mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus comprising: a first communication portion configured to perform wireless communications with an external apparatus based on a Bluetooth Low Energy communication scheme; characterized by: a first determiner configured to determine whether an auto power-on function of powering on the communication apparatus under a predetermined condition even when the communication apparatus is in a powered-off state is set to be enabled, wherein, when the first determiner determines that the auto power-on function is set to be enabled, the first communication portion disconnects connection to the external apparatus, which has been established based on the Bluetooth Low Energy communication scheme, in response to a power-off instruction, and transmits advertising information that allows a response based on the Bluetooth Low Energy communication scheme to be received. a first communication portion configured to perform wireless communications with an external apparatus based on a Bluetooth Low Energy communication scheme; characterized by: a first determiner configured to determine whether an auto power-on function of powering on the communication apparatus under a predetermined condition even when the communication apparatus is in a powered-off state is set to be enabled, wherein, when the first determiner determines that the auto power-on function is set to be enabled, the first communication portion disconnects connection to the external apparatus, which has been established based on the Bluetooth Low Energy communication scheme, in response to a power-off instruction, and transmits advertising information that allows a response based on the Bluetooth Low Energy communication scheme to be received. a first determiner configured to determine whether an auto power-on function of powering on the communication apparatus under a predetermined condition even when the communication apparatus is in a powered-off state is set to be enabled, wherein, when the first determiner determines that the auto power-on function is set to be enabled, the first communication portion disconnects connection to the external apparatus, which has been established based on the Bluetooth Low Energy communication scheme, in response to a power-off instruction, and transmits advertising information that allows a response based on the Bluetooth Low Energy communication scheme to be received.
A metallurgical furnace, comprising a furnace body, a trunnion ring, and a pedestal structure, wherein the furnace body is arranged for rotating movement in the trunnion ring about a rotation axis by means of a supporting arrangement between the trunnion ring and the furnace body for connecting the trunnion ring and the furnace body, wherein said supporting arrangement comprising a bearing arrangement between the trunnion ring and the furnace body for allowing for said rotating movement, and wherein the trunnion ring is pivotably connected to the pedestal structure for tilting movement of the furnace body about a horizontal pivoting axis, characterized in that the supporting arrangement comprises a first connection frame means between the furnace body and the bearing arrangement, and a second connection frame means between the bearing arrangement and the trunnion ring, wherein the first connection frame means and the second connection frame means surround the furnace body, in that the first connection frame means is connected to the furnace body and to the bearing arrangement, in that the second connection frame means is connected to the bearing arrangement and to the trunnion ring, and in that the second connection frame is connected to the trunnion ring by a first attachment providing for movements between the second connection frame means and the trunnion ring. a furnace body, a trunnion ring, and a pedestal structure, wherein the furnace body is arranged for rotating movement in the trunnion ring about a rotation axis by means of a supporting arrangement between the trunnion ring and the furnace body for connecting the trunnion ring and the furnace body, wherein said supporting arrangement comprising a bearing arrangement between the trunnion ring and the furnace body for allowing for said rotating movement, and wherein the trunnion ring is pivotably connected to the pedestal structure for tilting movement of the furnace body about a horizontal pivoting axis, characterized in that the supporting arrangement comprises a first connection frame means between the furnace body and the bearing arrangement, and a second connection frame means between the bearing arrangement and the trunnion ring, wherein the first connection frame means and the second connection frame means surround the furnace body, in that the first connection frame means is connected to the furnace body and to the bearing arrangement, in that the second connection frame means is connected to the bearing arrangement and to the trunnion ring, and in that the second connection frame is connected to the trunnion ring by a first attachment providing for movements between the second connection frame means and the trunnion ring.
An electrical outlet assembly, comprising a frame accommodating an electrical socket, a body profile having a trough structure extended from an outer surface of the body profile, a channel structure and a plurality of channels extended from an inner surface of the body profile; wherein the plurality of channels are each independently extended from the inner surface of the body profile via a recess forming a slot therebetween; a guarding means inserted into both ends of the plurality of channels; a pair of end caps wherein each of the pair of end caps has a lip, a plurality of pins, and a plurality of stoppers, to engage with a respective end of the two ends of the body profile; wherein each of the lips is slidably coupled to the trough structure and further secured by a fastening means, each of the plurality of pins is slidably fitted into a respective one of the slots, engaged with the guarding means and seated at the recess for locking each of the pair of end caps to the body profile, and the frame is engaged with the channel structure, so that the electrical socket and the body profile form one assembly. a body profile having a trough structure extended from an outer surface of the body profile, a channel structure and a plurality of channels extended from an inner surface of the body profile; wherein the plurality of channels are each independently extended from the inner surface of the body profile via a recess forming a slot therebetween; a guarding means inserted into both ends of the plurality of channels; a pair of end caps wherein each of the pair of end caps has a lip, a plurality of pins, and a plurality of stoppers, to engage with a respective end of the two ends of the body profile; wherein each of the lips is slidably coupled to the trough structure and further secured by a fastening means, each of the plurality of pins is slidably fitted into a respective one of the slots, engaged with the guarding means and seated at the recess for locking each of the pair of end caps to the body profile, and the frame is engaged with the channel structure, so that the electrical socket and the body profile form one assembly.
Stabilized (meth)acrylic monomer, characterized in that it comprises, during synthesis, storage and transport, the compound of the formula as a polymerization inhibitor.
Enacted by a server computer system, a method to provide network connectivity to a virtual machine hosted on the server computer system, the method comprising: detecting, by a network configuration update, NCU, service of the server computer system, a change in a configuration of a software-defined network to which the server computer system provides access; issuing, by the NCU service of the server computer system, a network configuration update, NCU, for consumption by the virtual machine, the NCU including a data structure reflecting the change in the configuration; and providing, by the NCU service of the server computer system, a link-state notification, LSN, to a virtual network interface card of the virtual machine pursuant to the change in the configuration, the LSN including data indicating a state of network connectivity of the virtual machine, wherein receipt of the LSN by the virtual machine triggers a dynamic host configuration protocol, DHCP, handshake by an operating system, OS, kernel of the virtual machine, and wherein the NCU is received by the virtual machine pursuant to the DHCP handshake. detecting, by a network configuration update, NCU, service of the server computer system, a change in a configuration of a software-defined network to which the server computer system provides access; issuing, by the NCU service of the server computer system, a network configuration update, NCU, for consumption by the virtual machine, the NCU including a data structure reflecting the change in the configuration; and providing, by the NCU service of the server computer system, a link-state notification, LSN, to a virtual network interface card of the virtual machine pursuant to the change in the configuration, the LSN including data indicating a state of network connectivity of the virtual machine, wherein receipt of the LSN by the virtual machine triggers a dynamic host configuration protocol, DHCP, handshake by an operating system, OS, kernel of the virtual machine, and wherein the NCU is received by the virtual machine pursuant to the DHCP handshake.
A deployable structure that can equip a spacecraft, characterised in that it comprises: ▪ a set of primary panels; ▪ a set of secondary panels,each primary and secondary panel comprising a substantially flat front surface (121A-129A); ▪ primary articulation systems (21, 22), each primary articulation system allowing a primary panel to pivot relative to another panel along a primary axis (214, 224), said primary axes being substantially parallel to said front surfaces (121A-123A) of said primary panels; and ▪ secondary articulation systems (61, 62), each secondary articulation system being associated with a secondary panel and allowing said secondary panel to pivot relative to a primary panel or a secondary panel along a secondary axis (611, 621) substantially parallel to said front surfaces (121A-129A) of said panels, characterised in that said deployable structure is configured so that, in a deployed configuration, said front surfaces (121A-129A) of said primary and secondary panels form a substantially continuous overall surface, said deployable structure further comprising locking devices on the periphery of said overall surface, each locking device being capable of removing at least one degree of freedom between two adjacent secondary panels that are not articulated together by a secondary articulation system, so as to stiffen thereflector in the deployed configuration. ▪ a set of primary panels; ▪ a set of secondary panels,each primary and secondary panel comprising a substantially flat front surface (121A-129A); ▪ primary articulation systems (21, 22), each primary articulation system allowing a primary panel to pivot relative to another panel along a primary axis (214, 224), said primary axes being substantially parallel to said front surfaces (121A-123A) of said primary panels; and ▪ secondary articulation systems (61, 62), each secondary articulation system being associated with a secondary panel and allowing said secondary panel to pivot relative to a primary panel or a secondary panel along a secondary axis (611, 621) substantially parallel to said front surfaces (121A-129A) of said panels,
A hub for a heavy-duty vehicle and for mounting a wheel for relative rotation, the hub comprising: a substantially cylindrical body having axially opposite end portions and a longitudinal central axis; a pair of bearing-receiving bores (124,126) formed in the cylindrical body, each one of the pair of bearing-receiving bores being located at a respective axially opposite end portion of the cylindrical body; a circumferential envelope located about one of the pair of bearing-receiving bores, the circumferential envelope having an outer diameter formed on the cylindrical body; a flange integrally formed with and extending radially outward from the cylindrical body at a location between the pair of bearing-receiving bores (124,126); a barrel portion of the cylindrical body extending between the flange and the circumferential envelope, characterised in that the barrel portion has an outer diameter smaller than that of the outer diameter of the circumferential envelope such that a ratio of the outer diameter of the barrel portion to the outer diameter of the circumferential envelope is in a range from 0.92 to 0.98. a substantially cylindrical body having axially opposite end portions and a longitudinal central axis; a pair of bearing-receiving bores (124,126) formed in the cylindrical body, each one of the pair of bearing-receiving bores being located at a respective axially opposite end portion of the cylindrical body; a circumferential envelope located about one of the pair of bearing-receiving bores, the circumferential envelope having an outer diameter formed on the cylindrical body; a flange integrally formed with and extending radially outward from the cylindrical body at a location between the pair of bearing-receiving bores (124,126); a barrel portion of the cylindrical body extending between the flange and the circumferential envelope, characterised in that the barrel portion has an outer diameter smaller than that of the outer diameter of the circumferential envelope such that a ratio of the outer diameter of the barrel portion to the outer diameter of the circumferential envelope is in a range from 0.92 to 0.98.
Museum showcase including a container body, an openable door that closes the container body and at least one hinge, which hinge comprises a fixed element, associated with the container body, a mobile element, associated with the door, a first connecting rod (40; 140) and a second connecting rod (50; 150) hinged between the fixed element and the mobile element so as to obtain an articulated quadrilateral adapted for causing a roto-translation of the mobile element with respect to the fixed element between an open position and a closed position, wherein the hinge comprises a hook, associated with the mobile element and adapted for cooperating in a releasable manner with engagement means associated with the fixed element, so as to counteract the movement of the mobile element away from the fixed element when the hinge is in closed position, characterised in that the hook extends from the mobile element and the engagement means comprise a roller fixed to the fixed element.
A thread holding mechanism of a sewing machine, the thread holding mechanism holding a thread which is supplied from a thread supply source and which is guided by a thread guide, the thread holding mechanism linking with a threader shaft supported in a movable manner in a vertical direction and the thread holding mechanism comprising: a thread gripper unit that is provided in a movable manner in a vertical direction between a standby position and a threading position and that grips an end of the thread guided by the thread guide; and characterized in that the thread gripper unit comprises: a slit with a width that pinches the thread; and a thread presser unit that is provided between the thread guide and the slit, and that is provided so as to maintain a predetermined positional relationship with the slit, wherein when the thread gripper unit descends below the thread guide from the standby position, a lower face of the thread presser unit abuts the thread. a thread gripper unit that is provided in a movable manner in a vertical direction between a standby position and a threading position and that grips an end of the thread guided by the thread guide; and characterized in that the thread gripper unit comprises: a slit with a width that pinches the thread; and a thread presser unit that is provided between the thread guide and the slit, and that is provided so as to maintain a predetermined positional relationship with the slit, wherein when the thread gripper unit descends below the thread guide from the standby position, a lower face of the thread presser unit abuts the thread.
A battery stack in which a plurality of laminar battery cells and a plurality of plates are alternately disposed and stacked one on top of another, wherein each of the plurality of battery cells has a front surface on which a rectangular region corresponding to a power generation element is protruded from a sealed region where a laminate sheet is sealed to form an outer sheath of the power generation element, and a back surface that is a substantially flat surface, each plate has a substantially rectangular shape as a whole, and one cut-out (21; 24) is formed in one side of the plate, the substantially rectangular shape of the plate also internally includes the battery cell having a positive electrode tab and a negative electrode tab that are drawn out from the battery cell, when the battery stack is viewed in a stacked direction, and the opposing positive electrode tab and the negative electrode tab are electrically connected via the cut-out between the battery cells that are adjacent to each other with the plate interposed therebetween, characterized in that each of the plurality of battery cells is fixed to an adjacent plate so that the rectangular region of the front surface is fixed to a plate that faces the front surface by placing a double-sided adhesive tape or adhesive there between, and the substantially flat surface of the back surface is fixed to a plate that faces the back surface by placing a double-sided adhesive tape or adhesive therebetween.
Superstructure for mounting on a chassis of a first commercial vehicle, wherein the superstructure comprises the following: - a locking device for fastening an interchangeable load carrier to the superstructure; - a retainer for fastening a second commercial vehicle to the superstructure; characterized by - a right and a left rolling path in the direction of travel for supporting wheels (130, 140) on an axle (125, 135) of the second commercial vehicle when the latter is driven up onto the first commercial vehicle; - wherein the retainer comprises depressions for receiving individual tyres of an axle (125, 135) of the second commercial vehicle, and - wherein each rolling path is divided in the direction of travel into an inner rolling path which faces the centre of the vehicle, and an outer rolling path which faces away from the centre of the vehicle, - wherein the depressions are located in the outer rolling paths such that individual tyres of the second commercial vehicle can enter the depressions while twin tyres of the second commercial vehicle are supported in the region of the depressions by the inner rolling paths. - a locking device for fastening an interchangeable load carrier to the superstructure; - a retainer for fastening a second commercial vehicle to the superstructure; - a right and a left rolling path in the direction of travel for supporting wheels (130, 140) on an axle (125, 135) of the second commercial vehicle when the latter is driven up onto the first commercial vehicle; - wherein the retainer comprises depressions for receiving individual tyres of an axle (125, 135) of the second commercial vehicle, and - wherein each rolling path is divided in the direction of travel into an inner rolling path which faces the centre of the vehicle, and an outer rolling path which faces away from the centre of the vehicle, - wherein the depressions are located in the outer rolling paths such that individual tyres of the second commercial vehicle can enter the depressions while twin tyres of the second commercial vehicle are supported in the region of the depressions by the inner rolling paths.
A sub-compact antenna apparatus comprising: a plurality of layers of dielectric material; an antenna inlaid in a top layer of the dielectric material so a surface of the antenna is substantially parallel to an outer surface of the top layer of dielectric material; and a conductive staircase balun, coupled to the antenna, and embedded in one or more layers of the dielectric material, wherein the conductive staircase balun comprises substantially planar segments and substantially annular segments; wherein the planar segments and annular segments are arranged in a transverse pattern where annular sections are placed in alternating positions with respect to the planar segments to form an alternating or zigzag conduction path; wherein the balun is embedded in and extends through at least a portion of the plurality of layers in a direction substantially perpendicular to the antenna; and wherein cavities of the annular segments are filled with dielectric material. a plurality of layers of dielectric material; an antenna inlaid in a top layer of the dielectric material so a surface of the antenna is substantially parallel to an outer surface of the top layer of dielectric material; and a conductive staircase balun, coupled to the antenna, and embedded in one or more layers of the dielectric material, wherein the conductive staircase balun comprises substantially planar segments and substantially annular segments; wherein the planar segments and annular segments are arranged in a transverse pattern where annular sections are placed in alternating positions with respect to the planar segments to form an alternating or zigzag conduction path; wherein the balun is embedded in and extends through at least a portion of the plurality of layers in a direction substantially perpendicular to the antenna; and wherein cavities of the annular segments are filled with dielectric material.
A downlink information processing method, comprising: determining, by user equipment, UE, a cell-specific frequency shift of downlink information, wherein the cell-specific frequency shift of downlink information is equal to a cell-specific frequency shift of a cell-specific reference signal, CRS, the CRS is a cell-specific reference signal of a cell in which the UE is located, a pattern of the CRS is one of three CRS patterns, and the downlink information comprises any one of a demodulation reference signal, DM-RS, a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH; determining, by the UE, a resource element location according to the cell-specific frequency shift of the downlink information, wherein duration of a transmission time interval, TTI, to which the resource element location belongs is less than or equal to a time length of one timeslot; receiving, by the UE, the downlink information at the resource element location; and demodulating, by the UE, downlink data according to the downlink information. determining, by user equipment, UE, a cell-specific frequency shift of downlink information, wherein the cell-specific frequency shift of downlink information is equal to a cell-specific frequency shift of a cell-specific reference signal, CRS, the CRS is a cell-specific reference signal of a cell in which the UE is located, a pattern of the CRS is one of three CRS patterns, and the downlink information comprises any one of a demodulation reference signal, DM-RS, a physical downlink control channel, PDCCH, or an enhanced physical downlink control channel, EPDCCH; determining, by the UE, a resource element location according to the cell-specific frequency shift of the downlink information, wherein duration of a transmission time interval, TTI, to which the resource element location belongs is less than or equal to a time length of one timeslot; receiving, by the UE, the downlink information at the resource element location; and demodulating, by the UE, downlink data according to the downlink information.