprising carbodiimide groups; iv) 5 - 50% by weight of at least one filler agent.
Supporting apparatus for transferring a force acting on a coupling element to a rail-bound vehicle, comprising: - a receiving element, which is embodied to receive the coupling element, and - a supporting element (30, 40), which is embodied to support the receiving element, wherein the supporting element (30, 40) - has a first foot element (31, 41), which is embodied to permanently connect to the rail-bound vehicle, and - has a leg element (32, 42), which extends from the foot element (31, 41) towards the receiving element with a curved progression, characterised in that the supporting element (30, 40) - has a second foot element (35, 45), which is embodied to permanently connect to the rail-bound vehicle, and - has an arm element (34, 44), which extends from the second foot element (35, 45) towards the receiving element with an arc-shaped progression. - a receiving element, which is embodied to receive the coupling element, and - a supporting element (30, 40), which is embodied to support the receiving element, - has a first foot element (31, 41), which is embodied to permanently connect to the rail-bound vehicle, and - has a leg element (32, 42), which extends from the foot element (31, 41) towards the receiving element with a curved progression, - has a second foot element (35, 45), which is embodied to permanently connect to the rail-bound vehicle, and - has an arm element (34, 44), which extends from the second foot element (35, 45) towards the receiving element with an arc-shaped progression.
A communication device for a motor vehicle, comprising a near-field communication device having an antenna section, a driver circuit, and a matching circuit and filter circuit disposed between the driver circuit and the antenna section, wherein the antenna section forms an electrical first resonant circuit having a first resonant frequency, wherein the matching circuit and the filter circuit form at least a second resonant circuit having a second resonant frequency, characterized in that the first resonant circuit is coupled to the second resonant circuit in accordance with a critical coupling. wherein the matching circuit and the filter circuit form at least a second resonant circuit having a second resonant frequency, characterized in that the first resonant circuit is coupled to the second resonant circuit in accordance with a critical coupling.
An apparatus for filling a format set comprising one or more portioning tubes with a curd/whey mixture, said apparatus comprising: - a container for receiving the curd/whey mixture comprising a container base which has one or more openings for dispensing the curd/whey mixture into respective portioning tubes; and - at least one feed tube for loading the container with the curd/whey mixture; wherein a flow member is provided at the downstream end of the feed tube and deflects the curd/whey mixture flowing in the feed tube in several directions, the position of said flow member being variable relative to the container, characterized in that the position of the flow member can be varied in at least two spatial directions (X, Y, Z) during the loading of the container with the curd/whey mixture. - a container for receiving the curd/whey mixture comprising a container base which has one or more openings for dispensing the curd/whey mixture into respective portioning tubes; and - at least one feed tube for loading the container with the curd/whey mixture; wherein a flow member is provided at the downstream end of the feed tube and deflects the curd/whey mixture flowing in the feed tube in several directions, the position of said flow member being variable relative to the container, characterized in that the position of the flow member can be varied in at least two spatial directions (X, Y, Z) during the loading of the container with the curd/whey mixture.
Fusible conductor for an overcurrent protection device, - which has an elongate main body which extends in a direction of longitudinal extent and of which the first end has a first contact region for being contacted by a first contact element of the overcurrent protection device and of which the second end has a second contact region for being contacted by a second contact element of the overcurrent protection device, - in which a plurality of narrow point rows are arranged between the first contact region and the second contact region and each have a plurality of holes which are arranged transversely in relation to the direction of longitudinal extent of the fusible conductor, wherein two of the narrow point rows (11-1, 11-2) are at a smaller distance from one another than the other narrow point rows in a central region of the fusible conductor, which central region is arranged centrally between the first contact region and the second contact region, characterized - in that the fusible conductor has at least one additional connection conductor (17, 18), which is electrically conductively connected to the fusible conductor, in this central region. - which has an elongate main body which extends in a direction of longitudinal extent and of which the first end has a first contact region for being contacted by a first contact element of the overcurrent protection device and of which the second end has a second contact region for being contacted by a second contact element of the overcurrent protection device, - in which a plurality of narrow point rows are arranged between the first contact region and the second contact region and each have a plurality of holes which are arranged transversely in relation to the direction of longitudinal extent of the fusible conductor, wherein two of the narrow point rows (11-1, 11-2) are at a smaller distance from one another than the other narrow point rows in a central region of the fusible conductor, which central region is arranged centrally between the first contact region and the second contact region, characterized - in that the fusible conductor has at least one additional connection conductor (17, 18), which is electrically conductively connected to the fusible conductor, in this central region.
An electrical power generator comprising: a water vapor generator, at least partially filled with water vapor; a hydrogen gas generator attached to the water vapor generator, said hydrogen gas generator containing a substantially non-fluid substance which reacts with water vapor to generate hydrogen gas; said hydrogen gas generator being connected to said water vapor generator via at least one conduit (18; 44); a fuel cell connected to the hydrogen gas generator; at least one valve configured to regulate the passage of water vapour between the water vapour generator and the hydrogen gas generator, wherein the at least one valve is controlled by and regulates gas pressure within the power generator; and a tensile membrane (32; 46) within the water vapour generator configured to exert pressure directing water vapour from the water vapour generator to the hydrogen gas generator. a water vapor generator, at least partially filled with water vapor; a hydrogen gas generator attached to the water vapor generator, said hydrogen gas generator containing a substantially non-fluid substance which reacts with water vapor to generate hydrogen gas; said hydrogen gas generator being connected to said water vapor generator via at least one conduit (18; 44); a fuel cell connected to the hydrogen gas generator; at least one valve configured to regulate the passage of water vapour between the water vapour generator and the hydrogen gas generator, wherein the at least one valve is controlled by and regulates gas pressure within the power generator; and a tensile membrane (32; 46) within the water vapour generator configured to exert pressure directing water vapour from the water vapour generator to the hydrogen gas generator.
A working vehicle comprising: - a steering device to steer a vehicle body; - a working device connected to the vehicle body; - an automatic steering controller to perform automatic steering of the steering device based on a difference between a scheduled traveling line and a position of the vehicle body; - a parameter changer to change a control parameter of the automatic steering depending on the working device connected to the vehicle body; and - a lifter device having a lift arm for lifting the working device, characterized in that, when the automatic steering is performed and a steering angle is not an angle corresponding to turning, the parameter changer is configured to change the control parameter based on a lifting height of the lift arm, the control parameter being a parameter for obtaining the steering angle in the automatic steering. - a steering device to steer a vehicle body; - a working device connected to the vehicle body; - an automatic steering controller to perform automatic steering of the steering device based on a difference between a scheduled traveling line and a position of the vehicle body; - a parameter changer to change a control parameter of the automatic steering depending on the working device connected to the vehicle body; and - a lifter device having a lift arm for lifting the working device,
A method for preparing a stretchable elastic laminate, the method comprising: bonding a cellulosic material to at least one surface of a thermoplastic elastomeric film to prepare a laminate; characterised in that: the method comprises weakening the cellulosic material by embossing the cellulosic material prior to bonding the cellulosic material to the thermoplastic elastomeric film, and then stretching the laminate to an elongation of at least 50 % in one or both of the machine direction or cross direction; and the laminate comprises one of the following: upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 50 % total surface area of gaps being greater than 5 mm in length as measured in the stretch direction, upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 1 mm in length as measured in the stretch direction, upon stretching to an elongation of 100 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.5 mm in length as measured in the stretch direction, and upon stretching to an elongation of 50 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.2 mm in length as measured in the stretch direction. bonding a cellulosic material to at least one surface of a thermoplastic elastomeric film to prepare a laminate; the method comprises weakening the cellulosic material by embossing the cellulosic material prior to bonding the cellulosic material to the thermoplastic elastomeric film, and then stretching the laminate to an elongation of at least 50 % in one or both of the machine direction or cross direction; and the laminate comprises one of the following: upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 50 % total surface area of gaps being greater than 5 mm in length as measured in the stretch direction, upon stretching to an elongation of 150 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 1 mm in length as measured in the stretch direction, upon stretching to an elongation of 100 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.5 mm in length as measured in the stretch direction, and upon stretching to an elongation of 50 % in one or both the machine direction or cross direction, the laminate comprises less than 10 % total surface area of gaps being greater than 0.2 mm in length as measured in the stretch direction.
Motor vehicle lock comprising - a locking mechanism consisting of a rotary latch and at least one pawl for locking the rotary latch in a main ratchet position and in a pre-ratchet position, - preferably a closure aid for moving the rotary latch from the pre-ratchet position to the main ratchet position, - a Bowden cable consisting of a Bowden pull cable and a Bowden cable sheath, - a connecting part which is connected to one end of the Bowden cable sheath, - a locking device, which is such that the Bowden cable can be adjusted and fixed relative to the connecting part in the clamping direction, that a translational movement of the Bowden cable sheath is carried out relative to the connecting part, characterized in that - the Bowden cable sheath features in the region of the locking device at least one connection device, preferably in the form of a recess, for connecting a tool for adjusting the Bowden cable. - a locking mechanism consisting of a rotary latch and at least one pawl for locking the rotary latch in a main ratchet position and in a pre-ratchet position, - preferably a closure aid for moving the rotary latch from the pre-ratchet position to the main ratchet position, - a Bowden cable consisting of a Bowden pull cable and a Bowden cable sheath, - a connecting part which is connected to one end of the Bowden cable sheath, - a locking device, which is such that the Bowden cable can be adjusted and fixed relative to the connecting part in the clamping direction, that a translational movement of the Bowden cable sheath is carried out relative to the connecting part, - the Bowden cable sheath features in the region of the locking device at least one connection device, preferably in the form of a recess, for connecting a tool for adjusting the Bowden cable.
A peptide comprising the amino acid sequence of formula, ENPVVHFFK 91 NIVTP 96 RTP wherein K 91 is substituted by an amino acid selected from A, R, E, F and Y and P 96 is substituted by the amino acid A, wherein said peptide is in linear or cyclic form.
An electrical appliance which comprises a display panel in the form of a touch screen; a recess-shaped cavity in a body of the appliance into which the panel is placed; a transparent plate that covers a front of the panel characterized in that it comprises at least one connection element which is both engaged with a hole on the panel and is fixed in at least one mounting slot in the cavity; at least one stress member which leans to a back surface of the panel and to an inner surface of the said cavity and which applies force to the panel in an outward direction (-X); and in that the panel can be slid inwardly-outwardly (+X,-X) on the connection element, and a back surface of the plate rests on the front surface of the panel in the mounted state of the plate to the appliance.
A respiratory circuit device, comprising a respiratory-gas line to form a respiratory circuit system, a cooling apparatus having at least one cooling element to cool a respiratory gas directed through the respiratory-gas line, wherein the at least one cooling element is separated from the respiratory gas by a wall, characterised in that the wall is a deformable wall so that by means of a deformation of the deformable wall a direct contact can be established between the at least one cooling element and the deformable wall.
A die component supply device comprising: a wafer holding section having an elastic component holding sheet configured to hold multiple die components formed by dicing a semiconductor wafer on an upper face of the component holding sheet and a support ring configured to support a peripheral edge of the component holding sheet; a suction nozzle configured to pick up the die components one by one from the component holding sheet; an imaging camera configured to image the die component to be picked up next, together with the surrounding condition before being picked up, to obtain component image data in which a state of the die component when picked up is recorded, the die component being a pickup target of the suction nozzle; and a driving section configured to move the suction nozzle and the imaging camera with respect to the wafer holding section, a data processing memory section configured to collectively store, in wafer characteristic data, multiple pieces of the component image data obtained for each of the multiple die components. a wafer holding section having an elastic component holding sheet configured to hold multiple die components formed by dicing a semiconductor wafer on an upper face of the component holding sheet and a support ring configured to support a peripheral edge of the component holding sheet; a suction nozzle configured to pick up the die components one by one from the component holding sheet; an imaging camera configured to image the die component to be picked up next, together with the surrounding condition before being picked up, to obtain component image data in which a state of the die component when picked up is recorded, the die component being a pickup target of the suction nozzle; and a driving section configured to move the suction nozzle and the imaging camera with respect to the wafer holding section, a data processing memory section configured to collectively store, in wafer characteristic data, multiple pieces of the component image data obtained for each of the multiple die components.
A method of imaging a specimen container and/or a specimen in a specimen container, comprising: enclosing at least a portion of a specimen container with a moveable hood configured to move between an open state and a closed state; when the hood is in a closed state rotating one or more optical devices (360, 364) affixed to or located within the moveable hood at least partially around the specimen container along a path parallel to an arc with an optical actuator; and generating image data of the specimen container using the one or more optical devices (360, 364). enclosing at least a portion of a specimen container with a moveable hood configured to move between an open state and a closed state; when the hood is in a closed state rotating one or more optical devices (360, 364) affixed to or located within the moveable hood at least partially around the specimen container along a path parallel to an arc with an optical actuator; and generating image data of the specimen container using the one or more optical devices (360, 364).