mhurhangee/ep-ind-claims huggingface dataset:
Chopping device for cutting foodstuffs, in particular for cutting garlic, comprising a first housing part and a second housing part, the first housing part comprising a cutting grid and the second housing part comprising a pressing ram, and comprising a threaded mechanism, by means of which, by rotation of the first housing part in one direction of rotation relative to the second housing part, the pressing ram is movable with respect to the cutting grid, characterized in that the chopping device has a changeover device which a. automatically switches the threads of the threaded mechanism into engagement irrespective of the axial relative position of the first housing part relative to the second housing part when the first housing part is rotated in the direction of rotation relative to the second housing part, and/or which b. automatically switches the threads of the threaded mechanism out of engagement irrespective of the axial relative position of the first housing part relative to the second housing part when the first housing part is rotated in the counter direction of rotation, which is opposed to the direction of rotation, relative to the second housing part. a. automatically switches the threads of the threaded mechanism into engagement irrespective of the axial relative position of the first housing part relative to the second housing part when the first housing part is rotated in the direction of rotation relative to the second housing part, and/or which b. automatically switches the threads of the threaded mechanism out of engagement irrespective of the axial relative position of the first housing part relative to the second housing part when the first housing part is rotated in the counter direction of rotation, which is opposed to the direction of rotation, relative to the second housing part.
A method of producing roasted coffee beans, comprising: a first step of adding water to raw material roasted coffee beans, wherein the amount of the water is from 5 mass% to 110 mass% with respect to that of the raw material roasted coffee beans, followed by heating of the resultant; and a second step of subjecting the raw material roasted coffee beans after the first step to supercritical carbon dioxide extraction. a first step of adding water to raw material roasted coffee beans, wherein the amount of the water is from 5 mass% to 110 mass% with respect to that of the raw material roasted coffee beans, followed by heating of the resultant; and a second step of subjecting the raw material roasted coffee beans after the first step to supercritical carbon dioxide extraction.
A method for producing microglia from a pluripotent stem cell, the method comprising the following steps: (a) a step of co-culturing a pluripotent stem cell with a feeder cell for 7 days or more to obtain a blood progenitor cell, (b) a step of co-culturing the blood progenitor cell obtained by step (a) with a feeder cell in the presence of IL-3 and/or GM-CSF to obtain a primitive monocyte, and (c) a step of co-culturing the primitive monocyte obtained by step (b) with an astrocyte in the presence of M-CSF, wherein the feeder cell is a mouse embryonic fibroblast. (a) a step of co-culturing a pluripotent stem cell with a feeder cell for 7 days or more to obtain a blood progenitor cell, (b) a step of co-culturing the blood progenitor cell obtained by step (a) with a feeder cell in the presence of IL-3 and/or GM-CSF to obtain a primitive monocyte, and (c) a step of co-culturing the primitive monocyte obtained by step (b) with an astrocyte in the presence of M-CSF,
A method comprising: at a router device in a network, receiving a Session Traversal Utilities for Network Address Translators, STUN, request message from a source client device that is destined for a destination client device along a network path; modifying the STUN request message with information that indicates attributes of the network; and forwarding the STUN request message toward the destination client device along the network path; wherein modifying comprises modifying the STUN request message with information such that when the source client device receives a STUN response message from the destination client device along the network path, the source client device is able to modify media sent to the destination client device along the network path in accordance with the information that indicates attributes of the network. at a router device in a network, receiving a Session Traversal Utilities for Network Address Translators, STUN, request message from a source client device that is destined for a destination client device along a network path; modifying the STUN request message with information that indicates attributes of the network; and forwarding the STUN request message toward the destination client device along the network path; wherein modifying comprises modifying the STUN request message with information such that when the source client device receives a STUN response message from the destination client device along the network path, the source client device is able to modify media sent to the destination client device along the network path in accordance with the information that indicates attributes of the network.
A radio-frequency identification, RFID, device, comprising: a base layer; a conductive layer disposed over at least a portion of the base layer; a dielectric layer disposed over at least a portion of the conductive layer; a protective coating layer disposed over at least a portion of the dielectric layer; and a printed electronic circuit, PEC, attached to a carrier or strap or interposer and disposed over at least a portion of the protective coating layer, such that the protective coating layer fully covers the lower side of the PEC to protect against oxygen and moisture ingress; wherein the printed electronic circuit comprises: a printed RFID chip; and at least two conductor pads, wherein the at least two conductor pads of the PEC are capacitively and/or inductively coupled to the conductive layer. a base layer; a conductive layer disposed over at least a portion of the base layer; a dielectric layer disposed over at least a portion of the conductive layer; a protective coating layer disposed over at least a portion of the dielectric layer; and a printed electronic circuit, PEC, attached to a carrier or strap or interposer and disposed over at least a portion of the protective coating layer, such that the protective coating layer fully covers the lower side of the PEC to protect against oxygen and moisture ingress; wherein the printed electronic circuit comprises: a printed RFID chip; and at least two conductor pads, wherein the at least two conductor pads of the PEC are capacitively and/or inductively coupled to the conductive layer. a printed RFID chip; and at least two conductor pads, wherein the at least two conductor pads of the PEC are capacitively and/or inductively coupled to the conductive layer.
A skirt material for use in a flashing for a roof penetrating structure and having a layered structure comprising an outer cover layer, an inner cover layer and an intermediate core layer of an adhesive material adhering to both cover layers, said outer cover layer being intended to face the exterior of a building in the mounted state of the flashing, and said cover layers (21 and 23) being made from different materials, wherein the intermediate core layer adheres stronger to the inner cover layer than to the outer cover layer, characterized in that said intermediate core layer material has a density of at least 2,6 g/ml, a solids content of at least 99,5 % by weight, a calcined residue of at least 80 % by weight and an adhesion of at least 30 N to the inner cover layer.
A clamp for clamping a cord at a clamping location of the cord on account of a tension prevailing at a tension side of the clamping location in the cord, in which the clamp comprises: - an elongate frame which is provided with an elongate recess; and - an elongate clamping body which is rotatably connected by a first end to a first end of the frame and extends at least partly in the recess of the frame, - in which a cord duct is formed in the recess between the second end of the clamping body and an opposite clamping surface of the frame, - in which the second end of the clamping body is configured to be carried along by a cord passed through the cord duct in the direction towards the tension side of the cord; - in which the smallest distance between the clamping body and the clamping surface decreases when the clamping body is moved towards the tension side of the cord, characterized in - that the frame is substantially in the shape of a U, in which the legs (6a, 6b) of the U are situated at its first end and a bridge at its second end, - that the clamping body is provided with a widened part at its first end, - that a hinge is provided between each of the ends of the legs of the frame and the widened part of the clamping body, the axis of rotation of which extends at right angles to the longitudinal direction of the frame and at right angles to the axis of the cord duct, - that both hinges (4a, 4b) are formed by a thinning of material between the ends of both legs of the frame and the widened part of the clamping body, and - that the widened part of the clamping body extends beyond the ends of the legs of the frame in the longitudinal direction of the frame. - an elongate frame which is provided with an elongate recess; and - an elongate clamping body which is rotatably connected by a first end to a first end of the frame and extends at least partly in the recess of the frame, - in which a cord duct is formed in the recess between the second end of the clamping body and an opposite clamping surface of the frame, - in which the second end of the clamping body is configured to be carried along by a cord passed through the cord duct in the direction towards the tension side of the cord; - in which the smallest distance between the clamping body and the clamping surface decreases when the clamping body is moved towards the tension side of the cord, characterized in - that the frame is substantially in the shape of a U, in which the legs (6a, 6b) of the U are situated at its first end and a bridge at its second end, - that the clamping body is provided with a widened part at its first end, - that a hinge is provided between each of the ends of the legs of the frame and the widened part of the clamping body, the axis of rotation of which extends at right angles to the longitudinal direction of the frame and at right angles to the axis of the cord duct, - that both hinges (4a, 4b) are formed by a thinning of material between the ends of both legs of the frame and the widened part of the clamping body, and - that the widened part of the clamping body extends beyond the ends of the legs of the frame in the longitudinal direction of the frame.
A stylus comprising: a housing extending over a length and including a first end opposite a second end; a circuit configured to generate a signal; a power source configured to power generation of the signal; a writing tip extending from the first end of the housing; and a light harvesting unit configured to generate energy, the light harvesting unit comprising: a transparent window integral with the housing and positioned proximal to the writing tip; a panel of solar cells configured to absorb light received through the transparent window; and optical fibers configured to transmit light from the transparent window toward the panel of solar cells, wherein the energy generated by the light harvesting unit is received by the circuit and configured to recharge the power source, characterized in that: the light harvesting unit further comprises an optical diffuser configured to diffuse the light transmitted by the optical fibers over a spatial extent of the panel of solar cells, and the panel of solar cells is positioned on an inner wall of the housing and extends around a circumference of the housing. a housing extending over a length and including a first end opposite a second end; a circuit configured to generate a signal; a power source configured to power generation of the signal; a writing tip extending from the first end of the housing; and a light harvesting unit configured to generate energy, the light harvesting unit comprising: a transparent window integral with the housing and positioned proximal to the writing tip; a panel of solar cells configured to absorb light received through the transparent window; and optical fibers configured to transmit light from the transparent window toward the panel of solar cells, a transparent window integral with the housing and positioned proximal to the writing tip; a panel of solar cells configured to absorb light received through the transparent window; and optical fibers configured to transmit light from the transparent window toward the panel of solar cells, wherein the energy generated by the light harvesting unit is received by the circuit and configured to recharge the power source, characterized in that: the light harvesting unit further comprises an optical diffuser configured to diffuse the light transmitted by the optical fibers over a spatial extent of the panel of solar cells, and the panel of solar cells is positioned on an inner wall of the housing and extends around a circumference of the housing. the light harvesting unit further comprises an optical diffuser configured to diffuse the light transmitted by the optical fibers over a spatial extent of the panel of solar cells, and the panel of solar cells is positioned on an inner wall of the housing and extends around a circumference of the housing.
A method for microbiological control in cooling systems comprising: adding a biocide to a recirculating fluid containing nutrients, bacteria and suspended solids; diverting the recirculating fluid to a side stream; and passing the recirculating fluid through an ultrafiltration system containing a tank for the recirculating fluid and concentrate and membranes that have a pore size at 5 or less μm to provide a permeate, wherein the ultrafiltration system is back flushed to regenerate the membranes when the permeate flow drops below 15% from the initial permeate flow. adding a biocide to a recirculating fluid containing nutrients, bacteria and suspended solids; diverting the recirculating fluid to a side stream; and passing the recirculating fluid through an ultrafiltration system containing a tank for the recirculating fluid and concentrate and membranes that have a pore size at 5 or less μm to provide a permeate, wherein the ultrafiltration system is back flushed to regenerate the membranes when the permeate flow drops below 15% from the initial permeate flow.
A computer-implemented training method for training a model to localise feature points in a sample, comprising updating the model based on a loss function, wherein the loss function penalises a difference between a predicted value and a target value of at least one of the feature points differently depending on a direction of the difference, wherein the loss function includes a term E = Σ (x i -z i) T W i (x i -z i) where W i is a weight matrix embodying the weights allotted to the different directions for each point i of said at least one feature point, x i is the predicted value of point i and z i is the target value of point i, wherein the weight matrix W i is defined as W i =S i -1, where S i is a co-variance matrix which is representative of an expected spread of errors at point i, and wherein the co-variance matrix S i is defined as S i = a 2 uu T +b 2 (I-uu T), where u is a unit vector defining a direction of the sample, |u|=1, I is an identity matrix, a 2 is a variance of the target value along direction u and b 2 is a variance of the target value along a direction orthogonal to direction u.
A positioning tool (10, 20) able to bend a flat wafer at specific points to position the flat wafer on a flat support, said positioning tool (10, 20) comprising: a. a base; b. a gripping device connected to the base, defining a gripping plane, the gripping device being able to grasp a first surface of the flat wafer and hold it in the gripping plane, the gripping device comprising at least two suction cups (22, 23), each having a first end (24, 25) connected to the base and a second end (26, 27) located in the gripping plane, the at least two suction cups (22, 23) being connected to a vacuum network; c. a bending device, having a first end connected to the base and a second end translationally movable along a first intersecting axis Z, which is preferably substantially perpendicular, through the gripping plane at a contact point, the bending device being configured to apply a pushing force onto the first surface of the flat wafer at a bending point, so as to bend the flat wafer at this bending point. a. a base; b. a gripping device connected to the base, defining a gripping plane, the gripping device being able to grasp a first surface of the flat wafer and hold it in the gripping plane, the gripping device comprising at least two suction cups (22, 23), each having a first end (24, 25) connected to the base and a second end (26, 27) located in the gripping plane, the at least two suction cups (22, 23) being connected to a vacuum network; c. a bending device, having a first end connected to the base and a second end translationally movable along a first intersecting axis Z, which is preferably substantially perpendicular, through the gripping plane at a contact point, the bending device being configured to apply a pushing force onto the first surface of the flat wafer at a bending point, so as to bend the flat wafer at this bending point.
Method for ablating brittle-hard material by means of laser radiation, in which an ablation depression with a flank angle w of the flanks of the ablation depression is formed in the material by the ablation and cracks of a first, second and third type are formed in the material in the region of the ablation depression, wherein the flank angle w is defined as the angle between the surface normal on one flank of the ablation depression and the surface normal on the non-ablated surface of the material, wherein during ablation the flank angle w does not exceed a material-specific limit angle wmax, and wherein cracks of the first type are defined as those which already occur on the rear side of the material when no damage and also no ablation has yet taken place on the front side from where the laser radiation is incident, wherein cracks of the second type, starting from a leading edge, defined as the transition from the non-ablated surface of the material into the lateral ablation flank of the ablation depression being formed, and cracks of a third type starting from the flank of the ablation depression damage the material, characterised in that the beam radius of the laser radiation at the entrance to the ablation recess is set so small that the flank angle w reaches almost 90 degrees of angle and the achievable ablation depth (z) is greater by at least a factor of 2 than for a larger beam radius at which the flank angle is smaller than the material-specific limit angle wmax, defined as the angle which, according to experimental findings, is established after many pulses of the laser radiation for a specific beam radius and a specific material and beyond which no further ablation can take place, so that cracks of the second type and cracks of the third type are avoided or significantly suppressed, the value for the beam radius is determined by gradually reducing the beam radius until a threshold-like change in the flank angle w from values w ≤ wmax less than or equal to the material-specific limit angle wmax to large values of the flank angle w of almost 90 degrees of angle occurs.
Annular static seal for a drive wheel hub assembly including a wheel hub, a torque converter and an inner race ring shrunk onto the wheel hub and held axially by a flange forming a rear end of the wheel hub, the static seal defining a reference axis and being capable, in a mounting position, of covering an annular outer perimeter of an interface between the wheel hub and the torque converter located at the rear end of the wheel hub, the static seal comprising at least one rear sealing surface which is capable, in the mounting position, of continuously annularly bearing against a rear static seal seat formed on the torque converter, and at least one front sealing surface (56, 58, 60) which is capable, in the mounting position, of continuously annularly bearing against a front static seal seat formed on the flange of the wheel hub, on the inner race ring or on a deflector or an encoder attached to the inner race ring, characterized in that it includes a resiliently deformable annular fastening portion projecting radially toward the reference axis and capable of being moved into the mounting position by axial movement of the static seal toward the inner race ring and by resilient retraction of the fastening portion when passing the flange of the wheel hub, and capable of being positioned, in the mounting position, axially between a transverse face of the inner race ring and a face of the flange of the wheel hub facing toward the inner race ring producing a resilient fastening of the static seal to the wheel hub.
A multilayer expanded bead comprising a foamed core layer comprising an ethylene-propylene random copolymer, and a surface layer comprising a polyolefin-based resin and covering the foamed core layer, wherein the ethylene-propylene random copolymer has an ethylene unit content of 1.5% by mass or more and 3.5% by mass or less, a number average molecular weight (Mn) of 30,000 or more and 50,000 or less and a weight average molecular weight (Mw) of 200,000 or more and 500,000 or less, wherein a ratio (Mw/Mn) of the weight average molecular weight (Mw) to the number average molecular weight (Mn) is 7 or more and 15 or less, and wherein each of the quoted physical properties is as measured by the method disclosed in the specification. wherein the ethylene-propylene random copolymer has an ethylene unit content of 1.5% by mass or more and 3.5% by mass or less, a number average molecular weight (Mn) of 30,000 or more and 50,000 or less and a weight average molecular weight (Mw) of 200,000 or more and 500,000 or less, wherein a ratio (Mw/Mn) of the weight average molecular weight (Mw) to the number average molecular weight (Mn) is 7 or more and 15 or less, and wherein each of the quoted physical properties is as measured by the method disclosed in the specification.