mhurhangee/ep-ind-claims huggingface dataset:
Process for treating a gas containing CO 2 in order to reduce the CO 2 in said gas, in which the gas to be treated is brought into contact with an absorbent which comprises at least one CO 2 -capturing agent, this CO 2 -capturing agent being supported on a solid composite material which contains: - at least one polymer, and - at least one compound chosen from mineral oxides, silico-aluminates and active carbon, said material having: - a median particle size D50 of greater than or equal to 100 μm, - a pore volume Vd1, constituted by the pores with a diameter of between 3.6 and 1000 nm, of at least 0.2 cm 3 /g. - at least one polymer, and - at least one compound chosen from mineral oxides, silico-aluminates and active carbon, - a median particle size D50 of greater than or equal to 100 μm, - a pore volume Vd1, constituted by the pores with a diameter of between 3.6 and 1000 nm, of at least 0.2 cm 3 /g.
A surgical drill (20; 60) comprising: an instrument body including a drill shaft (22, 24; 63, 65) having a distal end, a proximal end and a length therebetween; and a bushing (67; 167; 267; 367) extending along a longitudinal axis and having a length, wherein the bushing, along its length, includes more than one spring portion (69A - 69E; 169A, 169B), each spring portion (69a - 69e; 169; 369) includes a resilient member; and more than one solid portion (68; 168; 268), where each resilient member is separated along the longitudinal axis from one another by a solid portion, wherein the bushing is cannulated such that the shaft of the drill is positioned therethrough, and wherein a proximal portion of the bushing has an inner diameter to minimize proximal movement of the bushing on the drill shaft, and wherein a distal portion of the bushing is slideable along a portion of the length of the shaft relative to the proximal portion of the bushing. an instrument body including a drill shaft (22, 24; 63, 65) having a distal end, a proximal end and a length therebetween; and a bushing (67; 167; 267; 367) extending along a longitudinal axis and having a length, wherein the bushing, along its length, includes more than one spring portion (69A - 69E; 169A, 169B), each spring portion (69a - 69e; 169; 369) includes a resilient member; and more than one solid portion (68; 168; 268), where each resilient member is separated along the longitudinal axis from one another by a solid portion, wherein the bushing is cannulated such that the shaft of the drill is positioned therethrough, and wherein a proximal portion of the bushing has an inner diameter to minimize proximal movement of the bushing on the drill shaft, and wherein a distal portion of the bushing is slideable along a portion of the length of the shaft relative to the proximal portion of the bushing.
Infrared heater appliance with airtight chamber, comprising at least one bulb housed in a shell constituted by a cap and a closure lid, a safety valve mounted on said cap, suitable for discharging externally the overpressure that may be caused in said airtight chamber due to the heat generated by said infrared bulb, said safety valve comprising an internally hollow cylindrical valve body, with a seat wherein a calibrated spring is housed, acting on a shutter in order to keep it in the position of valve closed, characterized in that said valve body has at least one hole which places in communication with the outside said seat in order to release the overpressure inside the appliance following the displacement of said shutter, when the internal pressure exceeds a predetermined threshold with respect to that of the external environment said safety valve having one shutter only, said spring being calibrated so as to ensure a certain pressure inside the appliance to prevent any external explosive mixtures from coming into contact with the internal electrical components.
A method for application detection and control in a roaming scenario, characterized by comprising: a visited policy control and charging rules function, V-PCRF, receiving application information of a detected application reported by a traffic detection function, TDF,; the V-PCRF creating a second policy and charging control, PCC, rule according to the application information and a first PCC rule that is provisioned by a home policy control and charging function, H-PCRF, for detecting the application; the V-PCRF sending the second PCC rule to a policy and charging enforcement function, PCEF,; wherein: the application information comprises an application identifier and corresponding flow description information; the first PCC rule includes the application identifier and corresponding Quality of Service, QoS, information, and the second PCC rule includes the flow description information and the QoS information; wherein if service data flow description of the application is deducible, the flow description information is service data flow description, and the V-PCRF sets a service data flow filter in the second PCC rule according to the service data flow description. a visited policy control and charging rules function, V-PCRF, receiving application information of a detected application reported by a traffic detection function, TDF,; the V-PCRF creating a second policy and charging control, PCC, rule according to the application information and a first PCC rule that is provisioned by a home policy control and charging function, H-PCRF, for detecting the application; the V-PCRF sending the second PCC rule to a policy and charging enforcement function, PCEF,; wherein: the application information comprises an application identifier and corresponding flow description information; the first PCC rule includes the application identifier and corresponding Quality of Service, QoS, information, and the second PCC rule includes the flow description information and the QoS information; wherein if service data flow description of the application is deducible, the flow description information is service data flow description, and the V-PCRF sets a service data flow filter in the second PCC rule according to the service data flow description. the application information comprises an application identifier and corresponding flow description information; the first PCC rule includes the application identifier and corresponding Quality of Service, QoS, information, and the second PCC rule includes the flow description information and the QoS information; wherein if service data flow description of the application is deducible, the flow description information is service data flow description, and the V-PCRF sets a service data flow filter in the second PCC rule according to the service data flow description.
A method for operating a temperature control system having a ventilation subsystem and a cooling subsystem, the method comprising: monitoring an indoor temperature of a structure; monitoring an outdoor temperature of ambient air outside of the structure; defining a first time range and a second time range, wherein the second time range comprises a duration less than the first time range; associating one or more operating parameters of the ventilation subsystem and the cooling subsystem with the first time range; associating one or more operating parameters of the ventilation subsystem and the cooling subsystem with the second time range; monitoring operational time and operational load of the cooling subsystem for the first time range characterized by; predicting a space temperature and an outdoor air temperature for a subsequent time period; and controlling the ventilation subsystem during the second time range based upon the monitored operational time and operational load of the cooling subsystem for the first time range, the monitored interior and exterior temperatures, the predicted space temperature, the predicted outdoor air temperature, and the one or more operating parameters of the cooling subsystem associated with the second time range. monitoring an indoor temperature of a structure; monitoring an outdoor temperature of ambient air outside of the structure; defining a first time range and a second time range, wherein the second time range comprises a duration less than the first time range; associating one or more operating parameters of the ventilation subsystem and the cooling subsystem with the first time range; associating one or more operating parameters of the ventilation subsystem and the cooling subsystem with the second time range; monitoring operational time and operational load of the cooling subsystem for the first time range characterized by; predicting a space temperature and an outdoor air temperature for a subsequent time period; and controlling the ventilation subsystem during the second time range based upon the monitored operational time and operational load of the cooling subsystem for the first time range, the monitored interior and exterior temperatures, the predicted space temperature, the predicted outdoor air temperature, and the one or more operating parameters of the cooling subsystem associated with the second time range.
Steering wheel actuation device for retrofit mounting to a steering wheel of a motor vehicle and for applying motor-driven torque to same, having a stator suitable for bracing against rotational movement and a rotor capable of rotation at the stator, provided at which are securing means for torque-proof attachment to the steering wheel, characterised in that the stator is configured as U-shaped, extends over a curved section, and forms an open section.
Machine-made three-dimensional packaging product comprising a portion of a single layer or multi-layer paper web formed in a predetermined way, which portion comprises two longitudinal edges extending in a direction of the web, two end edges limiting the paper web portion in the direction of the web, and a middle area extending parallel to the longitudinal edges in the direction of the web, characterized in that at least one strip of the longitudinal edge of the paper web portion is folded or rolled in at least partially protruding the middle area such that overlapping paper web portion areas form a hollow crumple space extending in the direction of the web, wherein at least a part of the middle area is attached along a deformation zone extending in the direction of the web, wherein the packaging product comprises at least one embossing area and/or perforation outside of the deformation zone in the area of the hollow crumple space, which embossing area and/or perforation extends through at least two overlapping paper web portion areas in a flush manner.
A chuck for actuating plastic material containers, in particular preforms, along a conveying line, comprising: - a structure, fixable to a link of a conveying chain, - a body (12, 13, 14), defining a longitudinal axis, inserted into a longitudinal through hole of said structure and adapted to axially slide and/or rotate about said axis, provided with gripping means at a first end for gripping a container neck, wherein the body (12, 13, 14) is provided with at least one indication element of a predetermined angular position, characterised in that the structure is provided with locking means (16', 16", 27) for locking said body (12, 13, 14) in said predetermined angular position. - a structure, fixable to a link of a conveying chain, - a body (12, 13, 14), defining a longitudinal axis, inserted into a longitudinal through hole of said structure and adapted to axially slide and/or rotate about said axis, provided with gripping means at a first end for gripping a container neck,
Door-lock device for locking a door of a household appliance, such as a washing machine and the like, said door being of the type comprising a lug, said device comprising a containment casing, having an opening, in which said lug is insertable, a closing assembly, arranged within said containment casing, comprising a retaining member intended to engage with said lug, such that when said lug is pushed towards said retaining member, said retaining member retains said lug, and when said lug is then pushed toward said retaining member, said retaining member free said lug, an blocking assembly arranged in said containment casing, said blocking assembly interfering with said retaining member, so as to allow in turn said lug to disengage, when engaged, from said retaining member due to a traction of said retaining member over a presettable threshold, and a safety pin, movable between a retracted position, in which said household appliance is not operating, and an extracted position, in which said household appliance operates and said safety pin interfering with said blocking assembly, so as to block said lug and thus keeping said door closed, characterized in that said blocking assembly comprises a disengagement member, for disengaging said retaining member, so as to allow said lug to disengage from said retaining member due to a traction of said retaining member over a presettable threshold. a containment casing, having an opening, in which said lug is insertable, a closing assembly, arranged within said containment casing, comprising a retaining member intended to engage with said lug, such that when said lug is pushed towards said retaining member, said retaining member retains said lug, and when said lug is then pushed toward said retaining member, said retaining member free said lug, an blocking assembly arranged in said containment casing, said blocking assembly interfering with said retaining member, so as to allow in turn said lug to disengage, when engaged, from said retaining member due to a traction of said retaining member over a presettable threshold, and a safety pin, movable between a retracted position, in which said household appliance is not operating, and an extracted position, in which said household appliance operates and said safety pin interfering with said blocking assembly, so as to block said lug and thus keeping said door closed,
An optical amplifier comprising an optical path having an input end and an output end, a direction of propagation for an optical signal being defined which goes from the input end to the output end, a first erbium doped optical fiber placed along the optical path, a first gain flatting filter placed along the optical path downstream the first erbium doped optical fiber, a second erbium doped optical fiber placed along the optical path downstream the first gain flatting filter, a second gain flatting filter placed along the optical path downstream the second erbium doped optical fiber, a third erbium doped optical fiber placed along the optical path downstream the second gain flatting filter, and an optical pump optically coupled to the optical path so as to optically pump at least the first and the third erbium doped optical fiber, wherein each of the first and second gain flattening filters (6, 8) has a spectral loss curve having at a first wavelength comprised between 1555 nm and 1565 nm a first loss, at a second wavelength comprised between 1535 nm and 1545 nm a second loss and at a third wavelength comprised between 1575 nm and 1585 nm a third loss, characterized in that the second loss and the third loss of the first gain flattening filter is greater than, or equal to, - 8 dB and in that the second loss and the third loss of the second gain flattening filter is greater than, or equal to, - 6 dB.
A circuit-board assembly, comprising: a printed circuit-board that includes a mounting surface that defines a plurality of contact pads and a continuous trace that interconnects a selected group of the contact pads; an integrated-circuit die that includes an electrical circuit, said integrated-circuit die having a plurality of solder pads; a ball grid-array that includes a plurality of solder balls interposed between the contact pads and the solder pads, said plurality of solder balls establish electrical communication between the electrical circuit and the contact pads when the circuit-board assembly is assembled; a barrier material that is a conductive solder or an electrically-conductive epoxy located between a string of solder balls that are attached to the selected group of the contact pads to create a barrier that segregates an underfill region from a non-underfill region between the printed circuit-board and the integrated-circuit die, whereby the barrier is in direct contact with the string of the solder balls, the integrated-circuit die, and the continuous trace; and an adhesive material in direct contact with a portion of the underfill region, whereby the barrier prevents the adhesive material from encroaching upon the non-underfill region. a printed circuit-board that includes a mounting surface that defines a plurality of contact pads and a continuous trace that interconnects a selected group of the contact pads; an integrated-circuit die that includes an electrical circuit, said integrated-circuit die having a plurality of solder pads; a ball grid-array that includes a plurality of solder balls interposed between the contact pads and the solder pads, said plurality of solder balls establish electrical communication between the electrical circuit and the contact pads when the circuit-board assembly is assembled; a barrier material that is a conductive solder or an electrically-conductive epoxy located between a string of solder balls that are attached to the selected group of the contact pads to create a barrier that segregates an underfill region from a non-underfill region between the printed circuit-board and the integrated-circuit die, whereby the barrier is in direct contact with the string of the solder balls, the integrated-circuit die, and the continuous trace; and an adhesive material in direct contact with a portion of the underfill region, whereby the barrier prevents the adhesive material from encroaching upon the non-underfill region.
An emulsion composition for manufacturing a polyalkylene carbonate molded product, comprising a continuous phase containing water; and resin particles which are dispersed in the continuous phase and include a polyalkylene carbonate resin, sulfonic acid salts as a first surfactant and alkanes as a second surfactant, wherein the second surfactant concentration is higher at the core of the particle than at the surface of the particle and the first surfactant concentration is higher at the surface of the particle than at the core of the particle.
A method for providing secure, private and fraud-resistant smart meter information gathering and smart-meter-based applications using smart meters with secure cryptography modules in a smart grid, comprising: issuing a privacy-enhanced credential to a consumer node comprising a smart meter, through an interactive process between an identity provider and the consumer node; operating the consumer node to compute and associate a credential id corresponding to the privacy-enhanced credential wherein the credential id acts as a pseudonym for the consumer without revealing that the credential id is associated with the consumer; operating the consumer node to generate a first presentation token from the privacy-enhanced credential which includes no consumer-identifying attributes from the privacy-enhanced credential and includes the credential id as a pseudonym for the consumer; and operating the consumer node to provide usage information using the first presentation token and the credential id to a service provider node. issuing a privacy-enhanced credential to a consumer node comprising a smart meter, through an interactive process between an identity provider and the consumer node; operating the consumer node to compute and associate a credential id corresponding to the privacy-enhanced credential wherein the credential id acts as a pseudonym for the consumer without revealing that the credential id is associated with the consumer; operating the consumer node to generate a first presentation token from the privacy-enhanced credential which includes no consumer-identifying attributes from the privacy-enhanced credential and includes the credential id as a pseudonym for the consumer; and operating the consumer node to provide usage information using the first presentation token and the credential id to a service provider node.
A biochemical reaction cartridge, comprising: an injection port for injecting a specimen therefrom, a first chamber for containing the specimen therein, a first passage, a second chamber for containing therein a reagent which contributes to a biochemical reaction, a second passage for connecting said first chamber to said second chamber to move the liquid in said first chamber to said second chamber, wherein a bottom position of a first connecting portion for connecting said first chamber to said first passage is higher than a bottom position of a second connecting portion for connecting said first chamber to said second passage, and a plurality of nozzle ports for receiving therethrough a plurality of nozzles for applying or reducing pressure, wherein the plurality of nozzle ports communicates with the first or second chamber (7, 5e), and fluid is present between the plurality of nozzle ports and the first or second chamber (7, 5e) and is pressurized or depressurized by the plurality of nozzles (20, 21) to move the specimen and/or the reagent and/or the reaction liquid, thereby to effect a sequence of a biochemical reaction within the cartridge; characterized by a storage chamber for accumulating a liquid, wherein said first passage connects said storage chamber to said first chamber to move the liquid in said storage chamber to said first chamber. an injection port for injecting a specimen therefrom, a first chamber for containing the specimen therein, a first passage, a second chamber for containing therein a reagent which contributes to a biochemical reaction, a second passage for connecting said first chamber to said second chamber to move the liquid in said first chamber to said second chamber, wherein a bottom position of a first connecting portion for connecting said first chamber to said first passage is higher than a bottom position of a second connecting portion for connecting said first chamber to said second passage, and a plurality of nozzle ports for receiving therethrough a plurality of nozzles for applying or reducing pressure, wherein the plurality of nozzle ports communicates with the first or second chamber (7, 5e), and fluid is present between the plurality of nozzle ports and the first or second chamber (7, 5e) and is pressurized or depressurized by the plurality of nozzles (20, 21) to move the specimen and/or the reagent and/or the reaction liquid, thereby to effect a sequence of a biochemical reaction within the cartridge; characterized by a storage chamber for accumulating a liquid, wherein said first passage connects said storage chamber to said first chamber to move the liquid in said storage chamber to said first chamber.