mhurhangee/ep-ind-claims huggingface dataset:
A device for manufacturing a three-dimensional object made from solidifiable material, which is either fluid in the starting condition, or may be fluidized, by sequential discharge of drops, having - a machine bed, - at least one preparation unit having a plasticising unit that is known from injection moulding technology, for providing and bringing the solidifiable material into the fluid phase, - at least one material reservoir for the fluid phase, - at least one pressure generation unit, which generates pressure on the fluid phase in the material reservoir and has a rotary motor and an axial movement motor for movement of a feedscrew incorporated in the plasticising unit, - at least one discharge unit that is supported on the machine bed, for discharging the solidifiable material through an outlet opening in the direction of the three-dimensional object to be manufactured, - an object support, which is guided movably on a bearing that is fixedly secured to the machine bed, and which is movable in relation to the outlet opening, for the three-dimensional object to be manufactured, - wherein the plasticising unit is directly joined to the discharge unit and coupled to the pressurisable material reservoir and at the same time forms the pressure generation unit, characterised in that the discharge unit and the bearing are arranged to be stationary on the machine bed, in that the discharge unit is itself supported on the machine bed by way of a support and is fixedly connected to the bearing, in that the axial movement motor of the pressure generation unit is mounted movably, in relation to this connection and the machine bed, on the discharge unit that is supported by way of the support, in that from the point of view of the discharge unit the movably mounted pressure generation unit is located behind the support, and in that the rotary motor, which from the point of view of the discharge unit is arranged behind the axial movement motor, is an electromechanical dispensing motor for rotating the feedscrew. - a machine bed, - at least one preparation unit having a plasticising unit that is known from injection moulding technology, for providing and bringing the solidifiable material into the fluid phase, - at least one material reservoir for the fluid phase, - at least one pressure generation unit, which generates pressure on the fluid phase in the material reservoir and has a rotary motor and an axial movement motor for movement of a feedscrew incorporated in the plasticising unit, - at least one discharge unit that is supported on the machine bed, for discharging the solidifiable material through an outlet opening in the direction of the three-dimensional object to be manufactured, - an object support, which is guided movably on a bearing that is fixedly secured to the machine bed, and which is movable in relation to the outlet opening, for the three-dimensional object to be manufactured, - wherein the plasticising unit is directly joined to the discharge unit and coupled to the pressurisable material reservoir and at the same time forms the pressure generation unit,
A method in a radio base station for transmitting an information signal in a radio communications network, which radio base station is arranged to operate in a time structure associated with a clock and arranged to transmit an information signal associated with the time structure, and which radio base station is comprised in the radio communications network, the method comprises: - transmitting the information signal repeatedly with a first frequency over a first period of time, and - transmitting the same information signal repeatedly with a second frequency over a second period of time, wherein the first frequency is lower than the second frequency and the first period of time is longer than the second period of time, which information signal is to be received by a user equipment enabling the user equipment to synchronize to the time structure in the radio base station. - transmitting the information signal repeatedly with a first frequency over a first period of time, and - transmitting the same information signal repeatedly with a second frequency over a second period of time, wherein the first frequency is lower than the second frequency and the first period of time is longer than the second period of time, which information signal is to be received by a user equipment enabling the user equipment to synchronize to the time structure in the radio base station.
An information processing apparatus comprising: an application executing section that stores non-displayed data and positional information of the non-displayed data into a memory in data processing using a first display section, the non-displayed data being contiguous to display data of the first display section and being data that extends off the area of the first display section; a three-dimensional information analysis section that analyzes a three-dimensional position of a real object including the first display section included in a camera-captured image; and a virtual object management section that takes input of the non-displayed data and the positional information of the non-displayed data which are stored in the memory, and three-dimensional positional information of the first display section analyzed by the three-dimensional information analysis section, generates a composite image formed by the real object included in the camera-captured image and a virtual object formed by the non-displayed data, and displays the composite image on a second display section, wherein the virtual object management section sets a display position of the virtual object on the second display section, at a position located in a direction of extension from a boundary of the display data of the first display section displayed on the second display section to an outside of the first display section. an application executing section that stores non-displayed data and positional information of the non-displayed data into a memory in data processing using a first display section, the non-displayed data being contiguous to display data of the first display section and being data that extends off the area of the first display section; a three-dimensional information analysis section that analyzes a three-dimensional position of a real object including the first display section included in a camera-captured image; and a virtual object management section that takes input of the non-displayed data and the positional information of the non-displayed data which are stored in the memory, and three-dimensional positional information of the first display section analyzed by the three-dimensional information analysis section, generates a composite image formed by the real object included in the camera-captured image and a virtual object formed by the non-displayed data, and displays the composite image on a second display section, wherein the virtual object management section sets a display position of the virtual object on the second display section, at a position located in a direction of extension from a boundary of the display data of the first display section displayed on the second display section to an outside of the first display section.
An information presentation apparatus, comprising: a detection unit that detects whether another information presentation apparatus is within a predetermined range from an own apparatus; a specification unit that specifies a theme in which a first user corresponding to the own apparatus is interested; and an execution unit that, in a case where it is found by communication with the other information presentation apparatus which is detected as being in the predetermined range from the own apparatus by the detection unit that there is a common theme between a theme in which a second user corresponding to the other information presentation apparatus is interested and the first user's interest theme which is specified by the specification unit, executes a notification operation to notify that the first user and the second user are interested in the common theme to the first user and the second user; characterized by: a movement unit that moves the own apparatus, wherein the execution unit causes the movement unit, as the notification operation, to move the own apparatus toward the another information presentation apparatus which is detected as being within the predetermined range from the own apparatus by the detection unit. a detection unit that detects whether another information presentation apparatus is within a predetermined range from an own apparatus; a specification unit that specifies a theme in which a first user corresponding to the own apparatus is interested; and an execution unit that, in a case where it is found by communication with the other information presentation apparatus which is detected as being in the predetermined range from the own apparatus by the detection unit that there is a common theme between a theme in which a second user corresponding to the other information presentation apparatus is interested and the first user's interest theme which is specified by the specification unit, executes a notification operation to notify that the first user and the second user are interested in the common theme to the first user and the second user; characterized by: a movement unit that moves the own apparatus, wherein the execution unit causes the movement unit, as the notification operation, to move the own apparatus toward the another information presentation apparatus which is detected as being within the predetermined range from the own apparatus by the detection unit. a movement unit that moves the own apparatus, wherein the execution unit causes the movement unit, as the notification operation, to move the own apparatus toward the another information presentation apparatus which is detected as being within the predetermined range from the own apparatus by the detection unit.
A modification method for modifying the operation of a fluid bed coking unit which has (i) a dense bed reaction section of circular horizontal cross-section about a vertical axis confined by the reactor wall, and (ii) injection nozzles arranged in a series of rings (12a-12f) at vertically spaced intervals around the periphery of the upper portion of the dense bed reaction section for injecting a heavy oil feed with the aid of atomizing steam in at least some of the rings said fluid bed coking unit being operated at a steam/oil ratio substantially the same for each of the rings in which oil is injected; the modification method comprises: operating the unit after modification at an overall steam/oil ratio for rings in which oil is injected with atomizing steam at substantially the same rate or higher as in the unit before modification but with the ratio of steam-to-oil feed on the uppermost ring or rings lower than for lower rings.
A surgical stapler comprising: a handle assembly connected to a stapler cartridge assembly; the stapler cartridge assembly having an end effector at the distal end; the end effector comprising an upper jaw connected to a lower jaw such that the upper jaw is movable via the handle assembly relative to the lower jaw between an open configuration and a closed configuration; the lower jaw has an upper surface and the upper jaw has an anvil surface; wherein in the closed configuration, a gap is defined between the upper surface and anvil surface for receiving tissue to be stapled; the lower jaw further includes a plurality of staple channels arranged longitudinally along the length of the lower jaw and configured to receive staples; and a plurality of staples disposed inside the staple channels; wherein actuation of the stapler at the handle assembly moves staples from an undeformed configuration inside one of the plurality of staple channels against the anvil surface into a deformed configuration in the gap to staple tissue located in the gap; each staple channel having an opening at the upper surface; wherein, for each staple channel, a center point and midline are defined in a cross-section taken perpendicular to the longitudinal axis of the end effector with the jaws in a closed configuration; wherein one or more staple line is defined on either side of the midline by a plurality of channel openings aligned along the longitudinal length of the upper surface; characterized by one or more staple channels being curved about said center point in a plane perpendicular to said longitudinal axis of the end effector, and each staple has a base with extending legs (78A, 78B), the extending legs extending upwardly from the base and curving in the same direction with respect to the base; each staple having an undeformed configuration in which the staple legs are curved to conform to the curvature of the staple channels.
A gas turbine plant comprising a compressor for producing compressed air, a combustor for mixing and burning the compressed air and fuel, a turbine rotated by combustion gas discharged from said combustor, a humidifier (1, 4) for producing humid air (23, 26), a plurality of stator blades arranged in said turbine and having cooling channels formed therein to allow passage of a coolant, and coolant channels for introducing the humid air produced by said humidifier to inlets of the cooling channels in said stator blades, said gas turbine plant characterized by means for mixing said humid air with the high-pressure air extracted from said compressor in proper mixing ratio to cool said stator blades and changing a moisture content of the humid air to different levels, said means being disposed in at least two of said coolant channels.
Method for transmitting field bus signals between at least two field bus stations (2a, 2b, 16) of a field bus system of the Process Field Bus, Profibus, type, wherein the field bus stations (2a, 2b, 16) are adapted to transmit the field bus signals over a Profibus medium (3a, 3b) having a first impedance, wherein at least part of the transmission of the field bus signals is performed over an Ethernet transmission medium (5a, 5b, 6) having a second impedance being different from the first impedance, and the field bus signals are transmitted over a snap-in Ethernet connector (5a, 5b).
A method for obtaining a status of a device based on a Tr069 protocol, characterized in comprising: sending, by an Auto-Configuration Server, ACS, a connection request including a wrong user name and password to a Customer Premises Equipment, CPE,; and judging, by the ACS, a status of the CPE according to whether an authentication error status code returned by the CPE synchronously after receiving the connection request is received, wherein the step of judging, by the ACS, a status of the CPE according to whether an authentication error status code returned by the CPE synchronously after receiving the connection request is received comprises: when receiving the authentication error status code returned by the CPE synchronously according to the connection request, determining, by the ACS, that the CPE is in an online status; and when the ACS receives a non-authentication error status code or waits for timeout, determining, by the ACS, that the CPE is in an offline status. sending, by an Auto-Configuration Server, ACS, a connection request including a wrong user name and password to a Customer Premises Equipment, CPE,; and judging, by the ACS, a status of the CPE according to whether an authentication error status code returned by the CPE synchronously after receiving the connection request is received, wherein the step of judging, by the ACS, a status of the CPE according to whether an authentication error status code returned by the CPE synchronously after receiving the connection request is received comprises: when receiving the authentication error status code returned by the CPE synchronously according to the connection request, determining, by the ACS, that the CPE is in an online status; and when the ACS receives a non-authentication error status code or waits for timeout, determining, by the ACS, that the CPE is in an offline status. when receiving the authentication error status code returned by the CPE synchronously according to the connection request, determining, by the ACS, that the CPE is in an online status; and when the ACS receives a non-authentication error status code or waits for timeout, determining, by the ACS, that the CPE is in an offline status.
Industrial truck having a drive part, which has a drive wheel, and having a load part which has two running wheels, wherein the industrial truck is configured as a three-wheeled industrial truck for the transport of a plurality of containers of goods which are arranged on mobile load carriers, characterized in that the load part comprises at least one load frame into which the at least one mobile load carrier can, for the reception and transport thereof, be inserted in the horizontal direction from one or both vehicle sides, wherein the load frame is able to be lifted by means of a lifting device for lifting the inserted load carrier into a transport position, wherein, in the transport position, the mobile load carriers have their rollers lifted off the floor such that the rollers of the load carrier have no floor contact during transport in the industrial truck, wherein, for unloading, the load carrier can be lowered by means of the lifting device and the load carriers can be moved out of the load frame on their own rollers.
A pumping assembly for use with a pneumatic tire mounted on a tire rim to keep the pneumatic tire from becoming underinflated, the pumping assembly comprising: an even number of pumps attached to a tire rim; a gravity mass; a cam fixed to the gravity mass for producing a pumping action, the gravity mass maintaining the cam in a fixed position relative to the gravity mass and retarding rotation of the cam as the tire rotates; and rollers for engaging the cam for producing the pumping action as the tire rim rotates; characterized in that the pumps are connected in series. an even number of pumps attached to a tire rim; a gravity mass; a cam fixed to the gravity mass for producing a pumping action, the gravity mass maintaining the cam in a fixed position relative to the gravity mass and retarding rotation of the cam as the tire rotates; and rollers for engaging the cam for producing the pumping action as the tire rim rotates; characterized in that the pumps are connected in series.
An image sensor, comprising: a color filter array configured to selectively transmit a limited wavelength spectrum of visible light; an organic photo-detector above the color filter array, the organic photo-detector configured to selectively detect a near infrared wavelength spectrum of light and photoelectrically convert the detected near infrared wavelength spectrum of light; a photo-detector array beneath the color filter array, the photo-detector array including a photo-detector configured to detect the selectively transmitted limited wavelength spectrum of visible light and photoelectrically convert the limited wavelength spectrum of visible light; and a through-silicon-via extending through the photo-detector, the through-silicon-via configured to discharge charges that are photoelectrically converted by the organic photo-detector to a first floating diffusion node (FD 1) through the through-silicon-via, wherein the image sensor is configured to transmit charges photoelectrically converted by the photo-detector to a second floating diffusion node (FD 2), characterized in that an area of the first floating diffusion node (FD 1) is greater than an area of the second floating diffusion node (FD 2).
A method for distributing information, the method comprising, by a first network node: upon detection of a local link state change: initiating a flooding operation in which first messages are propagated, via control plane messaging, outward from the first network node to second network nodes which are local to the first network node in a communication network, the first messages indicating the local link state change, wherein a local node is a node with direct connection via communication links; selecting a third network node based on physical location, network location, or both, wherein the third network node is remote from the first network node and a remote node is a node that is separated by more than one intermediate node; and transmitting, via data plane messaging, a second message to the third network node, the second message configured to cause the third network node to initiate a second flooding operation in which third messages are propagated, via control plane messaging, outward from the third network node to fourth network nodes which are local to the third network node, the third messages indicating the local link state change. initiating a flooding operation in which first messages are propagated, via control plane messaging, outward from the first network node to second network nodes which are local to the first network node in a communication network, the first messages indicating the local link state change, wherein a local node is a node with direct connection via communication links; selecting a third network node based on physical location, network location, or both, wherein the third network node is remote from the first network node and a remote node is a node that is separated by more than one intermediate node; and transmitting, via data plane messaging, a second message to the third network node, the second message configured to cause the third network node to initiate a second flooding operation in which third messages are propagated, via control plane messaging, outward from the third network node to fourth network nodes which are local to the third network node, the third messages indicating the local link state change.