mhurhangee/ep-ind-claims huggingface dataset:
A wearable chassis (100, 500, 600) for a helmet, the chassis (100, 500, 600) having a shape suitable to be worn on a head of a user and the chassis being attachable inside a protective structure (590, 690) having a shape protecting the head of the user from an external impact, the chassis comprising one or more connection ports (130, 130', 530, 530', 630, 630') for connecting an electronic device, a control interface for connecting a control unit (360, 460, 560, 660), a wiring arrangement (150, 350) for connecting the one or more connection ports (130, 130', 530, 530', 630, 630') to the control interface, and a mounting arrangement for attaching an accessory device to the chassis (100, 500, 600), wherein the mounting arrangement is provided with one or more of said one or more connection ports for electrically connecting an accessory device attached thereto to the control interface, characterized in that the mounting arrangement comprises one or more accessory rails (120, 520, 620) for mounting an accessory device.
A method for manufacturing a metal rack comprising: a preforming process for obtaining a round rod-like shaped metal intermediate material having a concave groove on an outer circumferential surface of the intermediate material, the concave groove extending in an axial direction of the intermediate material and being recessed inward in a radial direction of the intermediate material, a teeth-forming process for forming a plurality of raw rack teeth by pressing a teeth forming concave and convex section having a concave and convex shape with respect to the axial direction on a surface on an opposite side of the concave groove with respect to the radial direction of the outer circumferential surface of the intermediate material, in a state where portions on both sides of the concave groove with respect to a circumferential direction of the intermediate material on the outer circumferential surface of the intermediate material is constrained and an inner surface of the concave groove is not constrained, and a finishing forming process for performing a finishing forming to the raw rack teeth to form rack teeth. a preforming process for obtaining a round rod-like shaped metal intermediate material having a concave groove on an outer circumferential surface of the intermediate material, the concave groove extending in an axial direction of the intermediate material and being recessed inward in a radial direction of the intermediate material, a teeth-forming process for forming a plurality of raw rack teeth by pressing a teeth forming concave and convex section having a concave and convex shape with respect to the axial direction on a surface on an opposite side of the concave groove with respect to the radial direction of the outer circumferential surface of the intermediate material, in a state where portions on both sides of the concave groove with respect to a circumferential direction of the intermediate material on the outer circumferential surface of the intermediate material is constrained and an inner surface of the concave groove is not constrained, and a finishing forming process for performing a finishing forming to the raw rack teeth to form rack teeth.
A pick-up press device for use in a process of producing a 3D molded product from a pulp slurry comprising: a pick-up press tool presenting a porous first product face, a press tool presenting a second product face, and a vacuum source, connected to the pick-up press tool, wherein the pick-up press tool and the press tool are vertically movable relative one another, wherein, in a first relative position of the press tools (10, 20), at least one of the product faces is positioned so as to receive a pulp slurry layer in liquid form to its product face, and wherein in a second relative position of the press tools (10, 20), the product faces are pressed towards each other for pressing the pulp slurry layer, characterized in that the device further comprises a first transfer tool, wherein the first transfer tool comprises: a first forming surface portion, configured to conform to a first portion of the porous first product face, such that a forming gap is defined there between, said forming gap defining a desired pulp slurry layer thickness, and a second forming surface portion, configured to diverge from a second portion of the porous first product face, such that a non-forming space is defined by the second forming surface portion and the second portion of the porous first product face, said non-forming space having a greater thickness than the forming gap. a pick-up press tool presenting a porous first product face, a press tool presenting a second product face, and a vacuum source, connected to the pick-up press tool, wherein the pick-up press tool and the press tool are vertically movable relative one another, wherein, in a first relative position of the press tools (10, 20), at least one of the product faces is positioned so as to receive a pulp slurry layer in liquid form to its product face, and wherein in a second relative position of the press tools (10, 20), the product faces are pressed towards each other for pressing the pulp slurry layer, characterized in that the device further comprises a first transfer tool, wherein the first transfer tool comprises: a first forming surface portion, configured to conform to a first portion of the porous first product face, such that a forming gap is defined there between, said forming gap defining a desired pulp slurry layer thickness, and a second forming surface portion, configured to diverge from a second portion of the porous first product face, such that a non-forming space is defined by the second forming surface portion and the second portion of the porous first product face, said non-forming space having a greater thickness than the forming gap. a first forming surface portion, configured to conform to a first portion of the porous first product face, such that a forming gap is defined there between, said forming gap defining a desired pulp slurry layer thickness, and a second forming surface portion, configured to diverge from a second portion of the porous first product face, such that a non-forming space is defined by the second forming surface portion and the second portion of the porous first product face, said non-forming space having a greater thickness than the forming gap.
A multi-threshold CMOS sequential circuit, comprising: a first latch circuit formed of transistors having threshold voltages in a first range and powered from a switchable voltage node to provide a primary data path storing at least one data bit during active mode operation of the sequential circuit; and a second latch circuit, including: inverters (53, 55) formed of transistors selectively powered from the continuous voltage node and having threshold voltages in a second range higher than the first range, the inverters of the second latch circuit selectively operative for low-power retention mode operation of the sequential circuit to latch the at least one data bit transferred from the first latch circuit; a transfer gate formed of transistors having threshold voltages in the second range and providing a data transfer path between the first and second latch circuits (20, 50) during transitions from active to low-power retention mode and vice versa, the transmission gate operative to disconnect the first and second latch circuits (20, 50) from one another during both active mode and low-power retention mode operation of the sequential circuit; and a second switching circuit selectively operative to disconnect the inverters of the second latch circuit from the continuous voltage node during active mode operation of the sequential circuit; wherein all transistors in the first latch circuit having threshold voltages in the first range and characterized in that all transistors in the second latch circuit having threshold voltages in the second range. a first latch circuit formed of transistors having threshold voltages in a first range and powered from a switchable voltage node to provide a primary data path storing at least one data bit during active mode operation of the sequential circuit; and a second latch circuit, including: inverters (53, 55) formed of transistors selectively powered from the continuous voltage node and having threshold voltages in a second range higher than the first range, the inverters of the second latch circuit selectively operative for low-power retention mode operation of the sequential circuit to latch the at least one data bit transferred from the first latch circuit; a transfer gate formed of transistors having threshold voltages in the second range and providing a data transfer path between the first and second latch circuits (20, 50) during transitions from active to low-power retention mode and vice versa, the transmission gate operative to disconnect the first and second latch circuits (20, 50) from one another during both active mode and low-power retention mode operation of the sequential circuit; and a second switching circuit selectively operative to disconnect the inverters of the second latch circuit from the continuous voltage node during active mode operation of the sequential circuit; wherein all transistors in the first latch circuit having threshold voltages in the first range and characterized in that all transistors in the second latch circuit having threshold voltages in the second range.
Sensor device for a towing vehicle coupling or as a component of a towing vehicle coupling, with which a trailer vehicle, in particular a semitrailer, can be coupled to a towing vehicle, in particular a truck, wherein the towing vehicle coupling has a coupling element for detachably coupling a coupling counter element, one of which is or can be secured to the towing vehicle and the other of which is or can be secured to the trailer vehicle, and in the coupled state forming a joint, they can rotate relative to one another about at least one joint rotational axis, wherein the sensor device has a follower, which is mounted such that it can rotate relative to the coupling element about a follower rotational axis, and which can rotate about the follower rotational axis by rotationally following the coupling counter element during rotation about the at least one joint rotational axis for detecting a rotation of the coupling counter element relative to the coupling element about the at least one joint rotational axis, wherein the follower has at least one frictional connection surface for frictional contact with the coupling counter element, and wherein the sensor device has at least one sensor for detecting a respective rotational position of the follower relative to the coupling element in relation to the follower rotational axis, characterised in that a plurality of particles for contacting the coupling counter element is arranged on the at least one frictional connection surface and/or in that it has a counter follower element which is arranged or can be arranged on the coupling counter element and which has a follower surface having a plurality of particles for contacting the frictional connection surface.
Vial containing a solution, said vial comprising a transparent or at least translucent body surmounted by a ring provided with an opening with which a dispensing member of the solution is associated, said member comprising a body of a dispensing member and a dip tube communicating with one another, said tube being immersed in the solution to enable the supply of said dispensing member in solution to be dispensed, said dip tube comprising a silicone so that the difference between the refractive index of said tube and said solution is inferior or equal to 0.04.
A computer-implemented method of determining the cycle threshold (Ct) value of a growth curve for a kinetic Polymerase Chain Reaction process having a geometry that does not fit a double sigmoid type shape, comprising the steps of: receiving a dataset representing a PCR growth curve, said dataset including a plurality of data points each having a pair of coordinate values (x,y), where the x-axis represents cycle number and the y-axis fluorescence intensity; numerically determining second derivative values for data points along the PCR growth curve; determining a maximum value of the determined second derivative values; calculating an approximation of a curve that fits the determined second derivative values by applying a regression process to a Gaussian Mixture Model function to determine one or more parameters of the function, wherein said parameters include initial conditions, and wherein the maximum value is used as an initial condition for a first parameter; and outputting the first parameter, wherein the determined first parameter represents the cycle threshold (Ct) value of the PCR growth curve. receiving a dataset representing a PCR growth curve, said dataset including a plurality of data points each having a pair of coordinate values (x,y), where the x-axis represents cycle number and the y-axis fluorescence intensity; numerically determining second derivative values for data points along the PCR growth curve; determining a maximum value of the determined second derivative values; calculating an approximation of a curve that fits the determined second derivative values by applying a regression process to a Gaussian Mixture Model function to determine one or more parameters of the function, wherein said parameters include initial conditions, and wherein the maximum value is used as an initial condition for a first parameter; and outputting the first parameter, wherein the determined first parameter represents the cycle threshold (Ct) value of the PCR growth curve.
A delamination container, comprising: an outer layer body constituting an outer shell of the container; and an inner layer body that is laminated on an inner side of the outer layer body in a manner such that the inner layer body is peelable from the outer layer body and that is deformable to undergo volume reduction, wherein, in response to dispensing of a content contained in the inner layer body, ambient air is introduced between the outer layer body and the inner layer body, and only the inner layer body undergoes volume reduction, and wherein the inner layer body includes an inner layer body's outside sub-layer that is located adjacent to the outer layer body and that is made of an ethylene-vinyl alcohol copolymer resin, and the outer layer body includes an outer layer body's inside sub-layer that is located adjacent to the inner layer body and that is made of a polypropylene resin and an outer layer body's outside sub-layer that is located on an outer side of the container relative to the outer layer body's inside sub-layer and that is made of a polyethylene resin. an outer layer body constituting an outer shell of the container; and an inner layer body that is laminated on an inner side of the outer layer body in a manner such that the inner layer body is peelable from the outer layer body and that is deformable to undergo volume reduction, wherein, in response to dispensing of a content contained in the inner layer body, ambient air is introduced between the outer layer body and the inner layer body, and only the inner layer body undergoes volume reduction, and wherein the inner layer body includes an inner layer body's outside sub-layer that is located adjacent to the outer layer body and that is made of an ethylene-vinyl alcohol copolymer resin, and the outer layer body includes an outer layer body's inside sub-layer that is located adjacent to the inner layer body and that is made of a polypropylene resin and an outer layer body's outside sub-layer that is located on an outer side of the container relative to the outer layer body's inside sub-layer and that is made of a polyethylene resin.
An active insect capturing device comprising a capture opening having an opening edge, at least one glare light source, and at least one receiving chamber having at least one chamber wall, wherein the active insect capturing device is an, in particular removable, vacuum cleaner attachment for a vacuum cleaner and has a carrying handle, wherein the receiving chamber is a receiving tube and the capture opening is formed on an end of the receiving tube, wherein the at least one glare light source shines directly through the capture opening, wherein the at least one glare light source is adapted and arranged for directly illuminating a zone in front of the capture opening, and wherein the at least one chamber wall and/or the opening edge are/is transparent and/or translucent, at least in regions, and wherein the glare light source is located behind the capture opening and/or in the receiving chamber. wherein the active insect capturing device is an, in particular removable, vacuum cleaner attachment for a vacuum cleaner and has a carrying handle, wherein the receiving chamber is a receiving tube and the capture opening is formed on an end of the receiving tube, wherein the at least one glare light source shines directly through the capture opening, wherein the at least one glare light source is adapted and arranged for directly illuminating a zone in front of the capture opening, and wherein the at least one chamber wall and/or the opening edge are/is transparent and/or translucent, at least in regions, and wherein the glare light source is located behind the capture opening and/or in the receiving chamber.
A water-soluble bleach additive for laundry detergents and for surface cleaning detergents, of the type formed in extruded pellets and comprising a bleach agent, an activator of the bleach agent a sticky surfactant and, optionally, a chelating builder, char- acterised in that it furthermore comprises a water-soluble polymer with a high molecular weight, selected from polyethylene glycols having an average molecular weight ranging between about 3,000 and about 20,000 and a water-soluble plasticizer consisting of a polyethylene glycol with average molecular weight below 700.
A method for managing a massively parallel processing, MPP, database, the method comprising: determining that a criteria for rebalancing an existing partition of the MPP database has been satisfied; re-allocating a set of entries from the existing partition to a new partition; migrating the set of entries from the existing partition to the new partition; and re-updating the catalog to associate the set of entries with the new partition after migrating the set of entries from the existing partition to a new partition, characterized in that the method comprises after the step of determining and before the step of migrating: updating a catalog to associate the set of entries with both the existing partition and the new partition, wherein updating the catalog causes queries for the set of entries received during a migration period to be directed toward the existing partition and the new partition; wherein the set of entries are migrated from the existing partition to the new partition without interrupting a runtime operation of the MPP database. determining that a criteria for rebalancing an existing partition of the MPP database has been satisfied; re-allocating a set of entries from the existing partition to a new partition; migrating the set of entries from the existing partition to the new partition; and re-updating the catalog to associate the set of entries with the new partition after migrating the set of entries from the existing partition to a new partition, characterized in that the method comprises after the step of determining and before the step of migrating: updating a catalog to associate the set of entries with both the existing partition and the new partition, wherein updating the catalog causes queries for the set of entries received during a migration period to be directed toward the existing partition and the new partition; wherein the set of entries are migrated from the existing partition to the new partition without interrupting a runtime operation of the MPP database. updating a catalog to associate the set of entries with both the existing partition and the new partition, wherein updating the catalog causes queries for the set of entries received during a migration period to be directed toward the existing partition and the new partition; wherein the set of entries are migrated from the existing partition to the new partition without interrupting a runtime operation of the MPP database.
A process of producing a fermentation product, comprising (a) liquefying a starch-containing material with an alpha-amylase; optionally pre-saccharifying the liquefied material before step (b); (b) saccharifying the liquefied material; (c) fermenting using a fermentation organism; wherein a carbohydrate-source generating enzyme and a cellulolytic composition are present or added during fermentation step (c) or simultaneous saccharification and fermentation, wherein the cellulolytic composition comprises a beta-glucosidase having at least 90% sequence identity to SEQ ID NO: 6 and comprising one or more substitutions selected from the group consisting of L89M, G91L, F100D, 1140V, 1186V, S283G, N456E, and F512Y. (a) liquefying a starch-containing material with an alpha-amylase; optionally pre-saccharifying the liquefied material before step (b); (b) saccharifying the liquefied material; (c) fermenting using a fermentation organism;
Wheel drive module for steering and for driving a wheel, comprising a transmission, a first electric motor and a second electric motor, wherein the transmission has a pinion shaft as well as a first annular gear ring and a second annular gear ring, wherein the first gear ring and the second gear ring are arranged coaxial to one another so as to be rotatable about a common axis of rotation, wherein the pinion shaft is rotatable by a respective rotation of the first gear ring and the second gear ring about the axis of rotation as steering axis of the wheel and is rotatable about a pinion shaft axis of the pinion shaft, so that the wheel, which can be connected to the pinion shaft, can be steered about the steering axis and can be driven about a wheel axis of the wheel via a rotation of the pinion shaft about the pinion shaft axis, characterized in that the first electric motor for driving the first gear ring has a first annularly formed rotor which is fixed in position on the first gear ring and revolves about the axis of rotation, and the second electric motor for driving the second gear ring has a second ringshaped rotor, which is fixed in position on the second gear ring and revolves about the axis of rotation. the first electric motor for driving the first gear ring has a first annularly formed rotor which is fixed in position on the first gear ring and revolves about the axis of rotation, and the second electric motor for driving the second gear ring has a second ringshaped rotor, which is fixed in position on the second gear ring and revolves about the axis of rotation.
Imaging device configured to detect electromagnetic radiation, which is preferably fluorescence-emission, comprising a sensor device and a collection unit, which is configured to collect the electromagnetic radiation and to transmit it to the sensor device, wherein the sensor device is a photomultiplier array, preferably a silicon photomultiplier array, and the collection unit comprises a multichannel optical waveguide in the form of a microstructured fiber, comprising at least two solid cores separated by at least one hollow tube, wherein each solid core is configured to propagate a portion of the collected electromagnetic radiation and wherein the imaging device further comprises a magnification unit which is configured to project the emitted portion of electromagnetic radiation of each individual solid core on one individual pixel of the photomultiplier array.