mhurhangee/ep-ind-claims huggingface dataset:
A continuous inkjet ink composition containing a pigment, a resin, a metal salt of thiocyanic acid at 0.05 to 1.7% by mass in the composition, and tetraalkylammonium hexafluorophosphate at 0.05 to 2.7% by mass in the composition.
Nonwoven absorbing and dispersing fabric for body fluids, the nonwoven fabric being thermally calender-fixed and having a structure of indentations introduced into the consolidated nonwoven fabric, characterized in that the nonwoven fabric, of initial thickness A, is greatly and permanently thermally compressed in differing degrees by zones, and thus contains zones of great compression, whose thickness is no more than 30% of the initial thickness A, and contains zones of lesser compression as micro-bolsters, whose thickness is reduced by at least 5% compared to the initial thickness, the nonwoven fabric contains zones of great compression in the form of continuous indentations running parallel to one another, the zones of greater compression and the zones of lesser compression have a thickness ratio of at least 1:2 and no more than 1:50, and the zones of greater compression and the zones of lesser compression have a width ratio of at least 5:1 and no more than 50:1.
A method of assigning a client device to a wireless access point, comprising: analyzing stored network traffic data associated with the client device (108 -110); determining a time based pattern of network traffic associated with the client device using the analyzed stored network traffic data; determining the wireless access point (106, 107) to assign the client device to based on the time based pattern; and transmitting to the wireless access point, information about the client device assigned to the wireless access point. analyzing stored network traffic data associated with the client device (108 -110); determining a time based pattern of network traffic associated with the client device using the analyzed stored network traffic data; determining the wireless access point (106, 107) to assign the client device to based on the time based pattern; and transmitting to the wireless access point, information about the client device assigned to the wireless access point.
A sheathed resistive heating element (10, 30) comprising: a retaining sheath having a first end and a second end; a resistance wire completely disposed within said retaining sheath; a first conductor rod partially disposed within said retaining sheath and extending beyond said first end of said retaining sheath, said first conductor rod being in direct electrical communication and direct mechanical communication with said resistance wire wherein said resistance wire is partially disposed within the first conductor rod; and a second conductor rod partially disposed within said retaining sheath and extending beyond said second end of said retaining sheath, said second conductor rod being in direct electrical communication and direct mechanical communication with said resistance wire wherein said resistance wire is partially disposed within the second conductor rod, and wherein the diameter of said sheathed resistive heating element (10, 30) is reduced in size after assembly of said sheathed resistive heating element (10, 30). a retaining sheath having a first end and a second end; a resistance wire completely disposed within said retaining sheath; a first conductor rod partially disposed within said retaining sheath and extending beyond said first end of said retaining sheath, said first conductor rod being in direct electrical communication and direct mechanical communication with said resistance wire wherein said resistance wire is partially disposed within the first conductor rod; and a second conductor rod partially disposed within said retaining sheath and extending beyond said second end of said retaining sheath, said second conductor rod being in direct electrical communication and direct mechanical communication with said resistance wire wherein said resistance wire is partially disposed within the second conductor rod, and wherein the diameter of said sheathed resistive heating element (10, 30) is reduced in size after assembly of said sheathed resistive heating element (10, 30).
Warning apparatus (3; 4) for an industrial truck, which is arranged on the industrial truck and projects an image-type information symbol, in particular an image-type warning symbol, onto a driving surface, wherein the warning apparatus (3; 4) is configured as a projector having a light source, which emits a luminous flux, and an image pattern of the information symbol to be projected, through which the luminous flux produced by the light source is able to radiate, wherein the image pattern has at least one region which is light-transmissive for the luminous flux of the light source and one region which shadows the luminous flux of the light source, characterized in that the projector has a freeform lens arranged between the light source and the image pattern, wherein the freeform lens is embodied such that the luminous flux of the light source is focused onto the light-transmissive region of the image pattern.
An automation network, in a residential environment, comprising a plurality of nodes, each of which comprises at least one actuator unit suitable for driving a load and/or at least one sensor unit suitable for receiving data from a sensor, a memory module, and a communication module suitable for receiving and transmitting data via radio to and from at least some of the other network nodes according to a network protocol, said communication module being programmed to receive from at least one nearby node an input data packet comprising command instructions for the actuator unit thereof or the actuator unit of other nodes, and/or the status of the actuator units and/or the sensor units of all the nodes, programming and configuration information of all the nodes, and to re-transmit an output data packet comprising the data of the input data packet updated with the status data of the respective actuator unit and/or of the respective sensor unit, the automation network being characterized in that in the memory module of each node an updated copy of all the information regarding the status of the actuator units and/or sensor units of all the nodes, an updated copy of the command instructions sent and the programming and configuration information of all the nodes are saved.
A mid-turbine frame for a gas turbine engine comprising: an inner frame case; a bearing support member located adjacent the inner frame case; at least one spoke attached to the inner frame case; and a passage extending through the at least one spoke, the inner frame case, and the bearing support member; characterised in that: the mid-turbine frame further comprises a fitting, the passage in fluid communication through the fitting, the fitting extending through the inner frame case and the bearing support member and connecting the at least one spoke to the inner frame case, wherein the fitting connects the at least one spoke to a cup boss, with an inlet to the cup boss having a first cross sectional shape and an outlet to the cup boss having a second different cross sectional shape, a centerline of the first cross sectional shape is offset from a centerline of the second cross sectional shape, the fitting includes a transfer tube fluidly connecting the at least one spoke to the cup boss, and the cup boss includes a transition portion that engages the transfer tube and provides the change from the first cross-sectional shape to the second cross-sectional shape. an inner frame case; a bearing support member located adjacent the inner frame case; at least one spoke attached to the inner frame case; and a passage extending through the at least one spoke, the inner frame case, and the bearing support member; characterised in that: the mid-turbine frame further comprises a fitting, the passage in fluid communication through the fitting, the fitting extending through the inner frame case and the bearing support member and connecting the at least one spoke to the inner frame case, wherein the fitting connects the at least one spoke to a cup boss, with an inlet to the cup boss having a first cross sectional shape and an outlet to the cup boss having a second different cross sectional shape, a centerline of the first cross sectional shape is offset from a centerline of the second cross sectional shape, the fitting includes a transfer tube fluidly connecting the at least one spoke to the cup boss, and the cup boss includes a transition portion that engages the transfer tube and provides the change from the first cross-sectional shape to the second cross-sectional shape.
A method of controlling the application of aircraft wheel brakes, the method comprising: controlling the application of a first wheel brake of an aircraft and a second wheel brake of the aircraft in dependence upon a determined relationship in order to control the time taken for the first wheel brake and the second wheel brake to reach respective specified temperatures, wherein, the relationship is determined between a first cooling characteristic of the first wheel brake, according to which the first wheel brake cools when in a first retracted position within the aircraft, and a second cooling characteristic of the second wheel brake, according to which the second wheel brake cools when in a second retracted position within the aircraft. controlling the application of a first wheel brake of an aircraft and a second wheel brake of the aircraft in dependence upon a determined relationship in order to control the time taken for the first wheel brake and the second wheel brake to reach respective specified temperatures, wherein, the relationship is determined between a first cooling characteristic of the first wheel brake, according to which the first wheel brake cools when in a first retracted position within the aircraft, and a second cooling characteristic of the second wheel brake, according to which the second wheel brake cools when in a second retracted position within the aircraft.
A building opening shading device comprising: a winding shaft with a blind which can be wound up and down, which in operating position is supported on the end face on two lateral parts (1, 11) firmly attached to a building, in particular on two lateral parts (1, 11) of a box housing the winding shaft, wherein the winding shaft being designed as a hollow shaft which is, on at least one end, provided with a support piece, on which the winding shaft is supported on the appertaining lateral part, wherein the support piece being received by the hollow shaft in an axially movable manner, so that the winding shaft is telescopically movable between an operating position and a mounting positon compressed relative thereto, and further comprising a securing device (4, 5) for the purpose of securing the winding shaft against undesirable compression in its operating position, characterized in that the securing device (4, 5) comprises a stop face pointing to the outside in axial direction at those end face of the hollow shaft, which encompasses the support piece and a counter stop pin at the associated lateral part protruding towards the hollow shaft with a counter surface facing the stop face, which counter stop pin in a securing position in which the said counter stop pin is located at radial height of the stop surface prevents or at least limits the support piece from pushing into the hollow shaft, with the counter stop pin being movable out of its securing position. a winding shaft with a blind which can be wound up and down, which in operating position is supported on the end face on two lateral parts (1, 11) firmly attached to a building, in particular on two lateral parts (1, 11) of a box housing the winding shaft, wherein the winding shaft being designed as a hollow shaft which is, on at least one end, provided with a support piece, on which the winding shaft is supported on the appertaining lateral part, wherein the support piece being received by the hollow shaft in an axially movable manner, so that the winding shaft is telescopically movable between an operating position and a mounting positon compressed relative thereto, and further comprising a securing device (4, 5) for the purpose of securing the winding shaft against undesirable compression in its operating position, characterized in that the securing device (4, 5) comprises a stop face pointing to the outside in axial direction at those end face of the hollow shaft, which encompasses the support piece and a counter stop pin at the associated lateral part protruding towards the hollow shaft with a counter surface facing the stop face, which counter stop pin in a securing position in which the said counter stop pin is located at radial height of the stop surface prevents or at least limits the support piece from pushing into the hollow shaft, with the counter stop pin being movable out of its securing position.
A battery, comprising: a stack of battery electrodes, comprising: a bipolar battery plate including: an electrically conductive silicon wafer; an active material disposed on at least one surface of the silicon wafer to provide a first battery electrode; and a second battery electrode located on a surface of the electrically conductive silicon wafer opposite the first electrode; and a third battery electrode disposed in the stack with, and physically spaced apart from, the second electrode; a housing, with the stack of battery electrodes disposed in the housing; and an electrolyte disposed in the housing such that a portion of the electrolyte in contact with the second and third battery electrodes is isolated from the first battery electrode at least in part by the electrically conductive silicon wafer; wherein a stack of battery electrodes is configured to establish a conduction path between the first and second battery electrodes through the conductive silicon wafer, characterized in that a silicide is included on at least one surface of the conductive silicon wafer between the active material and the conductive silicon wafer. a stack of battery electrodes, comprising: a bipolar battery plate including: an electrically conductive silicon wafer; an active material disposed on at least one surface of the silicon wafer to provide a first battery electrode; and a second battery electrode located on a surface of the electrically conductive silicon wafer opposite the first electrode; and a third battery electrode disposed in the stack with, and physically spaced apart from, the second electrode; a bipolar battery plate including: an electrically conductive silicon wafer; an active material disposed on at least one surface of the silicon wafer to provide a first battery electrode; and a second battery electrode located on a surface of the electrically conductive silicon wafer opposite the first electrode; and an electrically conductive silicon wafer; an active material disposed on at least one surface of the silicon wafer to provide a first battery electrode; and a second battery electrode located on a surface of the electrically conductive silicon wafer opposite the first electrode; and a third battery electrode disposed in the stack with, and physically spaced apart from, the second electrode; a housing, with the stack of battery electrodes disposed in the housing; and an electrolyte disposed in the housing such that a portion of the electrolyte in contact with the second and third battery electrodes is isolated from the first battery electrode at least in part by the electrically conductive silicon wafer; wherein a stack of battery electrodes is configured to establish a conduction path between the first and second battery electrodes through the conductive silicon wafer, characterized in that a silicide is included on at least one surface of the conductive silicon wafer between the active material and the conductive silicon wafer.
Dexmedetomidine or a pharmaceutically acceptable salt thereof for use in treating agitation in a human subject having dementia, comprising sublingually administering to said subject dexmedetomidine or a pharmaceutically acceptable salt thereof at a dosage from 3 micrograms to 100 micrograms.
Composite cord (80-82, 90-92) comprising a rubber core (83, 93) and a rubber sheath (84-86, 94-96) surrounding, at least in part, the core, the formulations of the core and of the sheath being different, characterized in that the said rubber core is based on at least: - one diene elastomer; and - more than 30 parts by weight per hundred parts of elastomer of a filler denoted A, the particles of which are nanoparticles having a weight-average size of less than 500 nm; and in that the said rubber sheath is based on at least: - one diene elastomer; - from 0 to less than 30 parts by weight per hundred parts of elastomer of filler A', the particles of which are nanoparticles having a weight-average size of less than 500 nm; and - more than 70 parts by weight per hundred parts of elastomer of a filler denoted B, the particles of which are microparticles having a weight-median size of greater than 1 μm - one diene elastomer; and - more than 30 parts by weight per hundred parts of elastomer of a filler denoted A, the particles of which are nanoparticles having a weight-average size of less than 500 nm; and in that the said rubber sheath is based on at least: - one diene elastomer; - from 0 to less than 30 parts by weight per hundred parts of elastomer of filler A', the particles of which are nanoparticles having a weight-average size of less than 500 nm; and - more than 70 parts by weight per hundred parts of elastomer of a filler denoted B, the particles of which are microparticles having a weight-median size of greater than 1 μm
Seal bellows comprising a jacket which is composed of a rubber-elastic material and which has an edge region (2, 3) at each of both face sides, wherein a clamping ring (4, 5) for fastening the seal bellows to a machine element is arranged in at least one of the edge regions (2, 3), characterized in that the clamping ring (4, 5) is formed by an annular disc with an elastically variable diameter that is of self-centring and, as viewed in a circumferential direction, meandering form.
Punching-die holder having a pressure-exerting plate and a die-retaining plate, wherein the pressure-exerting plate is arranged on that side of the holder which is directed towards a tool insert, characterized by the provision of an adjustment wedge, which is arranged on the upper side of the die-retaining plate and, on its underside, butts against the die-retaining plate via an inclined contact surface, wherein, for height adjustment relative to the die-retaining plate, the adjustment wedge can be adjusted on the contact surface in the direction of slope.
An image processing system including an information processing apparatus and one or more image processing apparatuses connectable to said information processing apparatus for processing an image data received from said information processing apparatus, characterized in that - said image processing apparatus comprises a protection function information storing unit for storing protection function information indicating whether a data protection function for holding a data to be processed in secrecy is present or absent, and - said information processing apparatus comprises: - a protection function information acquiring unit for acquiring the protection function information from one or more of said image processing apparatuses connectable to the information processing apparatus; and - an output unit for outputting a list of one or more image processing apparatuses related to the protection function information acquired by said protection function information acquiring unit on a screen and for outputting the acquired protection function information about each image processing apparatus on the screen. - said image processing apparatus comprises a protection function information storing unit for storing protection function information indicating whether a data protection function for holding a data to be processed in secrecy is present or absent, and - said information processing apparatus comprises: - a protection function information acquiring unit for acquiring the protection function information from one or more of said image processing apparatuses connectable to the information processing apparatus; and - an output unit for outputting a list of one or more image processing apparatuses related to the protection function information acquired by said protection function information acquiring unit on a screen and for outputting the acquired protection function information about each image processing apparatus on the screen. - a protection function information acquiring unit for acquiring the protection function information from one or more of said image processing apparatuses connectable to the information processing apparatus; and - an output unit for outputting a list of one or more image processing apparatuses related to the protection function information acquired by said protection function information acquiring unit on a screen and for outputting the acquired protection function information about each image processing apparatus on the screen.
An air purifier, comprising: - a housing, comprising a first housing and a second housing detachably connected with each other and enclosing an accommodating cavity when connected; - a purifying component, accommodated in the accommodating cavity; and - a locking component, comprising a mounting box fixed on the first housing and a snap partially arranged in the mounting box and movable between an engaged position, where it engages with a groove provided on the second housing, and a disengaged position, where it disengages with the groove; the first housing and the second housing being disconnected when the snap moves to the disengaged position, and connected when the snap moves to the engaged position and engages with the groove in a snap-fit manner, characterized in that the first housing is further provided with an ejecting part comprising an extendable ejecting member, when the snap disengages with the groove, the ejecting member extends out of the first housing and abuts against the purifying component mounted on the second housing so that the second housing and the first housing move away from each other, when the snap and the groove are connected in a snap-fit manner, the ejecting member retracts back into the first housing. - a housing, comprising a first housing and a second housing detachably connected with each other and enclosing an accommodating cavity when connected; - a purifying component, accommodated in the accommodating cavity; and - a locking component, comprising a mounting box fixed on the first housing and a snap partially arranged in the mounting box and movable between an engaged position, where it engages with a groove provided on the second housing, and a disengaged position, where it disengages with the groove; the first housing and the second housing being disconnected when the snap moves to the disengaged position, and connected when the snap moves to the engaged position and engages with the groove in a snap-fit manner, characterized in that the first housing is further provided with an ejecting part comprising an extendable ejecting member, when the snap disengages with the groove, the ejecting member extends out of the first housing and abuts against the purifying component mounted on the second housing so that the second housing and the first housing move away from each other, when the snap and the groove are connected in a snap-fit manner, the ejecting member retracts back into the first housing.