mhurhangee/ep-ind-claims huggingface dataset:
A scroll compressor, comprising: a shell; a frame aligned about a longitudinal axis of the scroll compressor, the frame being fitted into the shell, wherein the frame includes a plurality of frame extensions including axially extending frame interlock mechanisms; a fixed scroll having a fixed scroll wrap and a fixed scroll support, wherein the fixed scroll support is aligned about the longitudinal axis and is secured to the frame in a boltless connection, wherein the fixed scroll support includes a plurality of fixed scroll support extensions including axially extending fixed scroll support interlock mechanisms configured to engage the frame interlock mechanisms upon radial rotation; and an intermediate cap engaging with a surface of the fixed scroll support on an opposite side of the fixed scroll wrap, the intermediate cap being secured to the shell and contacting an annular region of the fixed scroll support to bias the fixed scroll against the frame. a shell; a frame aligned about a longitudinal axis of the scroll compressor, the frame being fitted into the shell, wherein the frame includes a plurality of frame extensions including axially extending frame interlock mechanisms; a fixed scroll having a fixed scroll wrap and a fixed scroll support, wherein the fixed scroll support is aligned about the longitudinal axis and is secured to the frame in a boltless connection, wherein the fixed scroll support includes a plurality of fixed scroll support extensions including axially extending fixed scroll support interlock mechanisms configured to engage the frame interlock mechanisms upon radial rotation; and an intermediate cap engaging with a surface of the fixed scroll support on an opposite side of the fixed scroll wrap, the intermediate cap being secured to the shell and contacting an annular region of the fixed scroll support to bias the fixed scroll against the frame.
A computerized method, comprising: receiving a mobility message by a network element (200; 900; 1000) indicating a mobile node has coupled to a new access port, wherein the mobility message further indicates that the mobile node moved from an old access port to the new access port, and wherein the network element comprises the old and new access port; adding an entry in a forwarding table associated with an old egress engine to redirect a set of packets destined to the mobile node to a new egress engine, wherein the old egress engine is associated with the old access port and the new egress engine is associated with the new access port; and forwarding the set of packets to the mobile node from the old egress engine via the new egress engine. receiving a mobility message by a network element (200; 900; 1000) indicating a mobile node has coupled to a new access port, wherein the mobility message further indicates that the mobile node moved from an old access port to the new access port, and wherein the network element comprises the old and new access port; adding an entry in a forwarding table associated with an old egress engine to redirect a set of packets destined to the mobile node to a new egress engine, wherein the old egress engine is associated with the old access port and the new egress engine is associated with the new access port; and forwarding the set of packets to the mobile node from the old egress engine via the new egress engine.
A Lactobacillus plantarum CJLP17 strain deposited under accession No. KCCM12249P, having acid resistance, bile resistance, and an immune-enhancing activity.
A multilayer interlayer comprising: (a) a non-cellulose ester layer comprising a poly(vinyl acetal) resin and a plasticizer, wherein the non-cellulose ester layer has a glass transition temperature of less than 30°C; and (b) a cellulose ester layer comprising at least one cellulose ester having a hydroxyl content of at least 0.5 weight percent based on the entire weight of the cellulose ester, wherein said cellulose ester layer has a glass transition ("Tg") temperature of at least 50°C; wherein the hydroxyl content of the cellulose ester is measured in terms of the hydroxyl degree of substitution as specified in the description; the glass transition temperature of the non-cellulose ester layers is determined by dynamic mechanical thermal analysis as specified in the description; and the glass transition temperature of the cellulose ester is determined by differential scanning calorimetry at a 10°C/minute scan rate, second heat scan, at the mid-point of the glass transition. (a) a non-cellulose ester layer comprising a poly(vinyl acetal) resin and a plasticizer, wherein the non-cellulose ester layer has a glass transition temperature of less than 30°C; and (b) a cellulose ester layer comprising at least one cellulose ester having a hydroxyl content of at least 0.5 weight percent based on the entire weight of the cellulose ester, wherein said cellulose ester layer has a glass transition ("Tg") temperature of at least 50°C;
A urine preservative composition in solid form, based on boric acid and D-mannitol, characterised in that said preservative composition consists of: - Boric acid from 37.0 to 69.7% by weight; - D-Mannitol from 9.6 to 16.2% by weight; - sodium bicarbonate and/or sodium carbonate from 18.0 to 25.0% by weight; - polyvinylpyrrolidone from 0.1 to 2% by weight; and - sodium citrate and/or potassium sorbate, from 0% to 24.2% by weight. - Boric acid from 37.0 to 69.7% by weight; - D-Mannitol from 9.6 to 16.2% by weight; - sodium bicarbonate and/or sodium carbonate from 18.0 to 25.0% by weight; - polyvinylpyrrolidone from 0.1 to 2% by weight; and - sodium citrate and/or potassium sorbate, from 0% to 24.2% by weight.
A reflectron analyzer comprising a reflectron lens (330, 500, 600, 650) comprising a glass tube having a continuous resistive surface (510, 520) along the length of the tube designed for providing an electric field interior to the tube that varies in strength along the length of the tube, characterised in that the glass tube comprises metal ions and the resistive surface comprises a reduced form of the metal ions.
A method in a wireless LAN, WLAN, system, comprising: transmitting, by a first station, STA, a Physical Protocol Data Unit, PPDU, through first and second channels to a second STA; and performing beamforming training procedure on the first and second channels for the second STA based on the PPDU, wherein a Training, TRN, field included in the PPDU is differently transmitted based on a transmission method including a channel aggregation method and a channel bonding method, wherein in case the PPDU is transmitted based on the channel aggregation method, the PPDU includes a Legacy Short Training Field, L-STF, field, a Legacy Channel Estimation, L-CE, field, a Legacy Header, L-Header, field, an Enhanced Directional Multi Gigabit Header A, EDMG Header A, field, and a Beam Refinement Protocol, BRP, field, which are duplicated and transmitted for each of the first and second channels, and the PPDU further includes the TRN field having a gap configured between the first and second channels, and wherein in case the PPDU is transmitted based on the channel bonding method, the PPDU includes a L-STF field, a L-CE field, a L-Header field, an EDMG Header A field, and a BRP field, which are duplicated and transmitted for each of the first and second channels, and the PPDU further includes the TRN field being transmitted through a wideband including the first and second channels. transmitting, by a first station, STA, a Physical Protocol Data Unit, PPDU, through first and second channels to a second STA; and performing beamforming training procedure on the first and second channels for the second STA based on the PPDU, wherein a Training, TRN, field included in the PPDU is differently transmitted based on a transmission method including a channel aggregation method and a channel bonding method, wherein in case the PPDU is transmitted based on the channel aggregation method, the PPDU includes a Legacy Short Training Field, L-STF, field, a Legacy Channel Estimation, L-CE, field, a Legacy Header, L-Header, field, an Enhanced Directional Multi Gigabit Header A, EDMG Header A, field, and a Beam Refinement Protocol, BRP, field, which are duplicated and transmitted for each of the first and second channels, and the PPDU further includes the TRN field having a gap configured between the first and second channels, and wherein in case the PPDU is transmitted based on the channel bonding method, the PPDU includes a L-STF field, a L-CE field, a L-Header field, an EDMG Header A field, and a BRP field, which are duplicated and transmitted for each of the first and second channels, and the PPDU further includes the TRN field being transmitted through a wideband including the first and second channels.
A method for wireless communications by a transmit receive point, TRP, comprising: transmitting, to a user equipment, UE, a semi-persistent reference symbol, RS, configuration, wherein transmitting the RS configuration is independent of activating RS training for the UE; transmitting, to the UE, a message indicating an activation of RS training subsequent to transmitting the RS configuration, wherein the activation of RS training activates RS measurement at the UE; transmitting RSs to the UE periodically based on the RS configuration; receiving, from the UE, measurement reports based on the transmitted RS; and characterized by skipping transmission of the RS for an inactivity timer period indicated by the RS configuration, to deactivate RS training. transmitting, to a user equipment, UE, a semi-persistent reference symbol, RS, configuration, wherein transmitting the RS configuration is independent of activating RS training for the UE; transmitting, to the UE, a message indicating an activation of RS training subsequent to transmitting the RS configuration, wherein the activation of RS training activates RS measurement at the UE; transmitting RSs to the UE periodically based on the RS configuration; receiving, from the UE, measurement reports based on the transmitted RS; and characterized by skipping transmission of the RS for an inactivity timer period indicated by the RS configuration, to deactivate RS training.
Method of manufacturing a composite part comprising a resin body and a metal sheet forming a surface of said part, the method comprising the following steps: (a) placement of the metal sheet against a surface of a mold; (b) injection and solidification of the resin in the mold so as to form the body by binding it to the metal sheet; (c) removing the composite part; characterized in that step (a) comprises fastening the metal sheet on the surface of the mold with fastening means configured to hold the metal sheet during step (b), and for releasing the metal sheet at step (c) when a release force is exerted on the composite part. (a) placement of the metal sheet against a surface of a mold; (b) injection and solidification of the resin in the mold so as to form the body by binding it to the metal sheet; (c) removing the composite part;
A method of coating cutting blades, in particular scythe-like blades or circular blades, for machines for slicing food products, preferably high-performance slicers, in which at least one surface region, which comes into contact with the food products in operation, is provided with a coating, in particular a non-stick coating, wherein the method comprises the steps: - forming local elevated portions by applying a pattern of a plurality of discretely distributed material quantities; and - applying at least one areal material layer, wherein either the material layer is applied as a base layer before the application of the pattern and the pattern is applied before the material layer has completely dried or the material layer is applied as a top layer after the application of the pattern and the material layer is applied before the pattern has completely dried. - forming local elevated portions by applying a pattern of a plurality of discretely distributed material quantities; and - applying at least one areal material layer, wherein either the material layer is applied as a base layer before the application of the pattern and the pattern is applied before the material layer has completely dried or the material layer is applied as a top layer after the application of the pattern and the material layer is applied before the pattern has completely dried.
A mobile terminal, comprising: a display unit configured for displaying an image and detecting a touch input; a first camera configured for capturing a first image; a second camera configured for capturing a second image; and a controller configured for: receiving input of a photograph command for a two-dimensional photograph mode or a three-dimensional photograph mode; controlling the first camera to photograph the first image based on a first photographing condition; controlling the second camera to photograph the second image based on a second photographing condition; generating a third image based on the first image and the second image; and controlling the display unit to display the generated third image, wherein the controller is further configured for controlling the display unit to display a camera photograph command key for receiving an input of a camera operation related touch action for at least one of the first and second cameras (121-1, 121-2), the camera photograph command key including a first camera zone, a second camera zone and a common zone, wherein when receiving an input of a touch and drag action from the first camera zone, a mode for setting the first photographing condition for the first camera is set, when receiving an input of a touch and drag action from the second camera zone, a mode for setting the second photographing condition for the second camera is set, and when receiving an input of a touch and drag action from the common camera zone, a mode for setting the photographing conditions for both the first and second camera (121-1, 121-2) is set. a display unit configured for displaying an image and detecting a touch input; a first camera configured for capturing a first image; a second camera configured for capturing a second image; and a controller configured for: receiving input of a photograph command for a two-dimensional photograph mode or a three-dimensional photograph mode; controlling the first camera to photograph the first image based on a first photographing condition; controlling the second camera to photograph the second image based on a second photographing condition; generating a third image based on the first image and the second image; and controlling the display unit to display the generated third image, receiving input of a photograph command for a two-dimensional photograph mode or a three-dimensional photograph mode; controlling the first camera to photograph the first image based on a first photographing condition; controlling the second camera to photograph the second image based on a second photographing condition; generating a third image based on the first image and the second image; and controlling the display unit to display the generated third image,
A method for providing installation of applications, comprising: providing, via a server, a natively operating application (124, 320) for download and installation on a client computing device (102A, 102B, 102C), wherein the natively operating application is implemented only with web-technology programming languages (330A, 330B) used to implement a web application, wherein the natively operating application (124, 320) is provided to a single runtime environment on the client; determining, based on a type of web browser accessing the server, whether the client computing device has already installed the single runtime environment; and providing, via the server after the determining, the single runtime environment for download and installation on the client computing device (102A, 102B, 102C), wherein the single runtime environment provides the natively operating application (124, 320) access to computer system-level services that are not available to web applications (128, 310) but that are available to native applications (126, 340) implemented by executable code, wherein the single runtime environment accepts the natively operating application as a packaged file and then executes the natively operating application (124, 320) on the client computing device (102A, 102B, 102C), and wherein the natively operating application (124, 320), in conjunction with the single runtime environment, executes independently from a web browser, executes as a separate process from a process of the runtime environment, and displays a standalone user interface on the client computing device (102A, 102B, 102C). providing, via a server, a natively operating application (124, 320) for download and installation on a client computing device (102A, 102B, 102C), wherein the natively operating application is implemented only with web-technology programming languages (330A, 330B) used to implement a web application, wherein the natively operating application (124, 320) is provided to a single runtime environment on the client; determining, based on a type of web browser accessing the server, whether the client computing device has already installed the single runtime environment; and providing, via the server after the determining, the single runtime environment for download and installation on the client computing device (102A, 102B, 102C), wherein the single runtime environment provides the natively operating application (124, 320) access to computer system-level services that are not available to web applications (128, 310) but that are available to native applications (126, 340) implemented by executable code, wherein the single runtime environment accepts the natively operating application as a packaged file and then executes the natively operating application (124, 320) on the client computing device (102A, 102B, 102C), and wherein the natively operating application (124, 320), in conjunction with the single runtime environment, executes independently from a web browser, executes as a separate process from a process of the runtime environment, and displays a standalone user interface on the client computing device (102A, 102B, 102C).
A spacer element for purposes of arrangement between two components that are to be arranged spaced apart, with - a multiplicity of modular sections, arranged at least one behind another, forming a row, - of which each pair of adjacent sections are connected with one another at a connecting point, and - of which each section has at least two strings of blocks of the same height that are mutually spaced apart, extending between the two connecting points of the section, which blocks - are in each case connected with one another by means of an elastically formed web, and whose two end faces (10, 11) are arranged in each case in a surface common to all blocks, which in particular is plane, wherein - the spacer element is manufactured in one piece as an injection casting. - a multiplicity of modular sections, arranged at least one behind another, forming a row, - of which each pair of adjacent sections are connected with one another at a connecting point, and - of which each section has at least two strings of blocks of the same height that are mutually spaced apart, extending between the two connecting points of the section, which blocks - are in each case connected with one another by means of an elastically formed web, and whose two end faces (10, 11) are arranged in each case in a surface common to all blocks, which in particular is plane, wherein - the spacer element is manufactured in one piece as an injection casting.
High pressure fuel pump for a fuel system for an internal combustion engine, having a pressure relief valve which is arranged hydraulically between an outlet and a region in a housing, which region is upstream of the outlet, which pressure relief valve opens towards the upstream region and has a closing element, which is loaded in the closing direction by a valve spring, and also has a stop body which limits the maximum opening travel of the closing element, the stop body being supported axially on the housing and being loaded against the housing by the valve spring, characterized in that the closing element interacts with a valve seat which is configured on a valve body which is held in the housing in a frictionally locking manner.
Rose extract for use in the prevention or treatment of an allergic disease, wherein the rose extract is obtained from at least one rose cultivar selected from Lover Shy, Red Perfume, Jaemina Red, Pretty Velvet and Hanggina, wherein the allergic disease is anaphylactic shock or pruritus.
Current collector for a vehicle, in particular for a rail vehicle, having an actuation apparatus, having a first support which can be connected to a vehicle and having a second support which is movably connected to the first support between a first end position and a second end position of a sliding block, to which second support the sliding block is connected, wherein the actuation apparatus has an actuator connected to the first support, a power transmitter connected to the first support, to which power transmitter the actuator is coupled, and a contact piece connected to the second support, on which contact piece the force transmitter is guided, wherein the sliding block is held secured in the first end position by means of a first torque acting on the force transmitter, said first torque being formed from a first contact force between the force transmitter and the contact piece, wherein the first torque is embodied to act against a movement of the sliding block out of the first end position, characterised in that at least one locking spring is connected to the force transmitter and to the first support, wherein the at least one locking spring and the force transmitter are adjusted in such a way that with a movement of the force transmitter a spring tension of the at least one locking spring is firstly increased and then when a defined spring deflection of the locking spring is reached, is decreased when the sliding block is moved from the first end position into the second end position or from the second end position into the first end position.