mhurhangee/ep-ind-claims huggingface dataset:
A hangable container comprising: - a shell with a bottom portion and a top rim spaced from the bottom portion, the shell having an inner and an outer surface and defining a basin of the container; - a hollow stem extending upwards from the inner surface of the shell and having a first end associated with the bottom portion and a second, free end, remote from the bottom portion, and formed with an articulation member; and - a catch provided at an inner portion of the hollow stem adjacent said first end, said catch being configured for engagement with an articulation member of a corresponding container; wherein an inscribing circle of the bottom portion is of smaller diameter than an inscribing circle of the top rim, and an inscribing circle of the first end of the hollow stem is of greater diameter than an inscribing circle of the second, free end of the hollow stem, thereby allowing the container to be both nestable and stackable with similar containers, characterized in that the catch is displaceable between a first, operational position in which it is configured for engagement with a corresponding articulation member of a stem and a second, non-operational position in which it is configured to be displaced so as to allow nestable stacking with the similar container, and in that displacement between the said operational and non-operational positions is provided by way of a pivotal articulation (32, 34) of the catch to the shell. - a shell with a bottom portion and a top rim spaced from the bottom portion, the shell having an inner and an outer surface and defining a basin of the container; - a hollow stem extending upwards from the inner surface of the shell and having a first end associated with the bottom portion and a second, free end, remote from the bottom portion, and formed with an articulation member; and - a catch provided at an inner portion of the hollow stem adjacent said first end, said catch being configured for engagement with an articulation member of a corresponding container; wherein an inscribing circle of the bottom portion is of smaller diameter than an inscribing circle of the top rim, and an inscribing circle of the first end of the hollow stem is of greater diameter than an inscribing circle of the second, free end of the hollow stem, thereby allowing the container to be both nestable and stackable with similar containers,
A wire tray for a microwave oven or a cooking appliance with microwave heating function, said wire tray includes a plurality of rods and a frame, wherein the rods are arranged within the frame, and wherein at least parts or portions of the wire tray are made of at least one microwave absorbing material and/or comprise at least one microwave absorbing material, so that the microwave absorbing material is heated up by the microwaves, characterized in that all of said plurality of rods are made of at least one microwave absorbing material or the wire tray is made of metal and elongated bushings (30, 32, 40, 42, 44) made of the microwave absorbing material are pushed over at least a part of the rods of said wire tray made of metal, wherein the wire tray is subdivided into zones (20, 22, 24) including a group of neighboured rods, and wherein the rods or bushings (40, 42, 44), respectively, of different zones (20, 22, 24) are made of different material compositions, so that different temperatures are provided on the wire tray.
Clutch assembly for a machine, comprising a clutch friction disc attachable to a rotating part of the machine and comprising at least one friction sector (1.0) on one of its two side faces (1.1, 1.2), and a main body coupleable to a shaft of the machine and which, in a clutching position of the clutch assembly, cooperates with the clutch friction disc by means of friction, transmitting the rotation of said clutch friction disc to said shaft, the clutch assembly further comprising at least one detection device which is configured for detecting the wear of the friction sector (1.0) of the clutch friction disc and which comprises at least one wear sensor (6.0), characterised in that the detection device is arranged in the main body and the wear sensor (6.0) faces a side face (1.1, 1.2) of the clutch friction disc to measure the wear of the friction sector (1.0) arranged on said side face, the clutch assembly further comprising at least one control device (6.2) communicated with the wear sensor (6.0), and at least one electric power unit (6.4) configured for powering the wear sensor (6.0), which is preferably a supercapacitor, the wear sensor (6.0) being configured for detecting the distance between its position and the side face (1.1, 1.2) of the clutch friction disc that it is facing, without coming into contact with said side face (1.1, 1.2), and the control device (6.2) being configured for determining the wear of the friction sector (1.0) arranged on said side face (1.1, 1.2) as a function of said detected distance.
A process for fractionating crude triglyceride oil which is semi solid at a temperature of between 0 to 40°C, wherein the triglyceride oil is obtained from an edible vegetable oil, the process includes the steps of: (a) heating the triglyceride oil to a temperature range of between 55 to 70°C for a period of 1 minute to 3 hours; (b) cooling the triglyceride oil obtained from step (a) to a temperature range of between 20 to 30°C for a period of 1 minute to 5 hours such that the triglyceride oil is at least partially crystallized thereby forming crystallized slurries; (c) warming the crystallized triglyceride oil from step (b) to a temperature in the range of between 22 to 33°C for a period of 1 minute to 3 hours; (d) cooling the triglyceride oil obtained from step (c) to a temperature range of between 10 to 30°C for a period of 1 minute to 65 hours; and (e) removing the crystallized slurries which is at a temperature in the range of between 10 to 30°C for a period of 1 minute to 65 hours. (a) heating the triglyceride oil to a temperature range of between 55 to 70°C for a period of 1 minute to 3 hours; (b) cooling the triglyceride oil obtained from step (a) to a temperature range of between 20 to 30°C for a period of 1 minute to 5 hours such that the triglyceride oil is at least partially crystallized thereby forming crystallized slurries; (c) warming the crystallized triglyceride oil from step (b) to a temperature in the range of between 22 to 33°C for a period of 1 minute to 3 hours; (d) cooling the triglyceride oil obtained from step (c) to a temperature range of between 10 to 30°C for a period of 1 minute to 65 hours; and (e) removing the crystallized slurries which is at a temperature in the range of between 10 to 30°C for a period of 1 minute to 65 hours.
A crib, comprising a left support portion, a right support portion and a sleeping basket, wherein each of the left support portion and the right support portion comprises a base, a support rod and a sleeve rod; the support rod is provided with a bottom portion connected to a top portion of the base and an upper portion nested in a lower portion of the sleeve rod; the sleeping basket is provided between the sleeve rod of the left support portion and the sleeve rod of the right support portion; an outer side of a bottom portion of the sleeve rod is provided with a double-lock assembly; the double-lock assembly comprises a mounting portion, a pulling portion for pulling and a pressing portion for pressing; the mounting portion is connected to the sleeve rod; the pulling portion and the pressing portion are arranged on the mounting portion, and the pulling portion is located above the pressing portion; when the pulling portion is not pulled upward, the pulling portion blocks the pressing portion; an inner side of the pressing portion is provided with a clamping portion; an outer side of a lower portion of the support rod is provided with a plurality of clamping slots arranged vertically; and the clamping portion passes through the mounting portion and the sleeve rod to be clamped into a clamping slot of the plurality of clamping slots, characterized in that a mounting slot is provided on an outer side of the mounting portion; an inner side of the pulling portion is provided with a spring mounting seat located in the mounting slot and two side plates spaced apart; the spring mounting seat is provided between the two side plates; the two side plates are respectively provided with strip slots; a first pin connected to the mounting portion passes through the strip slots of the two side plates; middle portions of two sides of the pulling portion are respectively provided with upper clamping edge portions, an upper portion of the mounting portion is provided with two lower clamping edge portions, and the two lower clamping edge portions are corresponding to the upper clamping edge portions, respectively; the upper clamping edge portions are configured to abut against the two lower clamping edge portions, respectively; and a first spring is provided between the spring mounting seat and an inner top surface of the mounting slot.
A method for handover in a wireless access network for a mobile station in idle mode comprising: receiving a location update request message by an anchor paging controller from a relay paging controller when a mobile station has changed paging groups wherein a network address of the relay paging controller is received in the location update request message; determining whether the mobile station has switched access service networks by determining whether the mobile station has either switched paging groups within a current access service network or switched paging groups to a new access service network by comparing the network address of the relay paging controller received in the location update request message with a network address stored in a location register of the anchor paging controller; and when the mobile station has switched between access service networks, sending a handover request message to a proxy mobile client of the mobile station to provide an address of a target foreign agent for use when routing subsequent communications to the mobile station. receiving a location update request message by an anchor paging controller from a relay paging controller when a mobile station has changed paging groups wherein a network address of the relay paging controller is received in the location update request message; determining whether the mobile station has switched access service networks by determining whether the mobile station has either switched paging groups within a current access service network or switched paging groups to a new access service network by comparing the network address of the relay paging controller received in the location update request message with a network address stored in a location register of the anchor paging controller; and when the mobile station has switched between access service networks, sending a handover request message to a proxy mobile client of the mobile station to provide an address of a target foreign agent for use when routing subsequent communications to the mobile station.
Rotary lobe pump for conveying a fluid medium containing solids, comprising - an inlet orifice and an outlet orifice for the medium to be conveyed, - two rotary pistons (121, 122) having mutually meshing rotary piston vanes disposed in a pump housing, and each of the two rotary pistons is mounted respectively on a shaft so as to rotate in unison with it and can be driven by the respective shaft, and the two shafts are coupled with one another by a gear mechanism disposed in a gear housing, characterised in that - the inlet orifice and outlet orifice are disposed on a connector housing, and - the gear housing and connector housing are designed as a gear unit. - an inlet orifice and an outlet orifice for the medium to be conveyed, - two rotary pistons (121, 122) having mutually meshing rotary piston vanes disposed in a pump housing, and each of the two rotary pistons is mounted respectively on a shaft so as to rotate in unison with it and can be driven by the respective shaft, and the two shafts are coupled with one another by a gear mechanism disposed in a gear housing, - the inlet orifice and outlet orifice are disposed on a connector housing, and - the gear housing and connector housing are designed as a gear unit.
A dual riser FCC process, comprising: cracking a first hydrocarbon feed having a carbon number less than 12 in a first riser under first-riser FCC conditions, thereby forming a first effluent enriched in ethylene, propylene or a combination thereof; cracking a second hydrocarbon feed having a carbon number less than 12 in a second riser under second-riser FCC conditions, thereby forming a second effluent enriched in ethylene, propylene or a combination thereof, wherein the first and second hydrocarbon feeds are different and the first-riser and second-riser FCC conditions are independently selected to favor production of ethylene, propylene or a combination thereof; recovering catalyst and separating gas from the first and second FCC effluents; regenerating the recovered catalyst by combustion of coke in a regenerator thereby obtaining hot, regenerated catalyst; recirculating the hot regenerated catalyst to the first and second risers thereby sustaining a continuous operating mode; and introducing a coke precursor to the first or second riser with the respective first or second hydrocarbon feed at a ratio of from 1 to 40 parts by weight coke precursor to 100 parts by weight fresh hydrocarbon feed, wherein the coke precursor is selected from the group consisting of acetylene, alkyl- or allyl-substituted acetylene, a diolefin, and combinations thereof. cracking a first hydrocarbon feed having a carbon number less than 12 in a first riser under first-riser FCC conditions, thereby forming a first effluent enriched in ethylene, propylene or a combination thereof; cracking a second hydrocarbon feed having a carbon number less than 12 in a second riser under second-riser FCC conditions, thereby forming a second effluent enriched in ethylene, propylene or a combination thereof, wherein the first and second hydrocarbon feeds are different and the first-riser and second-riser FCC conditions are independently selected to favor production of ethylene, propylene or a combination thereof; recovering catalyst and separating gas from the first and second FCC effluents; regenerating the recovered catalyst by combustion of coke in a regenerator thereby obtaining hot, regenerated catalyst; recirculating the hot regenerated catalyst to the first and second risers thereby sustaining a continuous operating mode; and introducing a coke precursor to the first or second riser with the respective first or second hydrocarbon feed at a ratio of from 1 to 40 parts by weight coke precursor to 100 parts by weight fresh hydrocarbon feed, wherein the coke precursor is selected from the group consisting of acetylene, alkyl- or allyl-substituted acetylene, a diolefin, and combinations thereof.
A method for controlling traffic in a packet-based network, comprising: sending, by an intermediate node, a control packet at the head of a first control queue based on first duration, wherein the first duration is obtained based on a committed burst size, CBS, and a first committed information rate, CIR, and the intermediate node is configured to send a packet of a first transmit end to a first receive end in the packet-based network; and sending, by the intermediate node, a first data packet set at the head of a data queue based on the sent control packet, wherein the first data packet set comprises C data packets, and C is an integer greater than or equal to 1; and when a sum of packet lengths of data packets that have been buffered in the data queue is greater than or equal to a first threshold and less than a second threshold, obtaining, by the intermediate node, second duration based on the CBS and a second CIR, wherein the second CIR is less than the first CIR, the first threshold is greater than a sum of packet lengths of the C data packets, and the second threshold is a maximum value of a sum of packet lengths of data packets that can be buffered in the data queue; sending, by the intermediate node, a control packet at the head of the first control queue based on the second duration; and sending, by the intermediate node, a second data packet set at the head of the data queue based on the sent control packet, wherein the second data packet set comprises C data packets. sending, by an intermediate node, a control packet at the head of a first control queue based on first duration, wherein the first duration is obtained based on a committed burst size, CBS, and a first committed information rate, CIR, and the intermediate node is configured to send a packet of a first transmit end to a first receive end in the packet-based network; and sending, by the intermediate node, a first data packet set at the head of a data queue based on the sent control packet, wherein the first data packet set comprises C data packets, and C is an integer greater than or equal to 1; and when a sum of packet lengths of data packets that have been buffered in the data queue is greater than or equal to a first threshold and less than a second threshold, obtaining, by the intermediate node, second duration based on the CBS and a second CIR, wherein the second CIR is less than the first CIR, the first threshold is greater than a sum of packet lengths of the C data packets, and the second threshold is a maximum value of a sum of packet lengths of data packets that can be buffered in the data queue; sending, by the intermediate node, a control packet at the head of the first control queue based on the second duration; and sending, by the intermediate node, a second data packet set at the head of the data queue based on the sent control packet, wherein the second data packet set comprises C data packets.
An analyte monitoring device, comprising: a first receiver for communicating with an on body unit, the on body unit comprising an in vivo positionable analyte sensor and a data processing unit; a display; a processor; and memory operably coupled to the processor, wherein the memory includes instructions stored therein that, when executed by a processor, cause the processor to: receive sensor-use information indicative of at least one of a first use type of the on body unit or a second use type of the on body unit; identify at least one of a plurality of settings associated with the sensor-use information, wherein the plurality of settings comprises a first setting and a second setting; configure the analyte monitoring device to operate with the identified setting (1020, 1030); and operate the analyte monitoring device with the first setting if the on body unit is the first use type, wherein the first setting prevents analyte values from being displayed, or operate the analyte monitoring device with the second setting if the on body unit is the second use type, wherein, in the second setting, analyte values are displayed. a first receiver for communicating with an on body unit, the on body unit comprising an in vivo positionable analyte sensor and a data processing unit; a display; a processor; and memory operably coupled to the processor, wherein the memory includes instructions stored therein that, when executed by a processor, cause the processor to: receive sensor-use information indicative of at least one of a first use type of the on body unit or a second use type of the on body unit; identify at least one of a plurality of settings associated with the sensor-use information, wherein the plurality of settings comprises a first setting and a second setting; configure the analyte monitoring device to operate with the identified setting (1020, 1030); and operate the analyte monitoring device with the first setting if the on body unit is the first use type, wherein the first setting prevents analyte values from being displayed, or receive sensor-use information indicative of at least one of a first use type of the on body unit or a second use type of the on body unit; identify at least one of a plurality of settings associated with the sensor-use information, wherein the plurality of settings comprises a first setting and a second setting; configure the analyte monitoring device to operate with the identified setting (1020, 1030); and operate the analyte monitoring device with the first setting if the on body unit is the first use type, wherein the first setting prevents analyte values from being displayed, or operate the analyte monitoring device with the second setting if the on body unit is the second use type, wherein, in the second setting, analyte values are displayed.
A cold storage material composition, comprising a multicomponent eutectic which is composed of water and two or more kinds of compounds, the cold storage material composition having a melting temperature in a range of -75°C to -30°C, wherein the two or more kinds of compounds are inorganic salts, and wherein the inorganic salts include a chloride salt and a bromide salt.
A method for manufacturing a soluble coffee tablet comprising the following successive steps: a. Taking a quantity of a coffee composition comprising coffee, wherein the coffee consists of soluble coffee particles; b. Compaction of the coffee composition to form a compacted coffee product of three-dimensional form being soluble; c. Moistening of said compacted coffee product to moisten the exterior surface of the compacted product; d. Drying of the moistened compacted product to form the soluble coffee tablet; wherein the moistening of step c) comprises the deposition of a quantity of water on the surface of the compacted product with a distribution between 1 mg/cm 2 and 3 mg/cm 2, the combination of said moistening and drying forming a soluble coffee tablet having an internal part and an external part entirely surrounding the internal part, with the external part and the internal part have the same composition and the external part having a greater density than the density of the internal part. a. Taking a quantity of a coffee composition comprising coffee, wherein the coffee consists of soluble coffee particles; b. Compaction of the coffee composition to form a compacted coffee product of three-dimensional form being soluble; c. Moistening of said compacted coffee product to moisten the exterior surface of the compacted product; d. Drying of the moistened compacted product to form the soluble coffee tablet;