mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner system, comprising a compressor, an indoor heat exchanger, a first throttle device, and an outdoor heat exchanger connected in series in a main circuit, wherein the main circuit is also provided with a heat exchanger and a first gas-liquid separator; one side of the heat exchanger is connected to a first pipeline between the first throttle device and the indoor heat exchanger, and the other side of the heat exchanger is connected to a second pipeline between the first throttle device and the outdoor heat exchanger, so that a refrigerant passing through the first pipeline and a refrigerant passing through the second pipeline can exchange heat in the heat exchanger; and wherein the first pipeline passes through one side of the heat exchanger and/or the second pipeline passes through the other side of the heat exchanger, characterised in that the first gas-liquid separator is positioned in a second pipeline section between the heat exchanger and the outdoor heat exchanger, and in that a bypass pipeline is disposed between the first gas-liquid separator and the compressor. wherein the main circuit is also provided with a heat exchanger and a first gas-liquid separator; one side of the heat exchanger is connected to a first pipeline between the first throttle device and the indoor heat exchanger, and the other side of the heat exchanger is connected to a second pipeline between the first throttle device and the outdoor heat exchanger, so that a refrigerant passing through the first pipeline and a refrigerant passing through the second pipeline can exchange heat in the heat exchanger; and wherein the first pipeline passes through one side of the heat exchanger and/or the second pipeline passes through the other side of the heat exchanger, characterised in that the first gas-liquid separator is positioned in a second pipeline section between the heat exchanger and the outdoor heat exchanger, and in that a bypass pipeline is disposed between the first gas-liquid separator and the compressor.
Method of optical data transmission, comprising - receiving at least one stream of data bits (B1, B2, B3), - mapping sets of said data bits (B1, B2, B3) onto successive logical states, wherein said logical states correspond to respective initial sets of two initial QPSK symbols chosen according to a QPSK mapping and according to a set partitioning rule by which only a subset out of all the possible states for the two combined QPSK symbols is used, - differentially encoding said logical states according to a differential encoding rule, - deriving for said differentially encoded logical states respective sets of two resulting QPSK symbols (QPSK1, QPSK2) according to said QPSK mapping and according to said set partitioning rule, - transmitting said encoded sets of two QPSK symbols using polarization division multiplexing, characterized in that said differential encoding rule causes a differential encoding of an initial set of QPSK symbols such that a first initial QPSK symbol of said initial set is differentially encoded but not the other initial QPSK symbol of said initial set. - receiving at least one stream of data bits (B1, B2, B3), - mapping sets of said data bits (B1, B2, B3) onto successive logical states, wherein said logical states correspond to respective initial sets of two initial QPSK symbols chosen according to a QPSK mapping and according to a set partitioning rule by which only a subset out of all the possible states for the two combined QPSK symbols is used, - differentially encoding said logical states according to a differential encoding rule, - deriving for said differentially encoded logical states respective sets of two resulting QPSK symbols (QPSK1, QPSK2) according to said QPSK mapping and according to said set partitioning rule, - transmitting said encoded sets of two QPSK symbols using polarization division multiplexing,
A mobile terminal comprising: a flexible display configured to be deformed by changing the display from an unfolded state to a folded state; a first body configured to support a first region of the display; a second body configured to support a remaining region of the display; and a hinge rotatably coupling the first body with the second body, wherein movement of the first body relative to the second body about the hinge permits the display to be changed between the unfolded state and the folded state, wherein the second body comprises: a first plate coupled to the hinge; and a second plate slidably coupled to the first plate to permit the second plate to be moved in a direction that extends from the hinge to permit the display to be changed to the unfolded state and to be moved in a direction that is towards the hinge to permit the display to be changed to the folded state, and characterized in that the first body comprises a receiving space formed to be recessed on one side of the first body, wherein the receiving space is sized to receive the second body and the remaining region of the display when the display is in the folded state. a flexible display configured to be deformed by changing the display from an unfolded state to a folded state; a first body configured to support a first region of the display; a second body configured to support a remaining region of the display; and a hinge rotatably coupling the first body with the second body, wherein movement of the first body relative to the second body about the hinge permits the display to be changed between the unfolded state and the folded state, wherein the second body comprises: a first plate coupled to the hinge; and a second plate slidably coupled to the first plate to permit the second plate to be moved in a direction that extends from the hinge to permit the display to be changed to the unfolded state and to be moved in a direction that is towards the hinge to permit the display to be changed to the folded state, and characterized in that the first body comprises a receiving space formed to be recessed on one side of the first body, wherein the receiving space is sized to receive the second body and the remaining region of the display when the display is in the folded state. a first plate coupled to the hinge; and a second plate slidably coupled to the first plate to permit the second plate to be moved in a direction that extends from the hinge to permit the display to be changed to the unfolded state and to be moved in a direction that is towards the hinge to permit the display to be changed to the folded state, and characterized in that the first body comprises a receiving space formed to be recessed on one side of the first body, wherein the receiving space is sized to receive the second body and the remaining region of the display when the display is in the folded state.
A hand-held electric sealer with dual heads, comprising: a seat, including an engaging slot, a front insertion slot, a central engaging rod, a rear insertion slot, and a first replacement element; a sealing module, including an engaging part for being engaged with the engaging slot of the seat; a press cover, including a central engaging piece, a heat insulation block, and a second replacement element; and a supporting casing, including an upper support (32, 32a, 32b, 32c, 32d, 32e, 32f) and a lower support (31, 31a, 31b, 31c, 31d, 31e, 31f), wherein the press cover is engaged with and above the upper support (32, 32a, 32b, 32c, 32d, 32e, 32f), and the seat and the sealing module are engaged with and underneath the lower support (31, 31 a, 31 b, 31 c, 31 d, 31 e, 31f), whereby through engagement of the central engaging piece of the press cover with the central engaging rod of the seat, passing through the upper and lower supports of the supporting casing, the press cover can be selectively swung to press the heat insulation block against the sealing module, or to press the second replacement element of the press cover against the first replacement element of the seat. a seat, including an engaging slot, a front insertion slot, a central engaging rod, a rear insertion slot, and a first replacement element; a sealing module, including an engaging part for being engaged with the engaging slot of the seat; a press cover, including a central engaging piece, a heat insulation block, and a second replacement element; and a supporting casing, including an upper support (32, 32a, 32b, 32c, 32d, 32e, 32f) and a lower support (31, 31a, 31b, 31c, 31d, 31e, 31f), wherein the press cover is engaged with and above the upper support (32, 32a, 32b, 32c, 32d, 32e, 32f), and the seat and the sealing module are engaged with and underneath the lower support (31, 31 a, 31 b, 31 c, 31 d, 31 e, 31f), whereby through engagement of the central engaging piece of the press cover with the central engaging rod of the seat, passing through the upper and lower supports of the supporting casing, the press cover can be selectively swung to press the heat insulation block against the sealing module, or to press the second replacement element of the press cover against the first replacement element of the seat.
A printable film comprising a substrate and at least one surface layer formed from a coating composition comprising: a binder being a water-dispersible polymer; an ethylenically unsaturated compound which is aqueous-dispersible and miscible with or bonded to said water-dispersible polymer, wherein said ethylenically unsaturated compound retains at least some of its unsaturation after reaction with the crosslinker and is able to form a covalent bond with an ink; and a crosslinker comprising an aziridine or a carbodiimide, wherein said crosslinker is present in an amount such that it is able to bind the coating to the substrate, wherein the crosslinker binds functional groups on the film surface with functional groups in the components of the coating composition, and wherein the film does not comprise a primer layer.
A method for management of a Machine Type Communication, MTC, event, the method comprising: receiving, by a system for management of the MTC event, data indicative of a MTC event state from a MTC device, wherein the MTC event state is a state of the MTC event prior to the MTC event reaching a critical MTC event state; mapping, by the system for management of the MTC event, the MTC event state with a Virtual Network Function, VNF, state of a VNF which is configured to mitigate the MTC event from reaching the critical MTC event state when it transitions in the mapped VNF state; sending, by the system for management of an MTC event, instructions to transition the VNF to the VNF state which is mapped with the MTC event state; wherein, the VNF comprises multiple VNF states and can be transitioned from one VNF state to another VNF state over a lifecycle of the VNF, and wherein each VNF state corresponds to utilization of different amounts of Network Function Virtualization Infrastructure, NFVI, resources. receiving, by a system for management of the MTC event, data indicative of a MTC event state from a MTC device, wherein the MTC event state is a state of the MTC event prior to the MTC event reaching a critical MTC event state; mapping, by the system for management of the MTC event, the MTC event state with a Virtual Network Function, VNF, state of a VNF which is configured to mitigate the MTC event from reaching the critical MTC event state when it transitions in the mapped VNF state; sending, by the system for management of an MTC event, instructions to transition the VNF to the VNF state which is mapped with the MTC event state; wherein, the VNF comprises multiple VNF states and can be transitioned from one VNF state to another VNF state over a lifecycle of the VNF, and wherein each VNF state corresponds to utilization of different amounts of Network Function Virtualization Infrastructure, NFVI, resources.
A method for wireless communication in a network comprising a resource-restricted device (ZGPD), at least two proxy devices (ZP1, ZP2) and at least one destination device, wherein the method is characterized in that it comprises the following steps: - the resource-restricted device (ZGPD) transmitting a frame to be forwarded to the at least one destination device in the network, said frame containing a source identifier of the resource-restricted device, - at least one first proxy device receiving the frame and identifying the frame as originating from a resource-restricted device, - the first proxy device determining the source identifier and deriving a group identifier by applying a predetermined function to the source identifier, the group identifier designating a destination address designating a group of destination devices being destination devices for the resource-restricted device, - the first proxy device constructing, from the frame, a packet to be forwarded, wherein the constructed packet is a notification packet for the destination devices, - the first proxy device forwarding in multicast to the derived group address the packet by taking into account the group identifier. - the resource-restricted device (ZGPD) transmitting a frame to be forwarded to the at least one destination device in the network, said frame containing a source identifier of the resource-restricted device, - at least one first proxy device receiving the frame and identifying the frame as originating from a resource-restricted device, - the first proxy device determining the source identifier and deriving a group identifier by applying a predetermined function to the source identifier, the group identifier designating a destination address designating a group of destination devices being destination devices for the resource-restricted device, - the first proxy device constructing, from the frame, a packet to be forwarded, wherein the constructed packet is a notification packet for the destination devices, - the first proxy device forwarding in multicast to the derived group address the packet by taking into account the group identifier.
An integrated electric compressor comprising: a compressor for an air conditioner; a motor driving the compressor; a control board controlling the operation of the motor; and a housing accommodating the compressor, the motor, and the control board, wherein the control board comprises: a switching element controlling the application of a voltage to the motor from a power source to rotationally drive the motor; a control circuit controlling the operation of the switching element; and a snubber circuit which is provided between the power source and the switching element to reduce radio noise characterized in that the snubber circuit consists of a resistor (R, 21r) and a capacitor (C, 21c), wherein the resistor (R, 21r) and the capacitor (C, 21c) constituting the snubber circuit are surface mounted on a first board. a compressor for an air conditioner; a motor driving the compressor; a control board controlling the operation of the motor; and a housing accommodating the compressor, the motor, and the control board, wherein the control board comprises: a switching element controlling the application of a voltage to the motor from a power source to rotationally drive the motor; a control circuit controlling the operation of the switching element; and a snubber circuit which is provided between the power source and the switching element to reduce radio noise characterized in that the snubber circuit consists of a resistor (R, 21r) and a capacitor (C, 21c), wherein the resistor (R, 21r) and the capacitor (C, 21c) constituting the snubber circuit are surface mounted on a first board. a switching element controlling the application of a voltage to the motor from a power source to rotationally drive the motor; a control circuit controlling the operation of the switching element; and a snubber circuit which is provided between the power source and the switching element to reduce radio noise characterized in that the snubber circuit consists of a resistor (R, 21r) and a capacitor (C, 21c), wherein the resistor (R, 21r) and the capacitor (C, 21c) constituting the snubber circuit are surface mounted on a first board.
A ladder adapted for attachment to a rear door (18, 20) of a cargo van comprising: (a) a pair of longitudinally extending side rails (30, 32) held in parallel, spaced-apart relation by a plurality of regularly spaced-apart, transversely extending rungs; (b) first and second bracket plates attached to lower end portions of the pair of side rails and third and fourth bracket plates attached to upper end portions of the pair of side rails; characterized in that (c) first and second clamp tubes secured to the first and second bracket plates and third and fourth clamp tubes secured to the third and fourth bracket plates and where each clamp tube defines a lumen; (d) first, second, third and fourth extension rods (62, 86) inserted into respective ones of the lumens of the first, second, third and fourth clamp tubes; (e) first and second upwardly projecting tabs affixed to an outer end portion of the first and second extension rods adapted to engage a lower edge of said rear door; and (f) third and fourth downwardly projecting tabs affixed to an outer end portion of the third and fourth extension rods adapted to engage an upper edge of said rear door. (a) a pair of longitudinally extending side rails (30, 32) held in parallel, spaced-apart relation by a plurality of regularly spaced-apart, transversely extending rungs; (b) first and second bracket plates attached to lower end portions of the pair of side rails and third and fourth bracket plates attached to upper end portions of the pair of side rails; (c) first and second clamp tubes secured to the first and second bracket plates and third and fourth clamp tubes secured to the third and fourth bracket plates and where each clamp tube defines a lumen; (d) first, second, third and fourth extension rods (62, 86) inserted into respective ones of the lumens of the first, second, third and fourth clamp tubes; (e) first and second upwardly projecting tabs affixed to an outer end portion of the first and second extension rods adapted to engage a lower edge of said rear door; and (f) third and fourth downwardly projecting tabs affixed to an outer end portion of the third and fourth extension rods adapted to engage an upper edge of said rear door.
Storage container comprising (a) at least one diagnostic element with a hydrophilic or hydrophilically coated surface, and (b) at least one porous absorption material for the selective storage of hydrophobic, volatile substances, characterised in that the absorption material has pores with a diameter of some 0.5 nm to some 0.8 nm. (a) at least one diagnostic element with a hydrophilic or hydrophilically coated surface, and (b) at least one porous absorption material for the selective storage of hydrophobic, volatile substances,
An intestinal alkaline phosphatase for use in the treatment or prevention of delayed radiation enteropathy, optionally wherein the IAP comprises an amino sequence having at least about 90% sequence identity with SEQ ID NO: 2 or SEQ ID NO: 3.
A method of knitting a knitted fabric with a pocket knitted using a flat knitting machine having at least a front and a back needle bed in which a plurality of knitting needles are arranged side by side, and in which stitches are transferred between the needle beds, a bind-off process being performed on a stitch row at an end of a pocket bag portion formed by being branched from a base knitted fabric portion; the method characterized by comprising the step of: forming a tubular base knitted fabric portion to become a two-layer fabric portion with respect to a stitch row of the base knitted fabric portion at an upper position of the pocket bag portion after the bind-off process is completed. forming a tubular base knitted fabric portion to become a two-layer fabric portion with respect to a stitch row of the base knitted fabric portion at an upper position of the pocket bag portion after the bind-off process is completed.
A method for manufacturing a rotor for an electrical machine, in particular a rotor yoke for a wind turbine generator, comprising the steps of - providing a hollow rolled metal cylinder - plastically deforming the cylinder permanently to a predetermined shape and a predetermined size, wherein - a pressing means is arranged inside or around the cylinder, applying a pressing force to at least a part of the inner or outer surface of the cylinder, wherein a pressing force in a radial direction of the cylinder is applied, - the pressing force is applied while the cylinder is arranged inside a cavity of an outer mould element surrounding and/or supporting the cylinder or an inner mould element is arranged inside the cavity of the cylinder, and - a mould element comprising a matrix structure with at least one protrusion corresponding to a desired predetermined texture of the rotor on its inner or outer wall is used. - providing a hollow rolled metal cylinder - plastically deforming the cylinder permanently to a predetermined shape and a predetermined size, wherein - a pressing means is arranged inside or around the cylinder, applying a pressing force to at least a part of the inner or outer surface of the cylinder, wherein a pressing force in a radial direction of the cylinder is applied, - the pressing force is applied while the cylinder is arranged inside a cavity of an outer mould element surrounding and/or supporting the cylinder or an inner mould element is arranged inside the cavity of the cylinder, and - a mould element comprising a matrix structure with at least one protrusion corresponding to a desired predetermined texture of the rotor on its inner or outer wall is used.
A method performed by a cloud client device (232;233;234) comprising: receiving an indication of a coupling with a client device, the client device locally coupled to the cloud client device (232; 233; 234); sending authentication data to a cloud services system, wherein the authentication data comprises a location of the cloud client device (232; 233; 234) determined based at least in part on data from a GPS transmitter of the client device (232; 233; 234); receiving data for configuring the cloud client device (232; 233; 234) from the cloud services system, the data comprising one or more software modules associated with a communication protocol; receiving input from a user of the client device in a first format; translating, by the cloud client device (232; 233; 234), the input into a second format; and transmitting the translated input in accordance with the communication protocol to at least one other client device to control or interact with the at least one other client device. receiving an indication of a coupling with a client device, the client device locally coupled to the cloud client device (232; 233; 234); sending authentication data to a cloud services system, wherein the authentication data comprises a location of the cloud client device (232; 233; 234) determined based at least in part on data from a GPS transmitter of the client device (232; 233; 234); receiving data for configuring the cloud client device (232; 233; 234) from the cloud services system, the data comprising one or more software modules associated with a communication protocol; receiving input from a user of the client device in a first format; translating, by the cloud client device (232; 233; 234), the input into a second format; and transmitting the translated input in accordance with the communication protocol to at least one other client device to control or interact with the at least one other client device.