mhurhangee/ep-ind-claims huggingface dataset:
A data storage system comprising: a host comprising a host cache portion of a mirror cache, the host cache portion for storing metadata indicating a location of a data node that is stored in a kernel cache portion of the mirror cache; and a storage device comprising the kernel cache portion located in a common memory area, and wherein the data storage system implements a key-value store. a host comprising a host cache portion of a mirror cache, the host cache portion for storing metadata indicating a location of a data node that is stored in a kernel cache portion of the mirror cache; and a storage device comprising the kernel cache portion located in a common memory area, and wherein the data storage system implements a key-value store.
An axial fan having an axis of rotation and comprising a hub comprising a bottom wall and a lateral wall extending from the bottom wall and having a peripheral edge on an opposite side with respect to the bottom wall along the axis of rotation, the bottom wall and the lateral wall forming a cup-shaped structure of the hub, the fan comprising a plurality of blades extending from the lateral wall externally of the cup-shaped structure; at least a fin internal of the cup-shaped structure for generating, in use, a tangential flow of air internally of the hub, the fin comprising an end portion projecting beyond the peripheral edge externally of the hub having an internal edge facing internally of the hub and an external edge, facing externally of the hub, the fan being characterised in that the external edge is positioned at a radial distance from the axis of rotation that is less than a radial distance of a radially inner surface of the lateral wall from the axis of rotation.
A strain of Pseudozyma churashimaensis RGJ1 isolated from a pepper plant, wherein the strain of Pseudozyma churashimaensis RGJ1 leads to induced systemic resistance against a pepper plant pathogen or pepper plant virus, wherein the pepper plant pathogen is Xanthomonas axonopodis pv. Vesicatoria, and wherein the strain is deposited under an accession number KCTC13051BP at the Korea Research Institute of Bioscience and Biotechnology.
Poultry feeding installation intended for equipping a rearing house, including at least one feeding line which can be raised by means of a winch setting in motion a main cable to which the said feeding line is connected, the said feeding line comprising a plurality of feeders fastened to a feed conveyor tube and means (9, 10) of distributing the said feed to the said feeders, the said feeders each comprising a plate surmounted by a feed pan and by a tube, the upper end of which co-operates with the conveyor tube, the said feed conveyor tube being connected to the said main cable by suspension cables and consisting of a plurality of portions of tube (1a, 1b, 1c, 1d) connected to one another, the said installation also being provided with means whereby the said conveyor tube or a section of this can be rotated on itself so as to arrange the pivoting of the said feeders, the said means of rotating comprising at least one assembly forming a lever including a lever bar, one end of which is intended to co-operate with a lever attachment point fastened to the said conveyor tube, characterised in that the said installation comprises a linking cable connected, at one of its ends to the main cable and intended to be connected via its other end to the other end of the said lever arm, the said linking cable being independent of the suspension cables of the conveyor tube and in that metal anti-rotation catches (1a', 1b') are provided at the joints between the said portions of tube (1a, 1b, 1c, 1d).
Impact detection sensor for a tube rail cart, said impact detection sensor being composed of a shaft and a conical valve with a valve shaft which in resting condition coaxially extends through the shaft with a lateral play in the shaft, whereby at one end the shaft is provided with a conical valve seat for the conical valve and whereby the impact detection sensor is provided with a return spring which is configured to pull or push the conical valve in an axial direction against the valve seat and whereby the valve shaft or the shaft at the end of the impact detection sensor with the conical valve is provided with an impact sensitive element which in case of a lateral impact is configured to cause the conical valve to move laterally relative to the valve seat and consequently also to cause the valve shaft to move axially relative to the shaft against the force of the return spring, whereby the valve shaft is provided with a collar and the shaft is provided with a sensor for detecting the position of the collar relative to the sensor.
A pendular handling system for handling parts in a press line, comprising two articulated robots (110, 120) suitable for being arranged on opposite sides with respect to the central vertical plane of the press line, wherein each robot comprises at least four rotational axes (A1, A2, A3, A4) in series between a robot base (111, 121) and a robot wrist (112,122) and each robot is mounted with the first axis horizontal and suitable for being perpendicular to the press line flow direction, whereby a first arm (113, 123) of each robot (110, 120) can swing in a vertical plane in the press line flow direction, wherein each robot (110, 120) further comprises an additional arm (114, 124) that has a proximal end fixed to the robot wrist (112, 122) and a distal end carrying an additional rotational axis.
Coated bearing component having at least one outer face which comprises a contact face which comes into contact with a mating face, characterized in that the bearing component comprises a coating composed of a combination of two coats, which are each optimized for one of the properties of corrosion protection or increased friction coefficient, one coat being a one-component polyurethane zinc powder coating for the pure corrosion protection of outer faces, and the other coat, which is applied to a joining face for the purpose of increasing the friction coefficient, being another mixture on the same one-component polyurethane basis to which hard-substance particles have been added.
A method for imaging a plurality of three-dimensional volume data sets, which represent different attribute volumes, as a final image, which method comprises: processing each attribute volume by calculating the difference between the attribute volumes or by converting attribute volumes into the same co-ordinate system as other attribute volumes, thereby generating a first plurality of corresponding attribute volumes; sampling or interpolating the first plurality of corresponding attribute volumes using a graphics card; processing the first plurality of corresponding attribute volumes using the graphics card by combining the first plurality of corresponding attribute volumes to form a second plurality of corresponding volumes; color mapping and filtering voxels in the second plurality of corresponding attribute volumes Into pixels using the graphics card; processing the pixels associated with the second plurality of corresponding attribute volumes using the graphics card by bump mapping to form a third plurality of corresponding attribute volumes; and processing the third plurality of corresponding attribute volumes using the graphics card by overlapping the third plurality of corresponding attribute volumes using a blending function to form the final Image. processing each attribute volume by calculating the difference between the attribute volumes or by converting attribute volumes into the same co-ordinate system as other attribute volumes, thereby generating a first plurality of corresponding attribute volumes; sampling or interpolating the first plurality of corresponding attribute volumes using a graphics card; processing the first plurality of corresponding attribute volumes using the graphics card by combining the first plurality of corresponding attribute volumes to form a second plurality of corresponding volumes; color mapping and filtering voxels in the second plurality of corresponding attribute volumes Into pixels using the graphics card; processing the pixels associated with the second plurality of corresponding attribute volumes using the graphics card by bump mapping to form a third plurality of corresponding attribute volumes; and processing the third plurality of corresponding attribute volumes using the graphics card by overlapping the third plurality of corresponding attribute volumes using a blending function to form the final Image.
A device comprising: a platform to receive a container, wherein the container comprises a package and wherein the platform is at a first angle with respect to a ground surface when the platform receives the container; a front panel configured to move between a raised orientation and a lowered orientation with respect to the platform, wherein in response to the front panel being in the raised orientation, the front panel is orthogonal with respect to the platform, and in response to the front panel being in the lowered orientation, the front panel and the platform form a continuous surface; and an actuator connected to the platform, wherein the actuator is configured to pivot the platform from the first angle to a second angle with respect to the ground surface that is larger than the first angle, wherein, the package leans against a surface of the front panel when the front panel is in the raised orientation and the platform is at the second angle; and the package is released onto a surface of a conveyor when the front panel is in the lowered orientation and the platform is at the second angle, characterized in the device comprising: a rotary joint positioned between the platform and the container and configured to rotate the container with respect to the front panel. a platform to receive a container, wherein the container comprises a package and wherein the platform is at a first angle with respect to a ground surface when the platform receives the container; a front panel configured to move between a raised orientation and a lowered orientation with respect to the platform, wherein in response to the front panel being in the raised orientation, the front panel is orthogonal with respect to the platform, and in response to the front panel being in the lowered orientation, the front panel and the platform form a continuous surface; and an actuator connected to the platform, wherein the actuator is configured to pivot the platform from the first angle to a second angle with respect to the ground surface that is larger than the first angle, wherein, the package leans against a surface of the front panel when the front panel is in the raised orientation and the platform is at the second angle; and the package is released onto a surface of a conveyor when the front panel is in the lowered orientation and the platform is at the second angle, the package leans against a surface of the front panel when the front panel is in the raised orientation and the platform is at the second angle; and the package is released onto a surface of a conveyor when the front panel is in the lowered orientation and the platform is at the second angle,
An arrangement for connecting a traction means to a catch element along a displacement path of a movable sliding leaf, which element is configured as an L-shaped bracket element, wherein the arrangement furthermore includes • a clamping plate, which is in non-positively or positively in a catch engagement with the traction means, wherein • the arrangement includes a clamp element, by means of which the other parts of the arrangement are retained with the catch element in the non-positive or positive catch engagement, in that the clamping plate, the traction means and the catch element are clamped in a superimposed arrangement by means of the clamp element, • wherein the clamping plate and/or the catch element includes spring conformations, which engage with respective geometrical groove shapes, which are provided in the catch element respectively in the clamping plate, characterized in that • the clamp element, in the direction of the catch element, includes an open U-shaped cross-section, in order to allow for a lateral sliding on of the clamp element onto the arrangement of the clamping plate, the traction means and the catch element, wherein the clamp element is manufactured in a stamping and bending process and includes latching conformations, which build a form closure with the catch element, wherein, from the outside of the L-shaped bracket element, the latching conformations latch with the geometrical groove shapes, in order to latch the clamp element at the catch element in the slid-on condition in a captive manner, and the traction means and the clamping plate are clamped by the clamp element in a plane parallel arrangement. • a clamping plate, which is in non-positively or positively in a catch engagement with the traction means, wherein • the arrangement includes a clamp element, by means of which the other parts of the arrangement are retained with the catch element in the non-positive or positive catch engagement, in that the clamping plate, the traction means and the catch element are clamped in a superimposed arrangement by means of the clamp element, • wherein the clamping plate and/or the catch element includes spring conformations, which engage with respective geometrical groove shapes, which are provided in the catch element respectively in the clamping plate, characterized in that • the clamp element, in the direction of the catch element, includes an open U-shaped cross-section, in order to allow for a lateral sliding on of the clamp element onto the arrangement of the clamping plate, the traction means and the catch element, wherein the clamp element is manufactured in a stamping and bending process and includes latching conformations, which build a form closure with the catch element, wherein, from the outside of the L-shaped bracket element, the latching conformations latch with the geometrical groove shapes, in order to latch the clamp element at the catch element in the slid-on condition in a captive manner, and the traction means and the clamping plate are clamped by the clamp element in a plane parallel arrangement.
A wall plug, comprising: a first component with a plurality of first strutting bars arranged in circumferential direction; connected to the first component, a second component with a stretchable coherent matrix, which matrix encompasses the first strutting bars circumferentially at least in sections, in particular at a wall plug head side; wherein the matrix comprises in a force-free state in a sleeve section a greater circumference than a hollow cylindrical wall plug section or strutting region between a foot of the wall plug and the sleeve section; wherein the matrix comprises in a force-free state in the sleeve section at least one indentation and at least one filet indentation, which are arranged alternatingly in circumferential direction of the wall plug, wherein the at least one filet indentation corresponds to one of the first strutting bars; wherein the at least one indentation is configured for being, upon inserting a fixing element into an opening of the wall plug, folded or pushed radially outwards. a first component with a plurality of first strutting bars arranged in circumferential direction; connected to the first component, a second component with a stretchable coherent matrix, which matrix encompasses the first strutting bars circumferentially at least in sections, in particular at a wall plug head side; wherein the matrix comprises in a force-free state in a sleeve section a greater circumference than a hollow cylindrical wall plug section or strutting region between a foot of the wall plug and the sleeve section; wherein the matrix comprises in a force-free state in the sleeve section at least one indentation and at least one filet indentation, which are arranged alternatingly in circumferential direction of the wall plug, wherein the at least one filet indentation corresponds to one of the first strutting bars; wherein the at least one indentation is configured for being, upon inserting a fixing element into an opening of the wall plug, folded or pushed radially outwards.
A device for filtering a molten plastic, said device comprising: a housing, a feed channel, a discharge channel and backflow channels (9,10); wherein into a flow path of said molten plastic within a filter slide slidably arranged in a direction transverse to the flow path, two filter elements are arranged into a respective filter chamber (7, 8) and being connectable with the feed channel and the discharge channel, wherein said feed channel subdivides into split-feed channels (2a, 2b), each split-feed channel opens towards the filter slide; characterized in that, the cross section (d 1) of each split-feed channel (2a, 2b) in the mouth region to the filter slide, with which the filter slide flows into the filter chamber (7, 8), is reduced compared to the cross section (d 2) of the remaining portion of the split-feed channel (2a, 2b). a housing, a feed channel, a discharge channel and backflow channels (9,10); wherein into a flow path of said molten plastic within a filter slide slidably arranged in a direction transverse to the flow path, two filter elements are arranged into a respective filter chamber (7, 8) and being connectable with the feed channel and the discharge channel, wherein said feed channel subdivides into split-feed channels (2a, 2b), each split-feed channel opens towards the filter slide; characterized in that, the cross section (d 1) of each split-feed channel (2a, 2b) in the mouth region to the filter slide, with which the filter slide flows into the filter chamber (7, 8), is reduced compared to the cross section (d 2) of the remaining portion of the split-feed channel (2a, 2b).
A system, comprising: a therapy device (102, 202) configured to be implanted in a patient; a patient remote device configured to receive therapy data transmitted from the therapy device (102, 202); a consumer electronic device (110, 210, 302) operable by the patient, the consumer electronic device (110, 210, 302) configured to control a predetermined set of therapy device functions in response to patient inputs to the consumer electronic device (110, 210, 302), the consumer electronic device (110, 210, 302) further configured to: receive therapy data transmitted from the therapy device (102, 202) via the patient remote device by uploading therapy data from a memory of the patient remote device to a memory of the consumer electronic device; and present the therapy data on a display of the consumer electronic device (110, 210, 302). a therapy device (102, 202) configured to be implanted in a patient; a patient remote device configured to receive therapy data transmitted from the therapy device (102, 202); a consumer electronic device (110, 210, 302) operable by the patient, the consumer electronic device (110, 210, 302) configured to control a predetermined set of therapy device functions in response to patient inputs to the consumer electronic device (110, 210, 302), the consumer electronic device (110, 210, 302) further configured to: receive therapy data transmitted from the therapy device (102, 202) via the patient remote device by uploading therapy data from a memory of the patient remote device to a memory of the consumer electronic device; and present the therapy data on a display of the consumer electronic device (110, 210, 302). receive therapy data transmitted from the therapy device (102, 202) via the patient remote device by uploading therapy data from a memory of the patient remote device to a memory of the consumer electronic device; and present the therapy data on a display of the consumer electronic device (110, 210, 302).
Aircraft turbine with counter-rotating propellers and a primary drive, wherein - the primary drive is based on the electric drive principle, - the primary drive is designed as a rotationally symmetrical synchronous motor with a tooth coil winding, with a first rotor with a first number of poles for the first propeller, and a second rotor with a second number of poles for the second propeller, - the first rotor is an internal rotor and the second rotor is an external rotor, - the first and the second rotor (IV, III) are each mounted so that they can rotate independently with respect to each other, and - the first and the second rotor (IV, III) each have a shaft-and-flange arrangement for attachment of each of the two propellers, characterized in that - the tooth coil winding is a double-layer tooth coil winding, and - the first number of poles and the second number of poles differ from each other. - the primary drive is based on the electric drive principle, - the primary drive is designed as a rotationally symmetrical synchronous motor with a tooth coil winding, with a first rotor with a first number of poles for the first propeller, and a second rotor with a second number of poles for the second propeller, - the first rotor is an internal rotor and the second rotor is an external rotor, - the first and the second rotor (IV, III) are each mounted so that they can rotate independently with respect to each other, and - the first and the second rotor (IV, III) each have a shaft-and-flange arrangement for attachment of each of the two propellers, - the tooth coil winding is a double-layer tooth coil winding, and - the first number of poles and the second number of poles differ from each other.
A refrigeration system comprising: a steam ejector with an ejector outlet; and a passive flow trap connected to the ejector outlet, wherein the passive flow trap includes an inlet-side drop, a center bend, and an outlet-side rise, thereby defining a U shape, characterised in that the inlet-side drop is larger than the outlet-side rise. a steam ejector with an ejector outlet; and a passive flow trap connected to the ejector outlet, wherein the passive flow trap includes an inlet-side drop, a center bend, and an outlet-side rise, thereby defining a U shape, characterised in that the inlet-side drop is larger than the outlet-side rise.
An ink composition for inkjet recording, comprising: a (meth)acrylic resin including a skeleton structure derived from a multifunctional thiol that is trifunctional to hexafunctional and a plurality of polymer chains connected to the skeleton structure by a sulfide bond, each of the plurality of polymer chains including at least two (meth)acrylic repeating units selected from the group consisting of a repeating unit derived from a (meth)acrylate having a C 1 -C 8 linear, C 3 -C 8 branched, C 3 -C 8 alicyclic, or C 6 -C 8 aromatic hydrocarbon group, which may include an oxygen atom, a repeating unit derived from a (meth)acrylate having a C 9 -C 10 alicyclic hydrocarbon group, and a repeating unit derived from (meth)acrylic acid, in an amount of more than 90 mol% with respect to a total amount of the repeating units in the polymer chain; a polymerization initiator; and a polymerizable compound. a (meth)acrylic resin including a skeleton structure derived from a multifunctional thiol that is trifunctional to hexafunctional and a plurality of polymer chains connected to the skeleton structure by a sulfide bond, each of the plurality of polymer chains including at least two (meth)acrylic repeating units selected from the group consisting of a repeating unit derived from a (meth)acrylate having a C 1 -C 8 linear, C 3 -C 8 branched, C 3 -C 8 alicyclic, or C 6 -C 8 aromatic hydrocarbon group, which may include an oxygen atom, a repeating unit derived from a (meth)acrylate having a C 9 -C 10 alicyclic hydrocarbon group, and a repeating unit derived from (meth)acrylic acid, in an amount of more than 90 mol% with respect to a total amount of the repeating units in the polymer chain; a polymerization initiator; and a polymerizable compound.