mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a position at which laser beams used in flow cytometry impinge on a flow cell, comprising directing (S1, S2) each of said laser beams through a respective prism pair comprising a first and a second prism, and controlling a temperature of at least one of said first and second prisms of each prism pair, wherein said first and second prisms of each prism pair are oriented such that an ellipticity of a laser beam passing through the prism pair is changed, and such that controlling the temperature of at least one of said first and second prisms results in a displacement of the laser beam passing through the prism pair along a direction corresponding to a minor transversal axis of said beam at the flow cell, and wherein a position at which each of the plurality of laser beams impinges on the flow cell is controlled by controlling a temperature of at least one of said first and second prisms of each corresponding prism pair. directing (S1, S2) each of said laser beams through a respective prism pair comprising a first and a second prism, and controlling a temperature of at least one of said first and second prisms of each prism pair, wherein said first and second prisms of each prism pair are oriented such that an ellipticity of a laser beam passing through the prism pair is changed, and such that controlling the temperature of at least one of said first and second prisms results in a displacement of the laser beam passing through the prism pair along a direction corresponding to a minor transversal axis of said beam at the flow cell, and wherein a position at which each of the plurality of laser beams impinges on the flow cell is controlled by controlling a temperature of at least one of said first and second prisms of each corresponding prism pair.
Method for slicing a food product in a food product slicing machine, in particular a slicer, comprising: i) slicing food product slices with a slice thickness determined by the food product slicing machine, wherein the food product slices are deposited on a portioning shelf, ii) detecting a shock pulse of a falling food product slice on the portioning shelf during the deposition of the food product slices successively falling on the portioning shelf, iii) identifying an pulse parameter from the detected shock pulse, and iv) adjusting the slice thickness, if the identified pulse parameter is outside a tolerance range around a target pulse parameter. i) slicing food product slices with a slice thickness determined by the food product slicing machine, wherein the food product slices are deposited on a portioning shelf, ii) detecting a shock pulse of a falling food product slice on the portioning shelf during the deposition of the food product slices successively falling on the portioning shelf, iii) identifying an pulse parameter from the detected shock pulse, and iv) adjusting the slice thickness, if the identified pulse parameter is outside a tolerance range around a target pulse parameter.
A computer-implemented method for authenticating a user to access a prescription resource, the method comprising: obtaining, via one or more processors, an indication of a request to access the prescription resource, the request being associated with a user; identifying, via the one or more processors, an authentication action prerequisite to providing access to the requested prescription resource; causing, via one or more processors, an audio tone to be emitted by a speaker of a first electronic computing device associated with the user; causing, via the one or more processors, a microphone of second electronic computing device to detect the emitted audio tone, the second electronic computing device being associated with the user; obtaining, via the one or more processors, an indication that the second electronic computing device detected the emitted audio tone; and based at least in part upon the detection of the emitted audio tone by the second electronic computing device, authenticating, via the one or more processors, the user to access the requested prescription resource. obtaining, via one or more processors, an indication of a request to access the prescription resource, the request being associated with a user; identifying, via the one or more processors, an authentication action prerequisite to providing access to the requested prescription resource; causing, via one or more processors, an audio tone to be emitted by a speaker of a first electronic computing device associated with the user; causing, via the one or more processors, a microphone of second electronic computing device to detect the emitted audio tone, the second electronic computing device being associated with the user; obtaining, via the one or more processors, an indication that the second electronic computing device detected the emitted audio tone; and based at least in part upon the detection of the emitted audio tone by the second electronic computing device, authenticating, via the one or more processors, the user to access the requested prescription resource.
A machine arranged for sawing micro trenches and placing ducts/cables in micro trenches in one process, said machine comprising a diamond saw blade arranged for sawing a micro trench in an area; said area comprising a first layer L1 and a second layer L2, said first layer L1 being a surface layer, such as asphalt or concrete, and said second layer L2 being a bearing layer for said first layer L1 and being located below said first layer L1 and comprising for example stones, macadam, gravel, sand and dirt; wherein said machine, when in operation, saws said micro trench through said first layer L1 and into said second layer L2; said machine further comprising a stabilizing device arranged for stabilizing the walls of said second layer L2 in said micro trench when placing ducts/cables into said micro trench, wherein said stabilizing device has a front part and a back part, said front part being located immediately behind said diamond saw blade in said micro trench and having a section that has a shape that is complementary or near complementary to the shape of said diamond saw blade; said stabilizing device further comprising at least one guiding means for guiding at least one duct/cable when placed into said micro trench; characterized in that said stabilizing device is arranged to be lowered to and elevated from its operating depth immediately behind said diamond saw blade using a pendulum movement, said stabilizing device being capable of performing said pendulum movement while said diamond saw blade remains in said micro trench, and wherein the operating depth for said diamond saw blade may be adjusted continuously.
Motorhome having a tail lift, comprising an interior which has an access opening and can be closed by the tail lift, the tail lift comprising a lifting frame and at least one outer flap and the outer flap being hingedly attached to the lifting frame and actuated via at least one lifting cylinder so that the outer flap can be pivoted from a closed position away from the vehicle into a loading position and the lifting frame can be moved vertically, characterized in that the interior can be closed simultaneously by an inner flap which, in a closed position, is arranged substantially parallel to the outer flap and which can be pivoted away from the vehicle around a joint arranged on an upper edge of the access opening.
A hot melt adhesive comprising: a polar functional group-modified conjugated diene-based polymer, an aliphatic polyester-based resin, an amorphous olefin-based polymer, a crystalline polypropylene resin, and a tackifier resin. a polar functional group-modified conjugated diene-based polymer, an aliphatic polyester-based resin, an amorphous olefin-based polymer, a crystalline polypropylene resin, and a tackifier resin.
Micro-robot configured to move along a propulsion direction by vibrations, said micro-robot comprising a body comprising an actuator configured to generate vibrations causing the micro-robot to move, said micro-robot further comprising a steering system which comprises a resonating structure configured to be secured to the micro-robot, the resonating structure comprising: - a steering structure aimed at controlling the propulsion direction, - a distribution of weight-resonators, each weight-resonator being configured to be activated by a proper activation resonance frequency (f A, f A1, f A2), the respective proper activation resonance frequencies (f A, f A1, f A2) of the weight-resonators being different from each other, wherein the actuator is configured to generate vibrations in a range of frequencies including the proper activation resonance frequency of each weight-resonator, wherein the resonating structure displays at least two states: - at least one activated steering state (A, A 1, A 2), in which at least one of the weight-resonators is activated at the proper activation resonance frequency to change the propulsion direction of the micro-robot, - a non-activated steering state, in which none of the weight-resonators is activated at its proper activation resonance frequency so as to maintain the propulsion direction of the micro-robot. - a steering structure aimed at controlling the propulsion direction, - a distribution of weight-resonators, each weight-resonator being configured to be activated by a proper activation resonance frequency (f A, f A1, f A2), the respective proper activation resonance frequencies (f A, f A1, f A2) of the weight-resonators being different from each other, - at least one activated steering state (A, A 1, A 2), in which at least one of the weight-resonators is activated at the proper activation resonance frequency to change the propulsion direction of the micro-robot, - a non-activated steering state, in which none of the weight-resonators is activated at its proper activation resonance frequency so as to maintain the propulsion direction of the micro-robot.
A communication node, comprising: one or more flow table(s) that stores a control information item(s) as set by a controller; and a packet processing unit that searches for a control information item, having a match condition matching a received packet, from the one or more flow table(s), and processes the received packet in accordance with the control information item, wherein, in a case where a preset loop instruction is added in the control information item having the match condition matching the received packet, the packet processing unit performs a preset number of times of search for another control information item in the one or more flow table(s) and execution of the searched control information item; and wherein multiple times of the preset number of times of search are performed in the same one of the one or more flow tables as specified by the preset loop instruction. one or more flow table(s) that stores a control information item(s) as set by a controller; and a packet processing unit that searches for a control information item, having a match condition matching a received packet, from the one or more flow table(s), and processes the received packet in accordance with the control information item, wherein, in a case where a preset loop instruction is added in the control information item having the match condition matching the received packet, the packet processing unit performs a preset number of times of search for another control information item in the one or more flow table(s) and execution of the searched control information item; and wherein multiple times of the preset number of times of search are performed in the same one of the one or more flow tables as specified by the preset loop instruction.
A ventilated and breathable garment structure (10, 110), comprising: an inner layer (11, 111) facing the body of a wearer of a garment and extending for at least a portion of the garment; the garment structure being characterized by comprising: an intermediate layer (12, 112) of padding that forms together with the inner layer (11, 111) a first gap (13, 113); and an outer layer (14, 114) having air vents (15, 115) for the entry of air from the outside of the garment and/or for the exit of moist warm air from inside the garment, and that forms together with said intermediate layer (12, 112) a second gap (16, 116), wherein said intermediate layer includes, in one or more zones, at least one channeled padding (18, 18', 118) for the passage of said moist warm air and said air from the outside. an intermediate layer (12, 112) of padding that forms together with the inner layer (11, 111) a first gap (13, 113); and an outer layer (14, 114) having air vents (15, 115) for the entry of air from the outside of the garment and/or for the exit of moist warm air from inside the garment, and that forms together with said intermediate layer (12, 112) a second gap (16, 116), wherein said intermediate layer includes, in one or more zones, at least one channeled padding (18, 18', 118) for the passage of said moist warm air and said air from the outside.
A multilayer film comprising high impact strength polyethylene having a density of from 0.915 to 0.930 g/cc and a short chain branching distribution index (SCBDI) of from 70 to 100, which is determined as described in the description; polyethylene prepared using a Ziegler-Natta catalyst; and a high pressure low density polyethylene, said film comprising A) a skin layer consisting essentially of said high impact strength polyethylene; and B) a core layer comprising a blend of said polyethylene prepared using a Ziegler-Natta catalyst and said high pressure low density polyethylene, with the provisios that a) the amount of said high impact strength polyethylene is from 30 to 55 weight %, based on the combined weight of said high impact strength polyethylene plus said polyethylene prepared using a Ziegler-Natta catalyst plus said high pressure low density polyethylene; and b) the amount of said high pressure low density polyethylene is from 5 to 20 weight %, based on the combined weight of said high impact strength polyethylene plus said polyethylene prepared using a Ziegler-Natta catalyst plus said high pressure low density polyethylene. A) a skin layer consisting essentially of said high impact strength polyethylene; and B) a core layer comprising a blend of said polyethylene prepared using a Ziegler-Natta catalyst and said high pressure low density polyethylene, with the provisios that a) the amount of said high impact strength polyethylene is from 30 to 55 weight %, based on the combined weight of said high impact strength polyethylene plus said polyethylene prepared using a Ziegler-Natta catalyst plus said high pressure low density polyethylene; and b) the amount of said high pressure low density polyethylene is from 5 to 20 weight %, based on the combined weight of said high impact strength polyethylene plus said polyethylene prepared using a Ziegler-Natta catalyst plus said high pressure low density polyethylene. a) the amount of said high impact strength polyethylene is from 30 to 55 weight %, based on the combined weight of said high impact strength polyethylene plus said polyethylene prepared using a Ziegler-Natta catalyst plus said high pressure low density polyethylene; and b) the amount of said high pressure low density polyethylene is from 5 to 20 weight %, based on the combined weight of said high impact strength polyethylene plus said polyethylene prepared using a Ziegler-Natta catalyst plus said high pressure low density polyethylene.
Insulating material, in particular for sound and/or thermal insulation, comprising - a plurality of leather fibers, preferably made of finished leather, - wherein each leather fiber has a connecting region and a free region, - a binding agent, by means of which only the connecting regions of the leather fibers are connected to one another, characterized in that - the insulating material has a proportion of 40 wt.% to 95 wt.% of leather fibers, - wherein the binding agent is a polycaprolactone or is based on a variant of a polycaprolactone and/or wherein a base of the binding agent is a carboxylic acid ester or a fruit acid. - a plurality of leather fibers, preferably made of finished leather, - wherein each leather fiber has a connecting region and a free region, - a binding agent, by means of which only the connecting regions of the leather fibers are connected to one another, characterized in that - the insulating material has a proportion of 40 wt.% to 95 wt.% of leather fibers, - wherein the binding agent is a polycaprolactone or is based on a variant of a polycaprolactone and/or wherein a base of the binding agent is a carboxylic acid ester or a fruit acid.
A device for the three-dimensional reconstruction of a scene by image analysis, comprising an image acquisition device to capture images of the scene, an analysis device to calculate a three-dimensional reconstruction of the scene from at least one image of the scene taken by the image acquisition device, and a projection device to project a first light pattern and a second light pattern, which are complementary, on the examined scene, the first light pattern and the second light pattern being projected along separate projection axes (A1; A2) forming a non-zero angle between them, so as to be superimposed while forming a uniform image with homogenous intensity in a projection plane, substantially combined with a maximum sharpness plane of the image acquisition device, wherein the device for three-dimensional reconstruction is programmed to capture a series of images of the scene by jointly moving the maximum sharpness plane and the projection plane relative to the scene between each shot, the analysis device being programmed to calculate a three-dimensional reconstruction of the scene, plane by plane, from the series of images, from a measurement of the variation in the homogeneity of light intensity in each image of the scene.
A self-retaining suture comprising: a. A filament having a proximal end and a distal end, with an elongated body therebetween, the elongated body having a central axis and an outer perimeter; and b. A plurality of retainers formed in the elongated body of said filament, wherein each retainer has a distal tip, a proximal base where the undersurface of the retainer meets the elongated body, a first side portion connecting one end of said proximal base and said distal tip, and a second side portion connecting the other end of said proximal base and said distal tip, said first side portion having a shorter length than said second side portion; and wherein said proximal base of each retainer has an arcuate shape. a. A filament having a proximal end and a distal end, with an elongated body therebetween, the elongated body having a central axis and an outer perimeter; and b. A plurality of retainers formed in the elongated body of said filament, wherein each retainer has a distal tip, a proximal base where the undersurface of the retainer meets the elongated body, a first side portion connecting one end of said proximal base and said distal tip, and a second side portion connecting the other end of said proximal base and said distal tip, said first side portion having a shorter length than said second side portion; and wherein said proximal base of each retainer has an arcuate shape.
Positive electrode active substance particles comprising a compound having at least a crystal system belonging to a space group of R-3m and a crystal system belonging to a space group of C2/m, the compound being in the form of a composite oxide comprising at least Li, Mn, an element A, and Co and/or Ni, wherein element A is at least one element and Co and/or selected from the group consisting of Si and Y; a relative intensity ratio [(a)/(b)]of a maximum diffraction peak intensity (a) observed at 2θ = 20.8±1° in a powder X-ray diffraction pattern of the positive electrode active substance particles as measured using a Cu-Kα ray to a maximum diffraction peak intensity (b) observed at 2θ = 18.6±1° in the powder X-ray diffraction pattern being 0.02 to 0.2; a content of Mn in the positive electrode active substance particles being controlled such that a molar ratio of Mn/(Ni + Co + Mn) therein is not less than 0.55; and the positive electrode active substance particles comprising the element A in an amount of 0.03 to 5% by weight and having a tap density of 0.8 to 2.4 g/cc and a compressed density of 2.0 to 3.1 g/cc.
A horizontal articulated robot comprising: a base; a first arm coupled to the base and configured to turn around a first axis; a second arm coupled to the first arm and configured to turn around a second axis parallel to the first axis; a third arm coupled to the second arm and configured to turn around a third axis parallel to the first axis and move along the third axis; a motor provided in the second arm and configured to drive the third arm; and a force detecting section provided between the motor and the second arm and configured to detect reaction generated by driving the motor. a base; a first arm coupled to the base and configured to turn around a first axis; a second arm coupled to the first arm and configured to turn around a second axis parallel to the first axis; a third arm coupled to the second arm and configured to turn around a third axis parallel to the first axis and move along the third axis; a motor provided in the second arm and configured to drive the third arm; and a force detecting section provided between the motor and the second arm and configured to detect reaction generated by driving the motor.
A polarizer comprising at least one central waveguide and a first and a second waveguides (14,16) opening into the central waveguide, wherein: - the first and second waveguides open into one of the central waveguides, the first and second waveguides opening into the one central waveguide at different sides of a plane extending through the one central waveguide and comprising a longitudinal axis of the central waveguide, - each central waveguide has an opening and comprises therein a polarizing element extending along the longitudinal axis and in the plane, the polarizing element being an electrically conducting element having, when projected on to the plane, a first area on one side of the longitudinal axis and a second area, being smaller than the first area, on another, opposite side of the longitudinal axis, characterized by the polarizer being configured to alter between two states, wherein: - in a first state, the polarizing element of an actual central waveguide, into which the first and second waveguides open, extends in the plane with the first area positioned in a first part of the plane on a first side of the longitudinal axis of the actual waveguide and - in a second state, the polarizing element of an actual central waveguide, into which the first and second waveguides open, extends in the plane with the first area positioned in a second part of the plane on a second side, opposite to the first side, of the longitudinal axis of the actual waveguide. - the first and second waveguides open into one of the central waveguides, the first and second waveguides opening into the one central waveguide at different sides of a plane extending through the one central waveguide and comprising a longitudinal axis of the central waveguide, - each central waveguide has an opening and comprises therein a polarizing element extending along the longitudinal axis and in the plane, the polarizing element being an electrically conducting element having, when projected on to the plane, a first area on one side of the longitudinal axis and a second area, being smaller than the first area, on another, opposite side of the longitudinal axis, - in a first state, the polarizing element of an actual central waveguide, into which the first and second waveguides open, extends in the plane with the first area positioned in a first part of the plane on a first side of the longitudinal axis of the actual waveguide and - in a second state, the polarizing element of an actual central waveguide, into which the first and second waveguides open, extends in the plane with the first area positioned in a second part of the plane on a second side, opposite to the first side, of the longitudinal axis of the actual waveguide.