mhurhangee/ep-ind-claims huggingface dataset:
A vibration wrap, comprising: a vibration module having a housing, a rechargeable battery with an on/off switch in said housing, a compression joint wrap with a click in - click out grommet secured to said wrap; said grommet being adapted to removably secure said housing to said compression joint wrap; a plurality of flexible arms (16, 18, 20, 22, 24, 26) radiating outwardly from said housing, each arm terminating in a coin motor (28, 30, 32, 34, 36, 38) which is electrically connected to said rechargeable battery via electrical wire connectors (40,42,44,46,48,50), characterised in that said click in-click out grommet comprises a silicone grommet skirt and in that the vibration module comprises a molded channel: supported by a rigid frame of the housing and capable of locking into the silicone grommet skirt to removably secure said housing to said compression joint wrap. a vibration module having a housing, a rechargeable battery with an on/off switch in said housing, a compression joint wrap with a click in - click out grommet secured to said wrap; said grommet being adapted to removably secure said housing to said compression joint wrap; a plurality of flexible arms (16, 18, 20, 22, 24, 26) radiating outwardly from said housing, each arm terminating in a coin motor (28, 30, 32, 34, 36, 38) which is electrically connected to said rechargeable battery via electrical wire connectors (40,42,44,46,48,50), characterised in that said click in-click out grommet comprises a silicone grommet skirt and in that the vibration module comprises a molded channel: supported by a rigid frame of the housing and capable of locking into the silicone grommet skirt to removably secure said housing to said compression joint wrap.
A cutting head for a cutting machine, the cutting head having a holder arranged to support a cutting device, the holder being secured to an arm assembly that is adapted to be mounted to the cutting machine the arm assembly comprising a rotatable arm that supports a parallelogram linkage (71, 72, 75, 76, 67) coupled to the holder the parallelogram linkage (71, 72, 75, 76, 67) being driven by a link arm characterised by a first servo motor to drive a screw located within a nut constrained in the arm assembly to translate rotational movement of the screw into linear movement of the link arm to effect tilt of the holder and a second servo motor to rotate the arm of the arm assembly to effect rotational movement or swivel of the holder the rotation of the screw and arm being effected by pulleys (51, 54) both coaxially arranged on the screw and driven by the servo motors (45, 46) through belts (51, 54) whereby, in use, as the holder tilts and swivels to impart a bevel cut to a work piece, the tip of the cutting device is maintained in the same position.
An image processing system comprising a plurality of image processing units and control means (4, 200, 300, 400) including a frame buffer for controlling operations of the image processing units, in which each image processing unit initiates execution of image processing assigned thereto in response to reception of a drawing enable signal sent from the control means and sends, after execution of the image processing, an image processing result and a drawing end signal to the control means, wherein said control means has a specific processing table for each application, said processing table storing, for each application, in a predetermined order, identification information on one or more of the image processing units to which the drawing enable signal is to be sent in that order and identification information on one or more of the image processing units from which the processing result and the drawing end signal are to be received, whereby, in response to receipt of a processing request from an application, the processing table associated with said application is specified and the drawing enable signal is sent to the relevant image processing units, the drawing end signal is received from the relevant image processing units, and the results of the image processing performed by the plurality of the image processing units are supplied to the frame buffer and then to a display unit, in the respective order stored in the processing table specified for the respective application.
A process for removing water and salt from a neutralized polyether polyol, comprising: (a) removing a portion of the water from the neutralized polyether polyol under at least atmospheric pressure to produce a neutralized and partially dewatered crude polyether polyol mixture in a neutralization vessel; (b) transferring the neutralized and partially dewatered crude polyether polyol mixture from the neutralization vessel to a hold vessel; (c) transferring the neutralized and partially dewatered crude polyether polyol mixture from the hold vessel through a filter to produce a filtrate of the at least partially neutralized and partially dewatered crude polyether polyol mixture; (d) passing the filtrate through an evaporator to remove additional water from the filtrate under vacuum and recirculating the polyether polyol exiting the evaporator to the hold vessel if the polyether polyol has a water content of more than a predetermined value, preferably 500 ppm when measured according to ASTM D4672. (a) removing a portion of the water from the neutralized polyether polyol under at least atmospheric pressure to produce a neutralized and partially dewatered crude polyether polyol mixture in a neutralization vessel; (b) transferring the neutralized and partially dewatered crude polyether polyol mixture from the neutralization vessel to a hold vessel; (c) transferring the neutralized and partially dewatered crude polyether polyol mixture from the hold vessel through a filter to produce a filtrate of the at least partially neutralized and partially dewatered crude polyether polyol mixture; (d) passing the filtrate through an evaporator to remove additional water from the filtrate under vacuum
A machine that comprises a device for extracting an ingredient in a cartridge by supplying an extraction liquid such as heated water into such cartridge, such device comprising: - upstream and downstream cartridge enclosing parts (7,8) relatively movable between an open position for inserting and/or removing such cartridge and a closed position for forming an extraction chamber enclosing such cartridge during extraction; and - a cartridge removal arrangement (36,37) for assisting removal of such cartridge when the enclosing parts (7,8) are brought from the closed to the open position, the upstream part bearing an upstream piercing arrangement for opening an upstream portion of such cartridge, the downstream part bearing a downstream piercing arrangement, such as a piercing member, for opening a downstream portion of such cartridge, wherein the cartridge removal arrangement comprises an upstream pusher for pushing such cartridge away from the upstream piercing arrangement and a downstream pusher for pushing such cartridge away from the downstream piercing arrangement, characterized in that the device is so configured that such cartridge is insertable into such device from above under the effect of gravity and, optionally, evacuatable upon reopening of the enclosing parts (7,8) by being driven by gravity. - upstream and downstream cartridge enclosing parts (7,8) relatively movable between an open position for inserting and/or removing such cartridge and a closed position for forming an extraction chamber enclosing such cartridge during extraction; and - a cartridge removal arrangement (36,37) for assisting removal of such cartridge when the enclosing parts (7,8) are brought from the closed to the open position,
A method of operating a content playback device, the method comprising: receiving a UV map indicating a mapping between portions of a frame and segments of a model of an environment; and receiving a first frame including non-occluded image content corresponding to a portion of the environment visible from a first location in the environment and occluded image content corresponding to a portion of the environment which is not visible from said first location; detecting a head position of a user; and outputting to a display an image of portions of the environment as a function of the detected head position, wherein outputting to a display an image includes outputting a portion of a rendered image generated by using the UV map to map image portions included in the first frame to segments of the model of the environment. receiving a UV map indicating a mapping between portions of a frame and segments of a model of an environment; and receiving a first frame including non-occluded image content corresponding to a portion of the environment visible from a first location in the environment and occluded image content corresponding to a portion of the environment which is not visible from said first location; detecting a head position of a user; and outputting to a display an image of portions of the environment as a function of the detected head position, wherein outputting to a display an image includes outputting a portion of a rendered image generated by using the UV map to map image portions included in the first frame to segments of the model of the environment.
A flame-retardant resin composition comprising a thermoplastic resin; a flame retardant including a reaction product of at least one nitrogen-containing compound selected from the group of nitrogen-containing compounds represented by the following group of the structure formulae and a phosphorus-containing compound represented by the following structure formula, which is insoluble in toluene and has a content of phosphorus atoms of 5.0 to 10.0% by weight, wherein the flame retardant is produced by a method which includes a step in which a mixture including the nitrogen-containing compound: the phosphorus-containing compound in a molar ratio of 1:1.0 to 2.5 is elevated to a temperature of 180°C to 240°C at a rate of 1°C to 100°C/hour in a nitrogen atmosphere, and wherein the flame retardant includes a polymer having at least one kind of repeating units selected from first to third groups of repeating units represented by the following groups to of the structure formulae respectively; and at least one component selected from the group consisting of a flame retardant promoter (C x), an impact modifier (C y), and a layered compound (C z); wherein two or more of R 1, R 2, and R 3 are an unsaturated bond-containing group and the others are a hydrogen atom or an organic group other than the unsaturated bond-containing group; wherein R 4, R 5, and R 6 are the same or different, and each is a hydrogen atom, an alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group; a thermoplastic resin; a flame retardant including a reaction product of at least one nitrogen-containing compound selected from the group of nitrogen-containing compounds represented by the following group of the structure formulae and a phosphorus-containing compound represented by the following structure formula, which is insoluble in toluene and has a content of phosphorus atoms of 5.0 to 10.0% by weight, at least one component selected from the group consisting of a flame retardant promoter (C x), an impact modifier (C y), and a layered compound (C z); wherein two or more of R 1, R 2, and R 3 are an unsaturated bond-containing group and the others are a hydrogen atom or an organic group other than the unsaturated bond-containing group; wherein R 4, R 5, and R 6 are the same or different, and each is a hydrogen atom, an alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group;
A variable area turbine arrangement (100;200), comprising: a first turbine section having at least a first variable vane row; a second turbine section downstream from said first turbine section and having at least a second variable vane row; and a transition duct disposed between said first turbine section and said second turbine section, the transition duct including a radially outer wall and a radially inner wall, each of the radially outer wall and radially inner wall including sloped portions sloped in the radially outboard direction and positioned between an outlet of the first turbine section and an inlet of the second turbine section, wherein the outlet and the inlet are both substantially parallel to the engine centerline longitudinal axis, characterised by at least one stationary vane positioned within said transition duct. a first turbine section having at least a first variable vane row; a second turbine section downstream from said first turbine section and having at least a second variable vane row; and a transition duct disposed between said first turbine section and said second turbine section, the transition duct including a radially outer wall and a radially inner wall, each of the radially outer wall and radially inner wall including sloped portions sloped in the radially outboard direction and positioned between an outlet of the first turbine section and an inlet of the second turbine section, wherein the outlet and the inlet are both substantially parallel to the engine centerline longitudinal axis, characterised by at least one stationary vane positioned within said transition duct.
Use of a polymer composition comprising from 25 parts by weight to 70 parts by weight, based on the total weight of components and, of a polymer material; from 30 parts by weight to 75 parts by weight, based on the total weight of components and, of hollow polymeric microbodies; and optionally conventional additives for the foam-filling of at least one hollow chamber of a hollow-chamber plastics profile, in particular of a plastics window profile or of a plastics door profile, where the hollow polymeric microbodies comprise a shell made of a polymer and, contained therein, a liquid blowing agent, the boiling point of which is below the glass transition temperature of the polymer of the hollow polymeric microbodies, and the hollow polymeric microbodies are in essence impermeable to the blowing agent in the liquid or gaseous state. from 25 parts by weight to 70 parts by weight, based on the total weight of components and, of a polymer material; from 30 parts by weight to 75 parts by weight, based on the total weight of components and, of hollow polymeric microbodies; and optionally conventional additives
A flow control assembly comprising: a mounting bracket attachable to a wall of a collection chamber, the mounting bracket having an opening extending therethrough; a flow control module detachably coupled to the mounting bracket, the flow control module having an inlet and an outlet, the outlet being aligned with the opening of the mounting bracket; and a gasket having an opening extending therethrough, the opening being smaller than the outlet of the flow control module and the opening of the mounting bracket; wherein the gasket is disposed between the flow control module and the mounting bracket so as to seal the flow control module against the mounting bracket, with the opening of the gasket aligned with the outlet of the flow control module and the opening of the mounting bracket so as to restrict flow out of the flow control module; characterised in that the mounting bracket and the flow control module are detachably coupled by a connection comprising male and female interlocking portions; and wherein the female interlocking portion comprises a receiving slot and the male interlocking portion comprises a complementary mounting element which is slidably received within the receiving slot. a mounting bracket attachable to a wall of a collection chamber, the mounting bracket having an opening extending therethrough; a flow control module detachably coupled to the mounting bracket, the flow control module having an inlet and an outlet, the outlet being aligned with the opening of the mounting bracket; and a gasket having an opening extending therethrough, the opening being smaller than the outlet of the flow control module and the opening of the mounting bracket; wherein the gasket is disposed between the flow control module and the mounting bracket so as to seal the flow control module against the mounting bracket, with the opening of the gasket aligned with the outlet of the flow control module and the opening of the mounting bracket so as to restrict flow out of the flow control module; characterised in that the mounting bracket and the flow control module are detachably coupled by a connection comprising male and female interlocking portions; and wherein the female interlocking portion comprises a receiving slot and the male interlocking portion comprises a complementary mounting element which is slidably received within the receiving slot.
A device for deterring birds from landing in a defined area, comprising a vertically positionable rotary actuating shaft whereon a retractably connected pair of rods is arranged at the top by means of a hinged joint, such that said two rods are able to extend horizontally and perpendicularly in relation to the actuating shaft and opposite each other, said actuating shaft being mounted on a support characterised in that the support is provided with hinge means in the lower portion thereof that can angularly fold down said support in relation to a base body, and in which the lower portion of said actuating shaft is in contact with a spherical region situated inside said support.
A packet transmission method, comprising: obtaining, by a terminal device, a source Internet Protocol, IP, address in a to-be-transmitted packet and N IP addresses of the terminal device, wherein the N IP addresses of the terminal device are assigned to the terminal device by a network after the terminal device accesses the network, wherein N is a positive integer; and when the source IP address in the to-be-transmitted packet is different from any one of the N IP addresses of the terminal device, determining, by the terminal device, that the source IP address in the to-be-transmitted packet is forged, and prohibiting transmitting the to-be-transmitted packet, so as to prevent the to-be-transmitted packet forged by a virus in the terminal device from entering the network. obtaining, by a terminal device, a source Internet Protocol, IP, address in a to-be-transmitted packet and N IP addresses of the terminal device, wherein the N IP addresses of the terminal device are assigned to the terminal device by a network after the terminal device accesses the network, wherein N is a positive integer; and when the source IP address in the to-be-transmitted packet is different from any one of the N IP addresses of the terminal device, determining, by the terminal device, that the source IP address in the to-be-transmitted packet is forged, and prohibiting transmitting the to-be-transmitted packet, so as to prevent the to-be-transmitted packet forged by a virus in the terminal device from entering the network.
A bracket for retaining a modular connector in relation to an outlet box, the bracket comprising: a pair of mounting portions (22, 24), each mounting portion (22, 24) having an opening (32a-c, 34a-c) for receiving a fastener for securing the bracket to the outlet box, the mounting portions (22, 24) defining a wall surface plane; and a modular receiving portion interposed between the pair of mounting portions (22, 24), the modular receiving portion having at least one modular receiving opening to receive the modular connector, the modular receiving portion with the modular opening being spaced from the wall surface plane and located in the outlet box such that the modular connector is located within the outlet box; characterised in that the modular receiving portion further comprises a plurality of breakable tabs extending into at least one modular receiving opening for adjusting the size of the opening for the modular connector. a pair of mounting portions (22, 24), each mounting portion (22, 24) having an opening (32a-c, 34a-c) for receiving a fastener for securing the bracket to the outlet box, the mounting portions (22, 24) defining a wall surface plane; and a modular receiving portion interposed between the pair of mounting portions (22, 24), the modular receiving portion having at least one modular receiving opening to receive the modular connector, the modular receiving portion with the modular opening being spaced from the wall surface plane and located in the outlet box such that the modular connector is located within the outlet box;
A device for air-braking an artificial satellite of a planet with an atmosphere, comprising at least one air-braking wing connected to at least one propellant tank of the satellite so as to be deployable by inflation by a gas, called inflation gas, originating from such a tank, characterized in that it comprises at least one leakage monitoring device adapted to release an inflation gas leakage flow in Space during the deployment of each air-braking wing, this leakage flow being adapted to: - enable the introduction, into the air-braking wing, of a flow, called inflation flow, of an inflation gas originating from said propellant tank adapted to cause a deployment of the air-braking wing by inflation, - ensure a complete purging of said propellant tank and the air-braking wing after the deployment of the air-braking wing, such that it constitutes a device for air-braking and passivating the satellite. - enable the introduction, into the air-braking wing, of a flow, called inflation flow, of an inflation gas originating from said propellant tank adapted to cause a deployment of the air-braking wing by inflation, - ensure a complete purging of said propellant tank and the air-braking wing after the deployment of the air-braking wing, such that it constitutes a device for air-braking and passivating the satellite.
A receiver comprising: a bandpass filter module operable to filter an inbound radiofrequency wireless signal to produce a filtered inbound wireless signal having a bandwidth; a sample and hold module operable to sample and hold, at a rate corresponding to a multiple of the bandwidth of the filtered inbound wireless signal, the filtered inbound wireless signal to produce a frequency domain sample pulse train; a discrete time filter module operable to filter the frequency domain sample pulse train to produce a filtered sample pulse; and a conversion module operable to convert the filtered sample pulse into an inbound baseband signal; wherein a plurality of component control signals are coupled to the bandpass filter module to adjust settings of the bandpass filter module. a bandpass filter module operable to filter an inbound radiofrequency wireless signal to produce a filtered inbound wireless signal having a bandwidth; a sample and hold module operable to sample and hold, at a rate corresponding to a multiple of the bandwidth of the filtered inbound wireless signal, the filtered inbound wireless signal to produce a frequency domain sample pulse train; a discrete time filter module operable to filter the frequency domain sample pulse train to produce a filtered sample pulse; and a conversion module operable to convert the filtered sample pulse into an inbound baseband signal; wherein a plurality of component control signals are coupled to the bandpass filter module to adjust settings of the bandpass filter module.