mhurhangee/ep-ind-claims huggingface dataset:
Container arrangement for bulk material, comprising at least one first separate container part with a closable removal opening and a second separate container part with a closable removal opening, wherein the first removal opening and the second removal opening face in different directions and wherein the first removal opening is able to be closed by a first closure part and the second removal opening is able to be closed by a second closure part, wherein the first container part comprises a wall partially defining a recess, and the second container part is able to be releasably arranged in the recess of the first container part, such that the first container part and the second container part are able to be connected to the container arrangement, characterized in that the second closure part of the second container part has a locking arrangement which acts in a locking manner on a locking arrangement arranged at an end region of the wall of the first container part and on a locking arrangement arranged on the wall of the second container part, when the second container part is inserted into the recess of the first container part and when the second closure part is arranged on the second removal opening, and in that at least the second closure part of the second container part encompasses in a locking manner a partial region of the second container part and a partial region of the first container part, when the first and the second container part (2, 3) are connected together.
A solid state compressor, the compressor comprising: an enclosed housing having an inlet aperture defined at a first end thereof and an outlet aperture defined at a second end thereof, said inlet aperture being exposed to a source of ambient gas; a first pressure producing device formed adjacent the inlet aperture and configured to produce a pressure, the first pressure producing device being formed of a plurality of distributed thrusters, wherein each distributed thruster of the plurality of distributed thrusters includes at least a first upper layer and a first lower layer arranged in a stack; a control unit coupled to the first pressure producing device; and wherein the control unit controls the first pressure producing device by individually heating and/or cooling each of the at least first upper layer and the first lower layer to create a temperature differential therebetween and produce the pressure, wherein said produced pressure causes the ambient gas to be compressed in the housing and into the outlet aperture. an enclosed housing having an inlet aperture defined at a first end thereof and an outlet aperture defined at a second end thereof, said inlet aperture being exposed to a source of ambient gas; a first pressure producing device formed adjacent the inlet aperture and configured to produce a pressure, the first pressure producing device being formed of a plurality of distributed thrusters, wherein each distributed thruster of the plurality of distributed thrusters includes at least a first upper layer and a first lower layer arranged in a stack; a control unit coupled to the first pressure producing device; and wherein the control unit controls the first pressure producing device by individually heating and/or cooling each of the at least first upper layer and the first lower layer to create a temperature differential therebetween and produce the pressure,
A method for providing a substrate coating, comprising: transferring a substrate to an enclosed ink jet printing system; printing organic material over a deposition region of the substrate using the enclosed ink jet printing system, the deposition region comprising at least a portion of a light-emitting diode device on the substrate; transferring the substrate with the organic material deposited thereon to an enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302); supporting the substrate in the enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302) using a pressurized gas cushion distributed between the substrate and a substrate support apparatus; and while supporting the substrate in the enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302), treating the organic material deposited on the substrate using the enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302) to form an organic film layer. transferring a substrate to an enclosed ink jet printing system; printing organic material over a deposition region of the substrate using the enclosed ink jet printing system, the deposition region comprising at least a portion of a light-emitting diode device on the substrate; transferring the substrate with the organic material deposited thereon to an enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302); supporting the substrate in the enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302) using a pressurized gas cushion distributed between the substrate and a substrate support apparatus; and while supporting the substrate in the enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302), treating the organic material deposited on the substrate using the enclosed curing module (1200/1200a/1200b/1300/1300a/1300b/2302) to form an organic film layer.
A package for storing and/or shipping cable, comprising: a platform (104, 302) having a flat panel (108, 304) having upper and lower surfaces, first locating features (110, 310) on the upper surface, and second locating features (112, 311, 312) on the lower surface; a generally cylindrical hub having a first diameter mounted on the upper surface of the flat panel (108, 304), the hub engaging and being positioned by the first locating features (110, 310), whereby the hub can also be engaged by the second locating features (112, 311, 312) such that the hub fits within these locating features; and a cable coiled around the hub. a platform (104, 302) having a flat panel (108, 304) having upper and lower surfaces, first locating features (110, 310) on the upper surface, and second locating features (112, 311, 312) on the lower surface; a generally cylindrical hub having a first diameter mounted on the upper surface of the flat panel (108, 304), the hub engaging and being positioned by the first locating features (110, 310), whereby the hub can also be engaged by the second locating features (112, 311, 312) such that the hub fits within these locating features; and a cable coiled around the hub.
Processing method involving a security module (30A;30B;30C) for messages controlling access to a content, comprising, following the receipt of a message controlling access to a first content, said message containing at least one criterion for accessing the first content, a first key (CW1 i) for deciphering the first content, in enciphered form, and a second key (CW2 j) for deciphering a second content, in enciphered form, the second content being separate from the first content, the following steps: - checking that the access criterion present in the message controlling access to the first content is met by user rights stored in memory in the security module (30A;30C); - the check being positive, deciphering the first (CW1 i) and the second (CW2j) deciphering keys then - transmitting the first deciphered deciphering key (CW1 i) to an external terminal (20A;20C) to decipher the first content and - storing the second deciphered deciphering key (CW2 j) in memory in the security module (30A;30C) with a view to its subsequent transmission to the external terminal to decipher the second content, access to the second content being conditional upon prior access to the first content. - checking that the access criterion present in the message controlling access to the first content is met by user rights stored in memory in the security module (30A;30C); - the check being positive, deciphering the first (CW1 i) and the second (CW2j) deciphering keys then - transmitting the first deciphered deciphering key (CW1 i) to an external terminal (20A;20C) to decipher the first content and - storing the second deciphered deciphering key (CW2 j) in memory in the security module (30A;30C) with a view to its subsequent transmission to the external terminal to decipher the second content, access to the second content being conditional upon prior access to the first content. - transmitting the first deciphered deciphering key (CW1 i) to an external terminal (20A;20C) to decipher the first content and - storing the second deciphered deciphering key (CW2 j) in memory in the security module (30A;30C) with a view to its subsequent transmission to the external terminal to decipher the second content, access to the second content being conditional upon prior access to the first content.
A method for implementing network cognition, comprising: determining a type of a received network task; according to the type of the received network task, selecting at least one cognitive capability identifier corresponding to the type of the network task, wherein the cognitive capability identifier is configured to identify a cognitive capability of a network device; using network devices with the at least one cognitive capability identifier as alternative network devices; determining that an alternative network device that is among the alternative network devices and has a cognitive capability that meets a condition for performing the network task is a target network device; and controlling the target network device to perform the network task, characterized in that: the at least one cognitive capability identifier comprises: an identifier indicating the cognitive capability of the network device and a level of the cognitive capability; or an identifier indicating the cognitive capability and a cognitive capability level of the network device and an identifier indicating a cognitive capability parameter value possessed by the network device, and wherein the cognitive capability comprises: a sensing capability, a learning capability and a reconfiguration capability. determining a type of a received network task; according to the type of the received network task, selecting at least one cognitive capability identifier corresponding to the type of the network task, wherein the cognitive capability identifier is configured to identify a cognitive capability of a network device; using network devices with the at least one cognitive capability identifier as alternative network devices; determining that an alternative network device that is among the alternative network devices and has a cognitive capability that meets a condition for performing the network task is a target network device; and controlling the target network device to perform the network task, characterized in that: the at least one cognitive capability identifier comprises: an identifier indicating the cognitive capability of the network device and a level of the cognitive capability; or an identifier indicating the cognitive capability and a cognitive capability level of the network device and an identifier indicating a cognitive capability parameter value possessed by the network device, and wherein the cognitive capability comprises: a sensing capability, a learning capability and a reconfiguration capability. the at least one cognitive capability identifier comprises: an identifier indicating the cognitive capability of the network device and a level of the cognitive capability; or an identifier indicating the cognitive capability and a cognitive capability level of the network device and an identifier indicating a cognitive capability parameter value possessed by the network device, and wherein the cognitive capability comprises: a sensing capability, a learning capability and a reconfiguration capability.
A portable electronic object comprising a case consisting of a middle provided with sides, the case comprising at least a first part made of insulating materials, said portable electronic object comprising at least one electronic module providing at least one piece of information to display means, said portable electronic object further comprising control means enabling the user to act on said at least one electronic module, said control means comprising at least tactile control means arranged on one of said sides, the tactile control means comprising at least one electrode system arranged in said at least one first part, said at least one electrode system comprising a support made of insulating materials on which at least one electrode is arranged, said electrode system further comprising securing means for attaching said support to the electronic module and electrically connecting said at least one electrode to the electronic module, characterised in that the securing means comprise at least one attachment clamp made of conductive materials attached, on one hand, to the electronic module and on the other hand to the support enabling electrical conduction between said electronic module and said at least one electrode.
A method for controlling operation of a first mobile terminal, the method comprising: entering, by the first mobile terminal, a content share mode; detecting, by the first mobile terminal, a second mobile terminal which is in the content share mode; specifying, by the first mobile terminal, a content transmission format for transmitting content to the second mobile terminal; transmitting, by the first mobile terminal, a content transmission grant request signal and information regarding the content to the second mobile terminal; receiving a content transmission grant signal from the second mobile terminal; and in response to the received content transmission grant signal, transmitting the content to the second mobile terminal according to the specified content transmission format, wherein the specifying a content transmission format comprises displaying a first icon representing a first transmission format at one side of a display unit of the first mobile terminal and a second icon representing a second transmission format at another side of the display unit; and dragging, on the display unit of the first mobile terminal, an image corresponding to the content to the first icon or the second icon for specifying a desired content transmission format, and wherein the transmitted content is displayed on a display unit of the second mobile terminal in a floating state when the desired content transmission format is the first transmission format, and in a sunken state when the desired content transmission format is the second transmission format. entering, by the first mobile terminal, a content share mode; detecting, by the first mobile terminal, a second mobile terminal which is in the content share mode; specifying, by the first mobile terminal, a content transmission format for transmitting content to the second mobile terminal; transmitting, by the first mobile terminal, a content transmission grant request signal and information regarding the content to the second mobile terminal; receiving a content transmission grant signal from the second mobile terminal; and in response to the received content transmission grant signal, transmitting the content to the second mobile terminal according to the specified content transmission format, wherein the specifying a content transmission format comprises displaying a first icon representing a first transmission format at one side of a display unit of the first mobile terminal and a second icon representing a second transmission format at another side of the display unit; and dragging, on the display unit of the first mobile terminal, an image corresponding to the content to the first icon or the second icon for specifying a desired content transmission format, and wherein the transmitted content is displayed on a display unit of the second mobile terminal in a floating state when the desired content transmission format is the first transmission format, and in a sunken state when the desired content transmission format is the second transmission format.
Collection pouch for body fluids provided with an anti-reflux valve, said collection pouch being constituted of two sheets of plastic material superposed and welded along the whole of their periphery, said collection pouch comprising: - a collection compartment; - an admission orifice and; - an admission channel located between said admission orifice and an entrance to said collection compartment, said admission channel being defined by welds (7, 8) forming the anti-reflux valve, said collection pouch being characterised in that: - said admission orifice and said entrance to said collection compartment are offset in relation to one another, - said welds (7, 8) of said admission channel define the internal limits of said collection compartment of said collection pouch, - said admission channel opens into said collection compartment distant from the lateral walls (9, 10) of the collection pouch. - a collection compartment; - an admission orifice and; - an admission channel located between said admission orifice and an entrance to said collection compartment, said admission channel being defined by welds (7, 8) forming the anti-reflux valve, - said admission orifice and said entrance to said collection compartment are offset in relation to one another, - said welds (7, 8) of said admission channel define the internal limits of said collection compartment of said collection pouch, - said admission channel opens into said collection compartment distant from the lateral walls (9, 10) of the collection pouch.
A pinch valve assembly for use in bioprocessing, the pinch valve assembly for compression of a fluid conduit and comprising: an assembly housing; and an interchangeable compressor element, the interchangeable compressor element comprising a threaded channel for fixing to a threaded end of a stem of a closure assembly; one interchangeable holder element, dimensioned for holding a fluid conduit, the holder element facing the interchangeable compressor element the valve assembly being configured such that, in use, the compressor element is moveable by the closure assembly towards the holder element within the assembly housing for compression of a fluid conduit between the compressor element and the holder element, characterized in that the holder element further comprises a threaded channel in a base portion for fixing the holder element within the assembly housing via a threaded bolt inserted into the threaded channel. an assembly housing; and an interchangeable compressor element, the interchangeable compressor element comprising a threaded channel for fixing to a threaded end of a stem of a closure assembly; one interchangeable holder element, dimensioned for holding a fluid conduit, the holder element facing the interchangeable compressor element the valve assembly being configured such that, in use, the compressor element is moveable by the closure assembly towards the holder element within the assembly housing for compression of a fluid conduit between the compressor element and the holder element, characterized in that the holder element further comprises a threaded channel in a base portion for fixing the holder element within the assembly housing via a threaded bolt inserted into the threaded channel.
A transcutaneous unloading device for a joint, comprising: a load absorber having a first and a second mating portion, a load absorbing portion disposed between the first and the second mating portions, and the load absorbing portion comprising a load absorbing pivot; a first percutaneous anchor (33, 35) having a first anchor portion configured to be affixed to a first member of the joint, and a first anchor mating portion for mating with the first mating portion; and a second percutaneous anchor having a second anchor portion configured to be affixed to a second member of the joint, and a second anchor mating portion for mating with the second mating portion, wherein the first and second mating portions and the first and second anchors are configured so that, in use, the load absorbing portion is disposed externally of a user's skin and so that, in use, the load absorbing pivot is pivotable at least about an axis substantially aligned with an axis of rotation of the first and second members of the joint, wherein the load absorbing portion comprises an absorber and an arm pivotably attached to the absorber at a pivot point, characterized in that the first anchor comprises upper and lower screws (33, 35) and upper and lower links (55, 57) adjustably attached at first ends thereof to the upper and lower screws, respectively, and, at second ends thereof, to the arm. a load absorber having a first and a second mating portion, a load absorbing portion disposed between the first and the second mating portions, and the load absorbing portion comprising a load absorbing pivot; a first percutaneous anchor (33, 35) having a first anchor portion configured to be affixed to a first member of the joint, and a first anchor mating portion for mating with the first mating portion; and a second percutaneous anchor having a second anchor portion configured to be affixed to a second member of the joint, and a second anchor mating portion for mating with the second mating portion, wherein the first and second mating portions and the first and second anchors are configured so that, in use, the load absorbing portion is disposed externally of a user's skin and so that, in use, the load absorbing pivot is pivotable at least about an axis substantially aligned with an axis of rotation of the first and second members of the joint, wherein the load absorbing portion comprises an absorber and an arm pivotably attached to the absorber at a pivot point, characterized in that the first anchor comprises upper and lower screws (33, 35) and upper and lower links (55, 57) adjustably attached at first ends thereof to the upper and lower screws, respectively, and, at second ends thereof, to the arm.