mhurhangee/ep-ind-claims huggingface dataset:
An appliance comprising: a memory storing a set of instructions; and one or more processors configured to execute the set of instructions to cause the appliance to: acquire a first handshake message from a client device, wherein the first handshake message is intended for a service; provide a second handshake message for the client device, wherein the second handshake message includes a first certificate referring to the appliance; acquire, from the client device, a second certificate indicating a first function of a connection and a second function of the connection subsequent to when the client device determines that that appliance is authorized to assist with providing a secure connection between the client device and the service based on results of the client device's examination of the first certificate; and determine, based on the second function, an action associated with providing the service with the second certificate indicating the first function. a memory storing a set of instructions; and one or more processors configured to execute the set of instructions to cause the appliance to: acquire a first handshake message from a client device, wherein the first handshake message is intended for a service; provide a second handshake message for the client device, wherein the second handshake message includes a first certificate referring to the appliance; acquire, from the client device, a second certificate indicating a first function of a connection and a second function of the connection subsequent to when the client device determines that that appliance is authorized to assist with providing a secure connection between the client device and the service based on results of the client device's examination of the first certificate; and determine, based on the second function, an action associated with providing the service with the second certificate indicating the first function. acquire a first handshake message from a client device, wherein the first handshake message is intended for a service; provide a second handshake message for the client device, wherein the second handshake message includes a first certificate referring to the appliance; acquire, from the client device, a second certificate indicating a first function of a connection and a second function of the connection subsequent to when the client device determines that that appliance is authorized to assist with providing a secure connection between the client device and the service based on results of the client device's examination of the first certificate; and determine, based on the second function, an action associated with providing the service with the second certificate indicating the first function.
A buckle assembly for attachment to at least two flat, plate like belt connectors (14a, 16a), the buckle assembly including: a. a buckle base having a bottom portion and at least three parallel spaced apart upstanding flanges (4, 5), with each belt connector (14a, 16a) being received between a respective pair of upstanding flanges; b. at least two spaced apart latching mechanisms mounted between the spaced upstanding flanges (4, 5) of the bottom portion, wherein the latching mechanisms include (i) latches (14, 16) having latch pawls (34, 36) movable between a position engaging with a respective belt connector (14a, 16a) and a non- engaging position removed from the respective belt connector; and (ii) a biasing element urging the pawls (34, 36) toward the engaging position; and c. at least one operating handle movable between positions at which the latch pawls (34, 36) of the latching mechanism are caused to engage and to disengage connection between the buckle and the belt connectors (14a, 16a), wherein the belt connectors (14a, 16a) are simultaneously released when the at least one operating handle is in the release position. a. a buckle base having a bottom portion and at least three parallel spaced apart upstanding flanges (4, 5), with each belt connector (14a, 16a) being received between a respective pair of upstanding flanges; b. at least two spaced apart latching mechanisms mounted between the spaced upstanding flanges (4, 5) of the bottom portion, wherein the latching mechanisms include (i) latches (14, 16) having latch pawls (34, 36) movable between a position engaging with a respective belt connector (14a, 16a) and a non- engaging position removed from the respective belt connector; and (ii) a biasing element urging the pawls (34, 36) toward the engaging position; and c. at least one operating handle movable between positions at which the latch pawls (34, 36) of the latching mechanism are caused to engage and to disengage connection between the buckle and the belt connectors (14a, 16a), wherein the belt connectors (14a, 16a) are simultaneously released when the at least one operating handle is in the release position.
Dough processing device, for use on a dough line, comprising: - dough processing means, such as a flour dispenser, a roller, a cutter or a folding shoe, for processing the dough on a conveyor; arranged in: - a frame, arranged for being placed as a bridge over a dough conveyor and thereto having supports at opposite ends thereof; wherein at least one of the frame ends is provided with transport means, for transporting the dough processing device directly over a conveyor while supporting the dough processing device on said conveyor, characterised in that: the transport means are oriented for transport in a direction perpendicular to a transport direction of a conveyor. - dough processing means, such as a flour dispenser, a roller, a cutter or a folding shoe, for processing the dough on a conveyor; arranged in: - a frame, arranged for being placed as a bridge over a dough conveyor and thereto having supports at opposite ends thereof; wherein
A method of making a composite feed material for fused deposition modeling, the method comprising: providing a stable emulsion of latex thermoplastic polymer particles; aggregating the latex thermoplastic polymer particles in the presence of at least one carbon particle material with an aggregant to form aggregate particles comprising both the latex thermoplastic polymer particles and the carbon particle material; and heating the aggregate particles above the glass transition temperature of the polymer to coalesce the latex polymer particles and form composite particles comprising the coalesced latex polymer and the carbon particle material, the carbon particle material being in an amount of at least 5% by weight, based on the total weight of the composite particles; and forming a composite feed material for fused deposition modeling from the composite particles, the composite feed material being in a form selected from a filament and a paste, wherein the at least one carbon particle material is selected from the group consisting of carbon nanotubes, graphitic particles and combinations thereof. providing a stable emulsion of latex thermoplastic polymer particles; aggregating the latex thermoplastic polymer particles in the presence of at least one carbon particle material with an aggregant to form aggregate particles comprising both the latex thermoplastic polymer particles and the carbon particle material; and heating the aggregate particles above the glass transition temperature of the polymer to coalesce the latex polymer particles and form composite particles comprising the coalesced latex polymer and the carbon particle material, the carbon particle material being in an amount of at least 5% by weight, based on the total weight of the composite particles; and forming a composite feed material for fused deposition modeling from the composite particles, the composite feed material being in a form selected from a filament and a paste, wherein the at least one carbon particle material is selected from the group consisting of carbon nanotubes, graphitic particles and combinations thereof.
A wireless communications system for an automotive vehicle comprising: a vehicle transceiver including a vehicle control unit, the vehicle transceiver configured to receive signals from a fob; and a fob comprising a fob transceiver and a fob control unit, the fob being configured to transmit a wake-up packet followed by a plurality of data packets (404, 405) to the vehicle control unit, the system being characterized by the wake-up packet including a wake-up signal, with an application code embedded in the wake-up signal, wherein the application code indicates multiple functions to be performed to personalize the vehicle for a user, and wherein the plurality of following data packets (404, 406) provide further data required for the vehicle personalization. a vehicle transceiver including a vehicle control unit, the vehicle transceiver configured to receive signals from a fob; and a fob comprising a fob transceiver and a fob control unit, the fob being configured to transmit a wake-up packet followed by a plurality of data packets (404, 405) to the vehicle control unit, the system being characterized by the wake-up packet including a wake-up signal, with an application code embedded in the wake-up signal, wherein the application code indicates multiple functions to be performed to personalize the vehicle for a user, and wherein the plurality of following data packets (404, 406) provide further data required for the vehicle personalization.
A passenger car with a car body, an engine (3, 103) and a vehicle axle, which comprises a subframe connected to the car body and two wheels laterally movably connected thereto via a respective connection arrangement, wherein the wheels can be moved by the engine (3, 103) via the connection arrangement, wherein a housing (6,106) of the engine (3, 103) forms a transverse-forces-transmitting cross-member of the subframe, wherein the subframe is attached to the car body via the housing (6, 106) of the engine, wherein the connection arrangement is formed by at least one control arrangement and wherein wheels as drive wheels are each driven by the engine via an articulated shaft, the control arrangements are supported directly against the housing of the engine or against fastening elements connected to the engine, and the vehicle axle is formed by two lateral axle sections associated with a wheel each and the engine (3, 103), wherein the housing (6, 106) of the engine is the sole cross-member between the lateral axle sections.
A method for segmenting an image of an object represented by a finite number of intensity levels, said image being a tomographic image that has been reconstructed from measurements external to the object and acquired at different angles with respect to a reference, characterized in that the following steps are carried out from a predetermined number of intensity thresholds of said image, for at least one of said angles: a) determining, for said angle, a distribution representative of the distribution of said intensity levels of said image, said distribution being a cumulative histogram of said intensity levels encountered in said image along a predetermined direction in said image, said predetermined direction being the same for each one of said angles, b) determining the values of said intensity thresholds by minimizing an objective function estimating the difference between said measurement for said angle and a simulated measurement for said same angle, said simulated measurement being a function of said values of said thresholds and of said distribution, c) segmenting said image by grouping said intensity levels into intensity classes delimited by said values of said thresholds. a) determining, for said angle, a distribution representative of the distribution of said intensity levels of said image, said distribution being a cumulative histogram of said intensity levels encountered in said image along a predetermined direction in said image, said predetermined direction being the same for each one of said angles, b) determining the values of said intensity thresholds by minimizing an objective function estimating the difference between said measurement for said angle and a simulated measurement for said same angle, said simulated measurement being a function of said values of said thresholds and of said distribution, c) segmenting said image by grouping said intensity levels into intensity classes delimited by said values of said thresholds.
A macro base station for a wireless telecommunications network, comprising: power control logic operable to determine whether user equipment supported by a macro cell provided by said macro base station is configured to accept power control messages from both said macro base station and another base station and that a quality of transmissions received from said user equipment by said macro base station fails to exceed a quality threshold and, if so, to transmit an ignore power control message to said user equipment instructing said user equipment to ignore power control messages from said another base station. power control logic operable to determine whether user equipment supported by a macro cell provided by said macro base station is configured to accept power control messages from both said macro base station and another base station and that a quality of transmissions received from said user equipment by said macro base station fails to exceed a quality threshold and, if so, to transmit an ignore power control message to said user equipment instructing said user equipment to ignore power control messages from said another base station.
A method for communicating video conference data between at least a first host and a second host, the method comprising: establishing a first communication channel between the first host and a directory server; providing periodically, by the first host to the directory server, at least one keep-alive message to maintain the first communication channel; establishing a second communication channel between the second host and the directory server; providing periodically, by the second host to the directory server, at least one keep-alive message to maintain the second communication channel; requesting, from the directory server, address information of the first host, the address information including information identifying a first open port in a first network security system coupled between the first host and the directory server, wherein the address information of the first host was previously provided to the directory server by a process of registration of the first host; receiving, at the second host, the address information of the first host; and communicating video conference data from the second host to the first host via a direct communication channel passing through the first open port in the first network security system and a second network security system coupled between the second host and the directory server, using the address information of the first host, and absent intervention from an intermediate server system. establishing a first communication channel between the first host and a directory server; providing periodically, by the first host to the directory server, at least one keep-alive message to maintain the first communication channel; establishing a second communication channel between the second host and the directory server; providing periodically, by the second host to the directory server, at least one keep-alive message to maintain the second communication channel; requesting, from the directory server, address information of the first host, the address information including information identifying a first open port in a first network security system coupled between the first host and the directory server, wherein the address information of the first host was previously provided to the directory server by a process of registration of the first host; receiving, at the second host, the address information of the first host; and communicating video conference data from the second host to the first host via a direct communication channel passing through the first open port in the first network security system and a second network security system coupled between the second host and the directory server, using the address information of the first host, and absent intervention from an intermediate server system.
A handpiece for follicular unit extraction comprising: a follicle punch having a cutting edge; a handpiece body extending along a generally central axis for holding said follicle punch; a motor-driven driveshaft mounted within the handpiece body for rotation about the axis for rotating the follicular punch when said punch is held by the handpiece; a fluid path carried by the handpiece for conducting a liquid from a source external to the handpiece into a lumen of the follicle punch held by the handpiece for delivery of the liquid to the cutting edge of the follicle punch; characterized in that it further comprises, an ejector pin positioned within the handpiece for axial movement from a retracted position to a deployed position within the follicle punch when the punch is held by the handpiece so as to eject an impacted graft or debris from the punch's interior; and operator-controlled means for moving the pin axially between the retracted and deployed positions, wherein said ejector pin extends into said lumen, and said fluid path extends through said lumen. a follicle punch having a cutting edge; a handpiece body extending along a generally central axis for holding said follicle punch; a motor-driven driveshaft mounted within the handpiece body for rotation about the axis for rotating the follicular punch when said punch is held by the handpiece; a fluid path carried by the handpiece for conducting a liquid from a source external to the handpiece into a lumen of the follicle punch held by the handpiece for delivery of the liquid to the cutting edge of the follicle punch; characterized in that it further comprises, operator-controlled means for moving the pin axially between the retracted and deployed positions, wherein said ejector pin extends into said lumen, and said fluid path extends through said lumen.
A system for determining positions of rear and side view mirrors (11, 31) of a passenger vehicle, the system comprising: a data collection system configured to dynamically detect and record information comprising a position of a driver seat of the passenger vehicle, body and face positions of a driver of the passenger vehicle while seated in the driver seat, and current positions of the rear and side view mirrors (11, 31), wherein the body and the face positions of the driver is determined by calculating a relative position of the driver with respect to the driver seat; an algorithm to adaptively determine optimal positions of the rear and side view mirrors (11, 31), based on the information of the data collection system, to reduce driver blind spots and to increase visual awareness of the driver while seated in the driver seat; and means for automatically moving the rear and side view mirrors (11, 31) to the determined optimal positions thereof. a data collection system configured to dynamically detect and record information comprising a position of a driver seat of the passenger vehicle, body and face positions of a driver of the passenger vehicle while seated in the driver seat, and current positions of the rear and side view mirrors (11, 31), wherein the body and the face positions of the driver is determined by calculating a relative position of the driver with respect to the driver seat; an algorithm to adaptively determine optimal positions of the rear and side view mirrors (11, 31), based on the information of the data collection system, to reduce driver blind spots and to increase visual awareness of the driver while seated in the driver seat; and means for automatically moving the rear and side view mirrors (11, 31) to the determined optimal positions thereof.
A system comprising a static mixer and a dental material, the static mixer comprising a mixing barrel extending along a longitudinal axis and, accommodated therein, a cascade of helical mixing elements (41a/41b) characterized in that the mixing elements (41a/41b) have an outer diameter D of between 1.5 mm and 1.6 mm, and the barrel has an inner diameter corresponding to the outer diameter of the mixing elements (41a/41b).
Cilastatin or a pharmaceutically acceptable salt thereof for use in inhibiting renal injuries induced by an iodinated contrast medium, wherein the iodinated contrast medium is selected from the group consisting of ioversol, iomeprol, iodixanol, and pharmaceutically acceptable salts thereof.
A management apparatus (120, 230) to manage a moving object (150, 210) having an autonomous movement function, comprising: a return information transmission section to transmit, to the moving object (150, 210) at a predetermined time or at a predetermined time interval, a return information for the moving object to return from a current location of the moving object to a return destination of the moving object, characterized in that the return information includes an estimation parameter used for a self-location estimation processing which calculates a relative locational relationship between a particular reference location and the moving object (150, 210) based on a controlling amount of a drive section (154, 316, 326) of the moving object and estimates a location of the moving object based on the relative locational relationship, wherein the moving object (150, 210) includes a self-location estimation section (168, 368) to calculate a relative locational relationship between a particular reference location and the moving object (150, 210) based on a controlling amount of a drive section (154, 316, 326) of the moving object and to estimate a location of the moving object based on the relative locational relationship, and the self-location estimation section (168, 368) is further configured to utilize the return destination as the reference location. a return information transmission section to transmit, to the moving object (150, 210) at a predetermined time or at a predetermined time interval, a return information for the moving object to return from a current location of the moving object to a return destination of the moving object, characterized in that the return information includes an estimation parameter used for a self-location estimation processing which calculates a relative locational relationship between a particular reference location and the moving object (150, 210) based on a controlling amount of a drive section (154, 316, 326) of the moving object and estimates a location of the moving object based on the relative locational relationship, wherein the moving object (150, 210) includes a self-location estimation section (168, 368) to calculate a relative locational relationship between a particular reference location and the moving object (150, 210) based on a controlling amount of a drive section (154, 316, 326) of the moving object and to estimate a location of the moving object based on the relative locational relationship, and the self-location estimation section (168, 368) is further configured to utilize the return destination as the reference location.