mhurhangee/ep-ind-claims huggingface dataset:
An endometrial sampling apparatus, comprising: a handle having a distal end and a longitudinal axis; an elongate wand extending outwardly from the distal end of the handle substantially along the longitudinal axis, wherein the wand has an exterior surface, a front end and a back end, and the back end is fixedly mounted to the distal end of the handle; an actuator member rotatively coupled to the distal end of the handle, the actuator member defining an opening at a first end that is sized to rotatively receive a portion of the wand; and a sheath member selectively encapsulating a portion of the wand and fixedly mounted to a portion of the wand proximate the front end of the wand and to a portion of the first end of the actuator member, wherein the sheath member defines a slit on a distal end portion of the sheath member, the slit being bordered by opposing edges (842; 843), wherein the slit is selectively movable between a closed position, in which the opposing edges (842; 843) of the slit substantially adjoin to substantially seal a sample collection cavity, and an open position, in which the opposing edges (842; 843) of the slit are spaced from each other for selectively obtaining a endometrial sample when positioned within a uterine cavity, wherein the apparatus is configured to provide suction to enhance collection down a proximal end of the wand and/or for removal of a sample collected from the apparatus. a handle having a distal end and a longitudinal axis; an elongate wand extending outwardly from the distal end of the handle substantially along the longitudinal axis, wherein the wand has an exterior surface, a front end and a back end, and the back end is fixedly mounted to the distal end of the handle; an actuator member rotatively coupled to the distal end of the handle, the actuator member defining an opening at a first end that is sized to rotatively receive a portion of the wand; and a sheath member selectively encapsulating a portion of the wand and fixedly mounted to a portion of the wand proximate the front end of the wand and to a portion of the first end of the actuator member, wherein the sheath member defines a slit on a distal end portion of the sheath member, the slit being bordered by opposing edges (842; 843), wherein the slit is selectively movable between a closed position, in which the opposing edges (842; 843) of the slit substantially adjoin to substantially seal a sample collection cavity, and an open position, in which the opposing edges (842; 843) of the slit are spaced from each other for selectively obtaining a endometrial sample when positioned within a uterine cavity, wherein the apparatus is configured to provide suction to enhance collection down a proximal end of the wand and/or for removal of a sample collected from the apparatus.
A film manufacturing device comprising: a housing having an opening that communicates between an inside and an outside of the housing; a first air injection unit that is located inside the housing and that injects heated air toward a surface of a film being conveyed in a predetermined direction between the inside and the outside of the housing through the opening; and a second air injection unit that is located outside the housing adjacent to the opening and that injects air in a curtain shape in a direction intersecting the predetermined direction toward the surface of the film being conveyed, wherein the second air injection unit is attached to a partition plate (5, 6) fixed to the housing. a housing having an opening that communicates between an inside and an outside of the housing; a first air injection unit that is located inside the housing and that injects heated air toward a surface of a film being conveyed in a predetermined direction between the inside and the outside of the housing through the opening; and a second air injection unit that is located outside the housing adjacent to the opening and that injects air in a curtain shape in a direction intersecting the predetermined direction toward the surface of the film being conveyed, wherein the second air injection unit is attached to a partition plate (5, 6) fixed to the housing.
Industrial truck for picking having at least one load pick-up device for a transportation container for goods, in particular a loading fork and a traction drive for the industrial truck, and having sensor means for sensing the surroundings, wherein a robot manipulator arm with a gripper is arranged on the industrial truck, which robot manipulator arm can reach, with the gripper, the region of the load pick-up device and at least one region outside the base area of the industrial truck and can be controlled by a controller on the basis of the data of the sensor means, characterized in that the robot manipulator arm is a six-axis articulated arm, and the robot manipulator arm with the gripper can be controlled by means of the controller and on the basis of data which is transmitted, for example, by a goods management system, in order to extract goods from a storage position and position them in the transportation container on a load pick-up device.
A method comprising: receiving, by a computing device, a software upgrade package for a management computer and main computer within the computing device, wherein the management computer manages the main computer, and the main computer controls services for a distributed computing system including a set of nodes that execute workloads to perform the services; upgrading, by the management computer, software of the management computer using the software upgrade package before upgrading of the main computer, wherein the upgrading replaces an image of the software of the management computer with an image from the software upgrade package; upon upgrade of the management computer, initiating, by the management computer, an upgrade of the main computer; withdrawing, by the main computer, use of the services; upon the withdrawing, rebooting, by the management computer, the main computer; upgrading, by the main computer, software of the main computer using the software upgrade package upon rebooting, wherein the upgrading replaces a full image of the software of the main computer with an image of the main computer from the software upgrade package, and wherein when the main computer is rebooted, the main computer discards the full image of the software of the main computer; and restoring, by the main computer, the use of the services upon the upgrading. receiving, by a computing device, a software upgrade package for a management computer and main computer within the computing device, wherein the management computer manages the main computer, and the main computer controls services for a distributed computing system including a set of nodes that execute workloads to perform the services; upgrading, by the management computer, software of the management computer using the software upgrade package before upgrading of the main computer, wherein the upgrading replaces an image of the software of the management computer with an image from the software upgrade package; upon upgrade of the management computer, initiating, by the management computer, an upgrade of the main computer; withdrawing, by the main computer, use of the services; upon the withdrawing, rebooting, by the management computer, the main computer; upgrading, by the main computer, software of the main computer using the software upgrade package upon rebooting, wherein the upgrading replaces a full image of the software of the main computer with an image of the main computer from the software upgrade package, and wherein when the main computer is rebooted, the main computer discards the full image of the software of the main computer; and restoring, by the main computer, the use of the services upon the upgrading.
An airbag device for a saddle-type vehicle comprising: a retainer that is provided in front of a seat for a rider; an inflator; and an airbag that is housed in the retainer, is inflated by means of a gas discharged from the inflator and is deployed in front of the rider, wherein the inflator, which is tubularly formed, is disposed in such a direction that an axis of the inflator is oriented toward a front-rear direction of the vehicle, characterized in that the inflator is disposed offset in a left-right direction with respect to a vehicle width center, the gas discharged from the inflator is guided by the retainer so as to change a direction from the left-right direction to an up-down direction to cause the airbag to deploy upward from the vehicle width center. a retainer that is provided in front of a seat for a rider; an inflator; and an airbag that is housed in the retainer, is inflated by means of a gas discharged from the inflator and is deployed in front of the rider, wherein the inflator, which is tubularly formed, is disposed in such a direction that an axis of the inflator is oriented toward a front-rear direction of the vehicle, characterized in that the inflator is disposed offset in a left-right direction with respect to a vehicle width center, the gas discharged from the inflator is guided by the retainer so as to change a direction from the left-right direction to an up-down direction to cause the airbag to deploy upward from the vehicle width center.
A data processing apparatus, comprising at least one image sensor to capture one or more first images including a first physical surface for use in a board game; receiving circuitry to receive, via a network, one or more second images including a second physical surface for use in a same type of board game as the first physical surface; image processing circuitry to generate a composite image for display based on at least a portion of a first image and at least a portion of a second image to include, in the composite image, an image of a surface formed of the first physical surface and the second physical surface; and output circuitry to output the composite image for display, wherein the image sensor is configured to capture the first images according to an imaging frame rate, the receiving circuitry is configured to receive the second images via the network, and the image processing circuitry is configured to generate a sequence of composite images for display in response to the first images and the second images, characterised by: wherein the image processing circuitry is configured to generate at least one composite image for display by updating a previous composite image based on one or more of: a difference between a previous first image and a current first image; and a difference between a previous second image and a current second image. at least one image sensor to capture one or more first images including a first physical surface for use in a board game; receiving circuitry to receive, via a network, one or more second images including a second physical surface for use in a same type of board game as the first physical surface; image processing circuitry to generate a composite image for display based on at least a portion of a first image and at least a portion of a second image to include, in the composite image, an image of a surface formed of the first physical surface and the second physical surface; and a difference between a previous first image and a current first image; and a difference between a previous second image and a current second image.
A method for shared folder backed integrated workspaces, comprising: generating, by an online content management system, an online shared-folder backed workspace that provides an integrated environment for manipulating content items in a shared folder and for communicating with authorized users of the shared folder; receiving, by the online content management system, first messages associated with a content item, the first messages conforming to a first message type; receiving, by the online content management system, second messages associated with the content item, the second messages conforming to a second message type; receiving, by the online content management system, a request to view messages associated with the content item; aggregating, by the online content management system, the first messages and the second messages into a content item-specific message thread as a comment metadata corresponding to the content item, the content item-specific message thread included in a message stream of the shared-folder backed workspace; and sending, by the online content management system, to a client device the content item-specific message thread, wherein the first message type is asynchronous messaging and the second message type is real-time messaging. generating, by an online content management system, an online shared-folder backed workspace that provides an integrated environment for manipulating content items in a shared folder and for communicating with authorized users of the shared folder; receiving, by the online content management system, first messages associated with a content item, the first messages conforming to a first message type; receiving, by the online content management system, second messages associated with the content item, the second messages conforming to a second message type; receiving, by the online content management system, a request to view messages associated with the content item; aggregating, by the online content management system, the first messages and the second messages into a content item-specific message thread as a comment metadata corresponding to the content item, the content item-specific message thread included in a message stream of the shared-folder backed workspace; and sending, by the online content management system, to a client device the content item-specific message thread, wherein the first message type is asynchronous messaging and the second message type is real-time messaging.
A feedback information sending method, comprising: receiving (310, 610), by a first communications apparatus, a negative acknowledgment from a second communications apparatus, wherein the negative acknowledgment is used to indicate that a first media access control protocol data unit, MPDU, comprised in a first physical protocol data unit, PPDU, sent by the first communications apparatus to the second communications apparatus is not correctly received; and sending (320, 620), by the first communications apparatus, the second PPDU to the second communications apparatus based on capability information of the second communications apparatus, wherein the capability information is used to indicate duration required by the second communications apparatus to feed back to the first communications apparatus whether an MPDU to which retransmitted data belongs is correctly received; and the second PPDU comprises a second MPDU and an additional part, the second PPDU retransmits, by using hybrid automatic repeat request, HARQ, data that is in the first MPDU and that is not correctly received, and a sum of duration of the additional part and a short inter-frame space, SIFS, is greater than the duration indicated by the capability information; characterized in that a block acknowledgement, BA, is fed back by the second communications apparatus within the SIFS. receiving (310, 610), by a first communications apparatus, a negative acknowledgment from a second communications apparatus, wherein the negative acknowledgment is used to indicate that a first media access control protocol data unit, MPDU, comprised in a first physical protocol data unit, PPDU, sent by the first communications apparatus to the second communications apparatus is not correctly received; and sending (320, 620), by the first communications apparatus, the second PPDU to the second communications apparatus based on capability information of the second communications apparatus, wherein the capability information is used to indicate duration required by the second communications apparatus to feed back to the first communications apparatus whether an MPDU to which retransmitted data belongs is correctly received; and the second PPDU comprises a second MPDU and an additional part, the second PPDU retransmits, by using hybrid automatic repeat request, HARQ, data that is in the first MPDU and that is not correctly received, and a sum of duration of the additional part and a short inter-frame space, SIFS, is greater than the duration indicated by the capability information; characterized in that a block acknowledgement, BA, is fed back by the second communications apparatus within the SIFS.
A method comprising: at a network controller that is in communication with a plurality of nodes in a network: generating filter configuration information to track a particular packet flow, the filter configuration information including one or more parameters of the particular packet flow; sending the filter configuration information to the plurality of nodes in order to configure a filter for the particular packet flow at each of the plurality of nodes; receiving, from one or more of the plurality of nodes where a filter match occurs, output indicating that a packet matching the filter configuration information for the filter for the particular packet flow passed through the associated node where the filter match occurred, wherein the output includes information indicating whether the packet matching the filter configuration information was forwarded, whether the packet matching the filter configuration information was dropped by the associated node, and any associated next hop details of the packet at the associated node; analyzing the output received from the one or more of the plurality of nodes where a filter match occurs to determine a path through the network for the particular packet flow; and based on the analyzing, determining a specific node at which the packet is dropped and a cause of the packet drop for the particular packet flow. generating filter configuration information to track a particular packet flow, the filter configuration information including one or more parameters of the particular packet flow; sending the filter configuration information to the plurality of nodes in order to configure a filter for the particular packet flow at each of the plurality of nodes; receiving, from one or more of the plurality of nodes where a filter match occurs, output indicating that a packet matching the filter configuration information for the filter for the particular packet flow passed through the associated node where the filter match occurred, wherein the output includes information indicating whether the packet matching the filter configuration information was forwarded, whether the packet matching the filter configuration information was dropped by the associated node, and any associated next hop details of the packet at the associated node; analyzing the output received from the one or more of the plurality of nodes where a filter match occurs to determine a path through the network for the particular packet flow; and based on the analyzing, determining a specific node at which the packet is dropped and a cause of the packet drop for the particular packet flow.
A method for checking the integrity of a bioreactor vessel, comprising the steps of: - providing a bioreactor vessel with a fluid-tight, at least partially flexible wall and with at least one vessel opening (9a, 9b, 9c, 9d); - providing a test device with a bioreactor vessel receptacle; - arranging the bioreactor vessel at least partially in the bioreactor vessel receptacle; - connecting the at least one vessel opening (9a, 9b, 9c, 9d) of the bioreactor vessel to a fluid source; - filling the bioreactor vessel with a fluid from the fluid source to produce a predetermined overpressure P 1 in the bio-reactor vessel at a first time T 1; - discriminating whether the bioreactor vessel is sufficiently tight, characterized in that a fluid-permeable or structured receiving layer, which is part of a wall of the bioreactor vessel receptacle, is provided, so that a leak in the wall of the bioreactor vessel is not sealable by the wall of the bioreactor vessel receptacle. - providing a bioreactor vessel with a fluid-tight, at least partially flexible wall and with at least one vessel opening (9a, 9b, 9c, 9d); - providing a test device with a bioreactor vessel receptacle; - arranging the bioreactor vessel at least partially in the bioreactor vessel receptacle; - connecting the at least one vessel opening (9a, 9b, 9c, 9d) of the bioreactor vessel to a fluid source; - filling the bioreactor vessel with a fluid from the fluid source to produce a predetermined overpressure P 1 in the bio-reactor vessel at a first time T 1; - discriminating whether the bioreactor vessel is sufficiently tight, characterized in that a fluid-permeable or structured receiving layer, which is part of a wall of the bioreactor vessel receptacle, is provided, so that a leak in the wall of the bioreactor vessel is not sealable by the wall of the bioreactor vessel receptacle.
An acrylic rubber graft copolymer obtained by graft polymerizing a vinyl monomer in the presence of a rubbery polymer including acrylate ester monomer units and polyfunctional monomer units, wherein the total amount of the polyfunctional monomer units in the rubbery polymer is 0.3 to 3 parts by mass with respect to 100 parts by mass of the acrylate ester monomer units, and the polyfunctional monomer units include 30 to 95 mass% of polyfunctional monomer units having two unsaturated bonds and 5 to 70 mass% of polyfunctional monomer units having three unsaturated bonds with respect to 100 mass% of the total of the polyfunctional monomer units, wherein the polyfunctional monomer units having two unsaturated bonds are selected from the group consisting of allyl methacrylate and 2-propenyl acrylate.
A method of purifying exhaust gas exhausted from an internal combustion engine wherein an exhaust purification catalyst for reacting NO x contained in exhaust gas and reformed hydrocarbons to produce a reducing intermediate containing nitrogen and hydrocarbons is arranged in an engine exhaust passage, a precious metal catalyst (51, 52) is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalysts (51, 52), the exhaust purification catalyst has a property of producing the reducing intermediate and reducing NO x contained in exhaust gas by a reducing action of the produced reducing intermediate if a concentration of hydrocarbons flowing into the exhaust purification catalyst is made to vibrate within a predetermined range of amplitude and within a predetermined range of period and has a property of being increased in storage amount of NO X which is contained in exhaust gas if a vibration period of the hydrocarbon concentration is made longer than said predetermined range, wherein, at the time of engine operation, to reduce NO x contained in the exhaust gas in the exhaust purification catalyst according to a first NOx purification method, the concentration of hydrocarbons flowing into the exhaust purification catalyst is made to vibrate within said predetermined range of amplitude and within said predetermined range of period, wherein said vibration period (ΔT) of the hydrocarbon concentration is between 0.3 second to 5 seconds, and, wherein, when a stored SO x should be released from the exhaust purification catalyst, an air-fuel ratio of the exhaust gas which flows into the exhaust purification catalyst is lowered to a targeted rich air-fuel ratio to make the reducing intermediate built up on the exhaust purification catalyst desorb in the form of ammonia and the desorbed ammonia is used to make the exhaust purification catalyst release the stored SO x.