mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module comprising: a battery cell stacked body in which a plurality of battery cells are adjacent each other in parallel and are stacked; a mono frame receiving the battery cell stacked body and including at least one opening opened in a length direction of the battery cell stacked body , and including an upper plate and a lower plate that are perpendicular to a stacked side of the battery cell stacked body and a pair of lateral plates in parallel to the stacked side of the battery cell stacked body ; an external expansion controlling pad provided between the battery cell stacked body and the mono frame ; and a heat radiating resin provided between the battery cell stacked body and the lower plate , wherein the external expansion controlling pad includes two main bodies covering one side of the battery cell stacked body and provided between the battery cell stacked body and the pair of lateral plates , and two bridges connecting the two main bodies and formed along a side of the battery cell stacked body between the battery cell stacked body and the lower plate , wherein the heat radiating resin is provided in a space formed by the two main bodies and the two bridges . a battery cell stacked body in which a plurality of battery cells are adjacent each other in parallel and are stacked; a mono frame receiving the battery cell stacked body and including at least one opening opened in a length direction of the battery cell stacked body , and including an upper plate and a lower plate that are perpendicular to a stacked side of the battery cell stacked body and a pair of lateral plates in parallel to the stacked side of the battery cell stacked body ; an external expansion controlling pad provided between the battery cell stacked body and the mono frame ; and a heat radiating resin provided between the battery cell stacked body and the lower plate , wherein the external expansion controlling pad includes two main bodies covering one side of the battery cell stacked body and provided between the battery cell stacked body and the pair of lateral plates , and two bridges connecting the two main bodies and formed along a side of the battery cell stacked body between the battery cell stacked body and the lower plate , wherein the heat radiating resin is provided in a space formed by the two main bodies and the two bridges .
A coating apparatus comprising: a coating chamber for applying a plastic coating material to a wire passing through the coating chamber; an elongate injection channel for receiving plastic coating material input to the coating apparatus at a first end of the injection channel through an inlet portion , and supplying the received plastic coating material to the coating chamber that is arranged at a second end of the injection channel, wherein the inlet portion intersects a side wall of the elongate injection channel, the side wall extending between the first end and the second end of the elongate injection channel, the injection channel comprising a first cylindrical section at the first end of the injection channel and a second cylindrical section at the second end of the injection channel, wherein the diameter of the first cylindrical section is greater than the second cylindrical section; a piston that is moveable along the length of the first cylindrical section of the injection channel, the piston configured to pressurise the contents of the injection channel and coating chamber, the applied pressure causing the plastic coating material to flow down the injection channel; and a number of heating elements controllable to progressively raise the temperature of the plastic coating material as the coating material flows through the coating apparatus to achieve a desired viscosity of the plastic coating material within the coating chamber. a coating chamber for applying a plastic coating material to a wire passing through the coating chamber; an elongate injection channel for receiving plastic coating material input to the coating apparatus at a first end of the injection channel through an inlet portion , and supplying the received plastic coating material to the coating chamber that is arranged at a second end of the injection channel, wherein the inlet portion intersects a side wall of the elongate injection channel, the side wall extending between the first end and the second end of the elongate injection channel, the injection channel comprising a first cylindrical section at the first end of the injection channel and a second cylindrical section at the second end of the injection channel, wherein the diameter of the first cylindrical section is greater than the second cylindrical section; a piston that is moveable along the length of the first cylindrical section of the injection channel, the piston configured to pressurise the contents of the injection channel and coating chamber, the applied pressure causing the plastic coating material to flow down the injection channel; and a number of heating elements controllable to progressively raise the temperature of the plastic coating material as the coating material flows through the coating apparatus to achieve a desired viscosity of the plastic coating material within the coating chamber.
A wearable sport timing tag assembly comprising: an elongated spacer layer having a first end and a second end, - the spacer layer being configured as a band that can be worn around a wrist or an ankle of a user, - the spacer layer comprising at least one of an adhesive, a hook and loop fastener, a buckle and strap, and a lace fastener for fixating the first end of the spacer layer to the second end of the spacer layer, a flexible support substrate layer affixed to the spacer layer ; at least a first and second tag for transmitting data associated with the wearer of the tag assembly to at least one detection antenna , wherein said first and second tag are disposed on the flexible support substrate layer ; and a water-resistant top layer disposed over the first tag and the second tag; wherein when attached to said wrist or ankle the main signal transmission direction of said first tag is in a first direction and the main signal transmission direction of said second tag is in a second direction which is different from said first direction. characterized in that the spacer layer is formed of a low-dielectric foam rubber having a dielectric constant between 1 and 10 and having a thickness selected between 4 mm and 15 mm. - the spacer layer being configured as a band that can be worn around a wrist or an ankle of a user, - the spacer layer comprising at least one of an adhesive, a hook and loop fastener, a buckle and strap, and a lace fastener for fixating the first end of the spacer layer to the second end of the spacer layer, a flexible support substrate layer affixed to the spacer layer ; at least a first and second tag for transmitting data associated with the wearer of the tag assembly to at least one detection antenna , wherein said first and second tag are disposed on the flexible support substrate layer ; and a water-resistant top layer disposed over the first tag and the second tag; wherein when attached to said wrist or ankle the main signal transmission direction of said first tag is in a first direction and the main signal transmission direction of said second tag is in a second direction which is different from said first direction. characterized in that the spacer layer is formed of a low-dielectric foam rubber having a dielectric constant between 1 and 10 and having a thickness selected between 4 mm and 15 mm. a flexible support substrate layer affixed to the spacer layer ; at least a first and second tag for transmitting data associated with the wearer of the tag assembly to at least one detection antenna , wherein said first and second tag are disposed on the flexible support substrate layer ; and a water-resistant top layer disposed over the first tag and the second tag; wherein when attached to said wrist or ankle the main signal transmission direction of said first tag is in a first direction and the main signal transmission direction of said second tag is in a second direction which is different from said first direction. characterized in that the spacer layer is formed of a low-dielectric foam rubber having a dielectric constant between 1 and 10 and having a thickness selected between 4 mm and 15 mm.
Method for controlling a drive system with at least two drive units , each of which is paired with at least one control unit , wherein - a total target torque is calculated by a master control unit , - the total target torque is subdivided by the master control unit into a respective individual target torque for each of the drive units and - the drive units are controlled by the control units assigned to them on the basis of the associated individual target torques , characterised in that the threshold torques for each of the drive units are determined and are taken into account by the master control unit in the apportionment of the total target torque , in that the method is implemented in a drive system with an internal combustion engine , which is sub-divided into a plurality of sub-engines , each representing a drive unit , to which a control unit is assigned, and in that when the individual target torque determined for a first sub-engine exceeds the associated threshold torque , the individual target torque determined or to be determined for a second engine section is reduced or limited to the threshold torque of the first sub-engine. - a total target torque is calculated by a master control unit , - the total target torque is subdivided by the master control unit into a respective individual target torque for each of the drive units and - the drive units are controlled by the control units assigned to them on the basis of the associated individual target torques ,
Arrangement for supplying an electric load of a household appliance at least comprising: - at least one first resistive load ; - at least one second resistive load ; - an alternating current source for feeding the electric load ; and - a circuit arranged to supply the at least one first resistive load only with maximally each second half-wave of the electric current and the at least one second resistive load with both half-waves of the electric current; wherein - the circuit comprises a diode connected serially to the first resistive load ; and - the at least one second resistive load is permanently connected in parallel to the series of the diode and the first resistive load , characterised in that the diode is permanently connected serially to the first resistive load , wherein the arrangement comprises a third resistive load , and wherein the circuit comprises a further diode permanently connected serially to said third resistive load , wherein the at least one second resistive load is permanently connected in parallel to the series of the further diode and the third resistive load , and wherein the diode and the further diode are arranged in opposite polarity. - at least one first resistive load ; - at least one second resistive load ; - an alternating current source for feeding the electric load ; and - a circuit arranged to supply the at least one first resistive load only with maximally each second half-wave of the electric current and the at least one second resistive load with both half-waves of the electric current; wherein - the circuit comprises a diode connected serially to the first resistive load ; and - the at least one second resistive load is permanently connected in parallel to the series of the diode and the first resistive load , characterised in that
Insert block for sealing around a cable , pipe or wire, said insert block comprising: two substantially identical insert halves each comprising: an insert half body (11; 40) with a first and a second end , a first side , and a groove with a semi-circular shape arranged in said first side and extending between the first and second end along an axis A, wherein the insert halves are intended to be arranged with first sides adjacent to each other such that a substantially circular passage is formed through the insert block; and an insert plug arranged in the substantially circular passage to seal the passage, said insert plug comprises at least a section along axis A that has a circular cross section with a radius corresponding to the radius of the passage, characterized in that said insert plug comprises at least two insert plug elements movably connected to each other such that the length of the insert plug along axis A is adjustable. an insert half body (11; 40) with a first and a second end , a first side , and a groove with a semi-circular shape arranged in said first side and extending between the first and second end along an axis A, wherein the insert halves are intended to be arranged with first sides adjacent to each other such that a substantially circular passage is formed through the insert block; and an insert plug arranged in the substantially circular passage to seal the passage, said insert plug comprises at least a section along axis A that has a circular cross section with a radius corresponding to the radius of the passage, characterized in that said insert plug comprises at least two insert plug elements movably connected to each other such that the length of the insert plug along axis A is adjustable.
A menstrual cup comprising a receptacle having an exterior surface and an interior surface , the interior surface defining at least in part an interior cavity adapted for collecting fluid, the receptacle further extending from an open top end to a closed bottom end , the open top end having a predetermined diameter, the receptacle further comprising an upper rim portion at the open top end of the receptacle , and a main portion defining a decreasing diameter of the interior cavity while extending downwards from the open top end to the closed bottom end of the receptacle , said receptacle being made from a thermoplastic elastomer characterized in that said thermoplastic elastomer comprises an amount of renewable thermoplastic elastomer, defined as an elastomer that is originating from biomass from a living source.
An energy harvesting sensor network, comprising: a plurality of energy harvesting sensors (200-1, 200-2, ...) operating as nodes, wherein each of said energy harvesting sensors is configured to operate in accordance with a predefined communication protocol; and a server configured to wirelessly communicate with the energy harvesting sensors; wherein the predefined communication protocol includes a RECEIVE state in which a node transmits a ready to receive "RTR" beacon indicating to other nodes that the node is awake and has sufficient energy to receive and retransmit a data packet, and in which the node then listens for a neighboring transmitter node to begin transmission of a data packet. a plurality of energy harvesting sensors (200-1, 200-2, ...) operating as nodes, wherein each of said energy harvesting sensors is configured to operate in accordance with a predefined communication protocol; and a server configured to wirelessly communicate with the energy harvesting sensors; wherein the predefined communication protocol includes a RECEIVE state in which a node transmits a ready to receive "RTR" beacon indicating to other nodes that the node is awake and has sufficient energy to receive and retransmit a data packet, and in which the node then listens for a neighboring transmitter node to begin transmission of a data packet.
A composition for use in cartilage regeneration which comprises Glucagon Like Peptide-1 analogue, wherein, Glucagon Like Peptide-1 analogue is liraglutide.
A structure for a motor vehicle comprising a front foot reinforcement part having a horizontal part intended to extend along the longitudinal direction of the vehicle, showing a semi-hemispherical end and a longitudinal member ; the front foot reinforcement part and the longitudinal member each being in the form of a half-shell defining a cavity , said part and said longitudinal member being superposed at one of their ends, said structure being characterized in that the end of the front foot reinforcement part is superposed on the longitudinal member is free of assembly rebate.
An operation method of a user equipment, UE in a device to device, D2D communication, the operation method comprising: generating, by the UE, a discovery channel; and transmitting, by the UE, a D2D subframe including the discovery channel using remaining single carrier-frequency division multiple access, SC-FDMA symbols except for a last SC-FDMA symbol among a plurality of SC-FDMA symbols included in the D2D subframe, wherein a transmission timing of a D2D radio frame including the D2D subframe is set based on a reception timing of a downlink radio frame of the UE, the discovery channel is transmitted using uplink resources, wherein a cyclic prefix, CP for the D2D subframe is configured by a high layer signaling, characterized in that: each of two slots of the D2D subframe includes seven SC-FDMA symbols when a normal CP is used, a demodulation reference signal, DM RS is transmitted through the fourth SC-FDMA symbol included in the each of two slots of the D2D subframe, and remaining SC-FDMA symbols except for the fourth SC-FDMA symbol are used for data transmission; and each of two slots of the D2D subframe includes six SC-FDMA symbols when an extended CP is used, a DM RS is transmitted through the third SC-FDMA symbol included in the each of two slots of the D2D subframe, and remaining SC-FDMA symbols except for the third SC-FDMA symbol are used for data transmission. generating, by the UE, a discovery channel; and transmitting, by the UE, a D2D subframe including the discovery channel using remaining single carrier-frequency division multiple access, SC-FDMA symbols except for a last SC-FDMA symbol among a plurality of SC-FDMA symbols included in the D2D subframe, wherein a transmission timing of a D2D radio frame including the D2D subframe is set based on a reception timing of a downlink radio frame of the UE, the discovery channel is transmitted using uplink resources, wherein a cyclic prefix, CP for the D2D subframe is configured by a high layer signaling, each of two slots of the D2D subframe includes seven SC-FDMA symbols when a normal CP is used, a demodulation reference signal, DM RS is transmitted through the fourth SC-FDMA symbol included in the each of two slots of the D2D subframe, and remaining SC-FDMA symbols except for the fourth SC-FDMA symbol are used for data transmission; and each of two slots of the D2D subframe includes six SC-FDMA symbols when an extended CP is used, a DM RS is transmitted through the third SC-FDMA symbol included in the each of two slots of the D2D subframe, and remaining SC-FDMA symbols except for the third SC-FDMA symbol are used for data transmission.
A heat pump system comprising: - a primary refrigeration circuit having a compressor and an external evaporator, and - a system for deicing the external evaporator, comprising: - a secondary refrigeration circuit having a three-way or Y connection , connected by said three-way or Y connection in input and in output to said heat pump system and adapted to convey coolant gas, such that a first portion of coolant gas is directed to said secondary refrigeration circuit and a second portion is directed to the primary refrigeration circuit, said refrigeration circuit comprising a tank for storing a deicing fluid, and a first heat exchanger immersed in said deicing fluid; and - a deicing circuit connected in input and in output to said tank and adapted to convey said deicing fluid, said deicing circuit comprising a second heat exchanger ; said second heat exchanger being arranged proximate to said external evaporator, said secondary refrigeration circuit comprises a two-way, two-position opening control valve adapted to activate or deactivate said system for deicing as a function of the values of the external and internal ambient temperature, of the input and output temperature of a coolant gas of the heat pump system, and of the humidity in contact with said external evaporator. - a primary refrigeration circuit having a compressor and an external evaporator, and - a system for deicing the external evaporator, comprising: - a secondary refrigeration circuit having a three-way or Y connection , connected by said three-way or Y connection in input and in output to said heat pump system and adapted to convey coolant gas, such that a first portion of coolant gas is directed to said secondary refrigeration circuit and a second portion is directed to the primary refrigeration circuit, said refrigeration circuit comprising a tank for storing a deicing fluid, and a first heat exchanger immersed in said deicing fluid; and - a deicing circuit connected in input and in output to said tank and adapted to convey said deicing fluid, said deicing circuit comprising a second heat exchanger ; - a secondary refrigeration circuit having a three-way or Y connection , connected by said three-way or Y connection in input and in output to said heat pump system and adapted to convey coolant gas, such that a first portion of coolant gas is directed to said secondary refrigeration circuit and a second portion is directed to the primary refrigeration circuit, said refrigeration circuit comprising a tank for storing a deicing fluid, and a first heat exchanger immersed in said deicing fluid; and - a deicing circuit connected in input and in output to said tank and adapted to convey said deicing fluid, said deicing circuit comprising a second heat exchanger ;
A method, comprising: detecting an encrypted traffic flow associated with a client in a network ; capturing packets of a sequence of requests sent by the client device, wherein the sequence of requests comprises a request of the encrypted traffic flow and at least one request of an unencrypted traffic flow; capturing contextual traffic data regarding the encrypted traffic flow from one or more unencrypted packets of the at least one request of the unencrypted traffic flow; performing a classification of the encrypted traffic flow by using the contextual traffic data as input to a machine learning-based classifier; and generating an alert based on the classification of the encrypted traffic flow. detecting an encrypted traffic flow associated with a client in a network ; capturing packets of a sequence of requests sent by the client device, wherein the sequence of requests comprises a request of the encrypted traffic flow and at least one request of an unencrypted traffic flow; capturing contextual traffic data regarding the encrypted traffic flow from one or more unencrypted packets of the at least one request of the unencrypted traffic flow; performing a classification of the encrypted traffic flow by using the contextual traffic data as input to a machine learning-based classifier; and generating an alert based on the classification of the encrypted traffic flow.
A medical device , comprising: a mechanism configured to perform a first medical operation on a specimen; a scanner configured to scan data displayed on a computer screen of a second medical device separate from the medical device ; and a processing circuit configured to receive the scanned data from the scanner , the scanned data comprising an indication that a second medical operation was performed by a mechanism of the second medical device on the specimen, the processing circuit configured to proceed with the first medical operation based on the indication that the second medical operation was performed by the second medical device . a mechanism configured to perform a first medical operation on a specimen; a scanner configured to scan data displayed on a computer screen of a second medical device separate from the medical device ; and a processing circuit configured to receive the scanned data from the scanner , the scanned data comprising an indication that a second medical operation was performed by a mechanism of the second medical device on the specimen, the processing circuit configured to proceed with the first medical operation based on the indication that the second medical operation was performed by the second medical device .