mhurhangee/ep-ind-claims huggingface dataset:
A system, for a wireless communication system of an operator, comprising: a non-operator controller being part of an independent entity distinct from the operator and coupled with the wireless communication system of the operator, wherein an operational space includes the rules, permitted uses, characteristics, and operational parameter ranges that define how users can use the wireless communication system, the non-operator controller comprising: a preference based control unit comprising a collecting means and an analyzing means, wherein the preference based control unit is configured to: i) collect information and/or data from the wireless communication system, including operational data for a user's communication line, using the collecting means, ii) collect user preference data for a user of the user's communication line using the collecting means, and iii) analyze the collected information and/or data to construct a model or profile of the operational space and the collected user preference data using the analyzing means to determine the extent to which one or more user preferences reflected in the collected user preference data can be implemented in light of the constructed model or profile of the operational space; and a signal generating means to generate and send instruction signals to the managed node, or other components of the user's link to the wireless communication system, to implement one or more of the user's preferences on the user's communication line. a preference based control unit comprising a collecting means and an analyzing means, wherein the preference based control unit is configured to: i) collect information and/or data from the wireless communication system, including operational data for a user's communication line, using the collecting means, ii) collect user preference data for a user of the user's communication line using the collecting means, and iii) analyze the collected information and/or data to construct a model or profile of the operational space and the collected user preference data using the analyzing means to determine the extent to which one or more user preferences reflected in the collected user preference data can be implemented in light of the constructed model or profile of the operational space; and i) collect information and/or data from the wireless communication system, including operational data for a user's communication line, using the collecting means, ii) collect user preference data for a user of the user's communication line using the collecting means, and iii) analyze the collected information and/or data to construct a model or profile of the operational space and the collected user preference data using the analyzing means to determine the extent to which one or more user preferences reflected in the collected user preference data can be implemented in light of the constructed model or profile of the operational space; and a signal generating means to generate and send instruction signals to the managed node, or other components of the user's link to the wireless communication system, to implement one or more of the user's preferences on the user's communication line.
Apparatus comprising: an impeller comprising: at least one helical elongate element; a spring, the spring being disposed inside of, and coaxially with, the helical elongate element; and a film of material being supported between the helical elongate element and the spring; characterized in that, the spring defines a lumen therethrough, and in that the impeller further comprises: proximal and distal bushings (64, 58); and a rigid shaft configured to extend from the proximal bushing to the distal bushing of the impeller via the lumen defined by the spring. an impeller comprising: at least one helical elongate element; a spring, the spring being disposed inside of, and coaxially with, the helical elongate element; and a film of material being supported between the helical elongate element and the spring; at least one helical elongate element; a spring, the spring being disposed inside of, and coaxially with, the helical elongate element; and a film of material being supported between the helical elongate element and the spring; characterized in that, the spring defines a lumen therethrough, and in that the impeller further comprises: proximal and distal bushings (64, 58); and a rigid shaft configured to extend from the proximal bushing to the distal bushing of the impeller via the lumen defined by the spring. proximal and distal bushings (64, 58); and a rigid shaft configured to extend from the proximal bushing to the distal bushing of the impeller via the lumen defined by the spring.
A nozzle assembly for use with an impactor separator (100, 500) comprising: a nozzle assembly housing portion having a longitudinal axis; and a plurality of nozzles (150, 154, 550) extending through the nozzle assembly housing portion, each of the plurality of nozzles having a nozzle inlet (151, 551) and a nozzle outlet (152, 552), the plurality of nozzles comprising: a central duckbill valve disposed along the longitudinal axis, the central duckbill valve having an always-open orifice, and a plurality of duckbill valves disposed around the central duckbill valve. a nozzle assembly housing portion having a longitudinal axis; and a plurality of nozzles (150, 154, 550) extending through the nozzle assembly housing portion, each of the plurality of nozzles having a nozzle inlet (151, 551) and a nozzle outlet (152, 552), the plurality of nozzles comprising: a central duckbill valve disposed along the longitudinal axis, the central duckbill valve having an always-open orifice, and a plurality of duckbill valves disposed around the central duckbill valve. a central duckbill valve disposed along the longitudinal axis, the central duckbill valve having an always-open orifice, and a plurality of duckbill valves disposed around the central duckbill valve.
Method for heating plastic preforms, wherein the plastic preforms are transported along a predetermined transport path and are heated during this transport, wherein at least one first heating section with at least one first heating element as well as at least one second heating section with at least one second heating element is arranged along the transport path, wherein by means of a first temperature measuring device an actual temperature (T l) of the plastic preforms is measured in or before a start region of the transport path, and as a function of this actual temperature (T l) of the plastic preforms the at least one first heating element is controlled in such a way that the plastic preforms reach a predetermined target temperature (Ts) after heating by this at least one first heating element, characterised in that a material constant of the plastic preforms is determined, wherein in this determination of the material constant at least a mass of the plastic preforms, an absorption coefficient of the plastic preforms and a specific thermal capacity of the plastic preforms is taken into consideration, wherein the determined material constant is taken into consideration during the heating of the plastic preforms. wherein by means of a first temperature measuring device an actual temperature (T l) of the plastic preforms is measured in or before a start region of the transport path, and as a function of this actual temperature (T l) of the plastic preforms the at least one first heating element is controlled in such a way that the plastic preforms reach a predetermined target temperature (Ts) after heating by this at least one first heating element, characterised in that a material constant of the plastic preforms is determined, wherein in this determination of the material constant at least a mass of the plastic preforms, an absorption coefficient of the plastic preforms and a specific thermal capacity of the plastic preforms is taken into consideration, wherein the determined material constant is taken into consideration during the heating of the plastic preforms.
A method for storing data in a nonvolatile memory, comprising the computer-implemented steps of: a software application determining a desired location in said nonvolatile memory for storing a data block; the software application inserting an address value in said data block, wherein the address value identifies the desired location; prior to performing an operation that stores the data block to the nonvolatile memory, a module other than the software application at a layer closer to hardware than the software application verifying that the address value contained within the data block correctly identifies the location in the nonvolatile memory into which the operation is going to store the data block; and performing the operation to store the data block to the nonvolatile memory only if the address value contained within the data block correctly identifies the desired location in the nonvolatile memory into which the operation is going to store the data block. a software application determining a desired location in said nonvolatile memory for storing a data block; the software application inserting an address value in said data block, wherein the address value identifies the desired location; prior to performing an operation that stores the data block to the nonvolatile memory, a module other than the software application at a layer closer to hardware than the software application verifying that the address value contained within the data block correctly identifies the location in the nonvolatile memory into which the operation is going to store the data block; and performing the operation to store the data block to the nonvolatile memory only if the address value contained within the data block correctly identifies the desired location in the nonvolatile memory into which the operation is going to store the data block.
A cable/line gland, comprising the following: an insertion sleeve that comprises a connection segment and an abutment flange, wherein the abutment flange projects radially outward adjacent to the connection segment; and a clamping part, wherein the clamping part can be detachably placed on the insertion sleeve in the direction of the abutment flange; wherein both the insertion sleeve and the clamping part can be assembled from at least two individual elements (7, 8; 9, 10) divided in the axial direction; wherein the at least two divided individual elements (7, 8; 9, 10) of both the insertion sleeve and the clamping part comprise means for guiding and/or positioning which are arranged along corresponding separation edges (11, 12, 13, 14; 15, 16, 17, 18) of the at least two individual elements (7, 8; 9, 10) in order to position the at least two individual elements (7, 8; 9, 10) relative to each other if the at least two individual elements (7, 8; 9, 10) are assembled; wherein the means for guiding and/or positioning are formed as means latching together; and wherein the cable/line gland can be used in potentially explosive areas; characterized in that the at least two individual elements (7, 8) of the insertion sleeve comprise a sealing tongue-and-groove joint extending in the axial direction along the corresponding separation edges (11, 12, 13, 14), in order to form a seal between the at least two individual elements (7, 8) of the insertion sleeve if the at least two individual elements (7, 8) of the insertion sleeve are assembled. an insertion sleeve that comprises a connection segment and an abutment flange, wherein the abutment flange projects radially outward adjacent to the connection segment; and a clamping part, wherein the clamping part can be detachably placed on the insertion sleeve in the direction of the abutment flange; wherein both the insertion sleeve and the clamping part can be assembled from at least two individual elements (7, 8; 9, 10) divided in the axial direction; wherein the at least two divided individual elements (7, 8; 9, 10) of both the insertion sleeve and the clamping part comprise means for guiding and/or positioning which are arranged along corresponding separation edges (11, 12, 13, 14; 15, 16, 17, 18) of the at least two individual elements (7, 8; 9, 10) in order to position the at least two individual elements (7, 8; 9, 10) relative to each other if the at least two individual elements (7, 8; 9, 10) are assembled; wherein the means for guiding and/or positioning are formed as means latching together; and wherein the cable/line gland can be used in potentially explosive areas; characterized in that the at least two individual elements (7, 8) of the insertion sleeve comprise a sealing tongue-and-groove joint extending in the axial direction along the corresponding separation edges (11, 12, 13, 14), in order to form a seal between the at least two individual elements (7, 8) of the insertion sleeve if the at least two individual elements (7, 8) of the insertion sleeve are assembled.
Belt type continuously variable transmission comprising a primary sheave, a secondary sheave, and a V-belt wound round the primary sheave and the secondary sheave, wherein at least a part of a contact portion of the V-belt, which is in contact with the primary sheave and the secondary sheave, is formed from a resin, wherein one groove or several grooves are formed on the contact surface of at least one of the primary sheave and the secondary sheave with the V-belt, to retain wear powder as a lubrication means, characterized in that the equations 0.05 mm ≤ P ≤ 0.1 mm and 400 Hv ≤ K ≤ 1000 Hv are met, wherein P indicates an average pitch of the groove or the grooves and K indicates a surface hardness of the sheave surface of the respective sheave, and a ten-point mean roughness of the contact surface is 0.5 μm ≤ Rz ≤ 10 μm.
Process for making up an area of human keratin materials using a makeup device comprising - a substrate having at least one transfer surface, and - a coat of cosmetic colouring ink borne by the transfer surface and obtained by printing, using at least one digital printer, and - a cosmetic coating comprising an oil, the cosmetic coating being borne by the transfer surface, the cosmetic coating being at least partially superposed on the coat of ink and laying above and/or below the coat of ink, the process comprising the step of simultaneously transferring onto the area to be made up all or part of the coat of ink and all or part of the coating superposed thereon. - a substrate having at least one transfer surface, and - a coat of cosmetic colouring ink borne by the transfer surface and obtained by printing, using at least one digital printer, and - a cosmetic coating comprising an oil, the cosmetic coating being borne by the transfer surface,
Method for separating out and transferring pellets, in particular cryopellets, into a target container, wherein a store of pellets is provided in a storage space, wherein the pellets are directed from the storage space into a metering passage leading downwards from the storage space and upright-oriented in such a way that a column of pellets lying on top of one another is formed in the metering passage, and wherein the lowermost pellet of the column of pellets is at a connecting point, characterised in that at the connecting point an outlet passage is connected to the metering passage and leads away at a right angle from the metering passage, the method comprising the following additional steps: - a vacuum is applied to a first pressure differential passage, which terminates into the metering passage by means of a first passage orifice above the connecting point, wherein a pellet (1") is drawn onto the first passage orifice and thereby locally fixed there, and wherein the drawn-on pellet (1") acts as a barrier for the pellets located above, - an excess pressure is applied to a second pressure differential passage, which terminates into the connecting point by means of a second passage orifice, wherein the pellet (1") at the connecting point is blown out through the outlet passage and conveyed to the target container, - following the blowing-out of the lowermost pellet, the holding vacuum in the first pressure differential passage is shut off, so that the pellet (1") held at the first passage orifice moves up towards the connecting point and a new lowermost pellet is located at the connecting point. - a vacuum is applied to a first pressure differential passage, which terminates into the metering passage by means of a first passage orifice above the connecting point, wherein a pellet (1") is drawn onto the first passage orifice and thereby locally fixed there, and wherein the drawn-on pellet (1") acts as a barrier for the pellets located above, - an excess pressure is applied to a second pressure differential passage, which terminates into the connecting point by means of a second passage orifice, wherein the pellet (1") at the connecting point is blown out through the outlet passage and conveyed to the target container, - following the blowing-out of the lowermost pellet, the holding vacuum in the first pressure differential passage is shut off, so that the pellet (1") held at the first passage orifice moves up towards the connecting point and a new lowermost pellet is located at the connecting point.
A mold for forming a tire, comprising: an interchangeable element, wherein the interchangeable element is configured for engaging the tire and forming a section of tread of the tire when the tire is molded by the mold; and a lamelle that is removably attachable to the interchangeable element, wherein the lamelle is configured for engaging the tire and forming a sipe of the section of tread of the tire, wherein the lamelle is removably attachable in that the lamelle is configured to be attached to the interchangeable element and then removed from attachment to the interchangeable element; the mold being characterised in that the interchangeable element comprising a first portion and a second portion that are configured for engagement with one another in the circumferential direction, and wherein the lamelle when attached to the interchangeable element is located at a decouple interface between the first portion and the second portion when the first portion and the second portion are in engagement; wherein the lamelle when attached to the interchangeable element is attached to the first portion, and wherein the second portion defines a recess into which a portion of the lamelle is disposed when the first portion and the second portion are in engagement. an interchangeable element, wherein the interchangeable element is configured for engaging the tire and forming a section of tread of the tire when the tire is molded by the mold; and a lamelle that is removably attachable to the interchangeable element, wherein the lamelle is configured for engaging the tire and forming a sipe of the section of tread of the tire, wherein the lamelle is removably attachable in that the lamelle is configured to be attached to the interchangeable element and then removed from attachment to the interchangeable element; the mold being characterised in that the interchangeable element comprising a first portion and a second portion that are configured for engagement with one another in the circumferential direction, and wherein the lamelle when attached to the interchangeable element is located at a decouple interface between the first portion and the second portion when the first portion and the second portion are in engagement; wherein the lamelle when attached to the interchangeable element is attached to the first portion, and wherein the second portion defines a recess into which a portion of the lamelle is disposed when the first portion and the second portion are in engagement.
A method for pre-boot server discovery, comprising: initializing a common information model CIM broker and a service agent of a system configured as a server in a pre-boot environment of the system, using a first operating system OS kernel stored in a non-volatile storage of the system, without providing any initial configuration information including a MAC address or other server identifier; transmitting a multicast service location protocol, SLP, directory agent request from the system via the service agent and receiving a unicast advertisement from an SLP directory agent coupled to the system via a network; registering a web-based enterprise management WBEM service to the SLP directory agent via the service agent; providing to a resource manager by the SLP directory agent a notification message indicating the registration of the WBEM service; and receiving at least one configuration message from the resource manager coupled to the system via the network, and configuring the system in the pre-boot environment responsive to the at least one configuration message. initializing a common information model CIM broker and a service agent of a system configured as a server in a pre-boot environment of the system, using a first operating system OS kernel stored in a non-volatile storage of the system, without providing any initial configuration information including a MAC address or other server identifier; transmitting a multicast service location protocol, SLP, directory agent request from the system via the service agent and receiving a unicast advertisement from an SLP directory agent coupled to the system via a network; registering a web-based enterprise management WBEM service to the SLP directory agent via the service agent; providing to a resource manager by the SLP directory agent a notification message indicating the registration of the WBEM service; and receiving at least one configuration message from the resource manager coupled to the system via the network, and configuring the system in the pre-boot environment responsive to the at least one configuration message.
A multi-spectrum X-ray grating-based imaging system comprising: an incoherent X-ray source, for emitting X-rays to irradiate an object to be detected; a grating module, comprising a first absorption grating and a second absorption grating which are disposed in parallel to each other and are sequentially arranged in an X-ray propagation direction; and an energy-resolved detecting device, for receiving the X-rays that have passed through the first absorption grating and the second absorption grating, the grating module being configured such that one of the first absorption grating and the second absorption grating performs phase stepping actions within at least one period, wherein during each phase stepping action, the incoherent X-ray source emits X-rays to radiate the object to be detected, and the energy-resolved detecting device receives the X-rays and performs spectrum identification of the received X-rays, and wherein after a series of phase stepping actions and data acquisitions over a period, at each pixel on the energy-resolved detecting device, X-ray intensities in each energy range are represented as an intensity curve. an incoherent X-ray source, for emitting X-rays to irradiate an object to be detected; a grating module, comprising a first absorption grating and a second absorption grating which are disposed in parallel to each other and are sequentially arranged in an X-ray propagation direction; and an energy-resolved detecting device, for receiving the X-rays that have passed through the first absorption grating and the second absorption grating, the grating module being configured such that one of the first absorption grating and the second absorption grating performs phase stepping actions within at least one period, wherein during each phase stepping action, the incoherent X-ray source emits X-rays to radiate the object to be detected, and the energy-resolved detecting device receives the X-rays and performs spectrum identification of the received X-rays, and wherein after a series of phase stepping actions and data acquisitions over a period, at each pixel on the energy-resolved detecting device, X-ray intensities in each energy range are represented as an intensity curve.