mhurhangee/ep-ind-claims huggingface dataset:
An electric oven comprising: an outer case having a door mounted in a front part thereof and air inlet holes (110,120) and air outlet holes formed in the outer case; an inner case in the outer case, the inner case having a cooking cavity therein; a heater cover (400,470) in the upper part of the inner case; at least one heater (410,420,430,450) under the heater cover (400,470); a fan housing attached to an inside wall of the inner case, the fan housing having a plurality of apertures (610,620); a fan between the fan housing and an inside wall of the inner case, for drawing air from the cooking cavity and blowing a portion, or all of the air toward the at least one heater (410,420,430,450); a fan motor between the inner case and the outer case for rotating the fan; a further fan between the inner case and the outer case, for drawing air through the air inlet holes (110,120) and discharging the air through the air outlet holes to cool the inner case and the heater cover (400,470); and at least one partition plate (910,920) on an upper side of the heater cover for guiding air from the further fan so that a flow of the air becomes a plurality of laminar flows, characterized in that the inner case has a plurality of holes (210,220,230) in an upper part thereof, and the heater cover (400,470) is provided over the holes (210, 220, 230). an outer case having a door mounted in a front part thereof and air inlet holes (110,120) and air outlet holes formed in the outer case; an inner case in the outer case, the inner case having a cooking cavity therein; a heater cover (400,470) in the upper part of the inner case; at least one heater (410,420,430,450) under the heater cover (400,470); a fan housing attached to an inside wall of the inner case, the fan housing having a plurality of apertures (610,620); a fan between the fan housing and an inside wall of the inner case, for drawing air from the cooking cavity and blowing a portion, or all of the air toward the at least one heater (410,420,430,450); a fan motor between the inner case and the outer case for rotating the fan; a further fan between the inner case and the outer case, for drawing air through the air inlet holes (110,120) and discharging the air through the air outlet holes to cool the inner case and the heater cover (400,470); and at least one partition plate (910,920) on an upper side of the heater cover for guiding air from the further fan so that a flow of the air becomes a plurality of laminar flows, characterized in that the inner case has a plurality of holes (210,220,230) in an upper part thereof, and the heater cover (400,470) is provided over the holes (210, 220, 230).
A method for quality of service, QoS, control, applied for a target base station of a handover process, comprising: receiving, by the target base station, a handover request message from a source base station, and wherein the handover request message comprises: information of QoS of a service of a terminal device, information of an radio bearer identifier in a source cell, and a mapping relationship between a flow and a radio bearer in the source cell; determining, by the target base station, to admit the mobile device and establish for the mobile device a radio bearer in a target cell of the target base station, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell for the flow, and configuring a mapping relationship between the flow and the radio bearer in the target cell; sending, based on the handover request message received from the source base station, by the target base station, a handover acknowledgement message to the source base station; receiving (1404, 1405), by the target base station, data packet of the flow for the mobile device from the source base station through a tunnel between the target base station and the source base station, and the tunnel is established for the radio bearer in the source cell; and, transmitting (1404, 1405), by the target base station, the data packet of the flow on the radio bearer in the target cell to the mobile device, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell. receiving, by the target base station, a handover request message from a source base station, and wherein the handover request message comprises: information of QoS of a service of a terminal device, information of an radio bearer identifier in a source cell, and a mapping relationship between a flow and a radio bearer in the source cell; determining, by the target base station, to admit the mobile device and establish for the mobile device a radio bearer in a target cell of the target base station, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell for the flow, and configuring a mapping relationship between the flow and the radio bearer in the target cell; sending, based on the handover request message received from the source base station, by the target base station, a handover acknowledgement message to the source base station; receiving (1404, 1405), by the target base station, data packet of the flow for the mobile device from the source base station through a tunnel between the target base station and the source base station, and the tunnel is established for the radio bearer in the source cell; and, transmitting (1404, 1405), by the target base station, the data packet of the flow on the radio bearer in the target cell to the mobile device, wherein the radio bearer in the target cell is established according to the radio bearer in the source cell.
A suture connection system, comprising: a suture connector, comprising: a connector body configured to be inserted into a hole (1 14) in a bone plate, the connector body having a proximal end, a distal end, a length extending between the proximal end and the distal end, and a sidewall, wherein the connector body is threaded to secure the suture connector to the bone plate; at least one recess extending inwardly from the sidewall to define a proximal engagement portion; and a through hole, configured to receive a suture, extending through the proximal engagement portion and open to the recess; and a driver including an elongated rod extending from a proximal end to a distal end along a longitudinal axis of the driver and an engagement element coupled to the distal end of the rod, the engagement element having at least one prong configured to engage the proximal engagement portion, characterized in that the prong includes a cutout that extends from a distal prong face to a rounded proximal cutout edge, the proximal cutout edge aligning with a proximal edge of the through hole so that no portion of the prong obstructs the through hole. a suture connector, comprising: a connector body configured to be inserted into a hole (1 14) in a bone plate, the connector body having a proximal end, a distal end, a length extending between the proximal end and the distal end, and a sidewall, wherein the connector body is threaded to secure the suture connector to the bone plate; at least one recess extending inwardly from the sidewall to define a proximal engagement portion; and a through hole, configured to receive a suture, extending through the proximal engagement portion and open to the recess; and a connector body configured to be inserted into a hole (1 14) in a bone plate, the connector body having a proximal end, a distal end, a length extending between the proximal end and the distal end, and a sidewall, wherein the connector body is threaded to secure the suture connector to the bone plate; at least one recess extending inwardly from the sidewall to define a proximal engagement portion; and a through hole, configured to receive a suture, extending through the proximal engagement portion and open to the recess; and a driver including an elongated rod extending from a proximal end to a distal end along a longitudinal axis of the driver and an engagement element coupled to the distal end of the rod, the engagement element having at least one prong configured to engage the proximal engagement portion, characterized in that the prong includes a cutout that extends from a distal prong face to a rounded proximal cutout edge, the proximal cutout edge aligning with a proximal edge of the through hole so that no portion of the prong obstructs the through hole.
An article carrier (90; 190) for packaging at least one article, the article carrier (90; 190) comprising at least one panel (12; 112) having at least one article engaging structure (RT1, RT2), the at least one article engaging structure (RT1, RT2) comprising an article receiving aperture (AP1, AP2) and an annular series of tabs (14, 30; 114, 114A) formed around the article receiving aperture (AP1, AP2), the annular series of tabs (14, 30; 114, 114A) being defined at least in part by a plurality of radial cut lines (15, 31; 115, 131), the annular series of tabs (14, 30; 114, 114A) being also defined at least in part by a plurality of circumferential cut lines (9, 11; 109, 114), wherein at least a second one (15; 115) of the radial cut lines (15, 31; 115, 131) stops short of a corresponding circumferential cut line (9; 109), characterised in that at least a first one (31; 131) of the radial cut lines (15, 31; 115, 131 extends to a respective circumferential cut line (9; 109).
A Time of Flight mass analyser comprising: one or more acceleration electrodes; and a first device arranged and adapted to apply a DC voltage pulse to said one or more acceleration electrodes, wherein said DC voltage pulse causes ions to be accelerated into a time of flight or drift region and wherein said DC voltage pulse is applied, in use, to said one or more acceleration electrodes between a time T 1 and a time T 2; characterised in that said Time of Flight mass analyser further comprises: a second device arranged and adapted to apply a single phase oscillating voltage to said one or more acceleration electrodes, wherein said single phase oscillating voltage undergoes multiple oscillations between said time T 1 and said time T 2; and in that wherein the application of said DC voltage pulse and said single phase oscillating voltage to said one or more acceleration electrodes establishes a substantially homogeneous electric field having a net force towards said time of flight or drift region; and in that wherein said oscillating voltage causes ions to experience an electric field that provides a spatially correlated energy deviation so as to reduce second or higher order spatial focusing aberrations. one or more acceleration electrodes; and a first device arranged and adapted to apply a DC voltage pulse to said one or more acceleration electrodes, wherein said DC voltage pulse causes ions to be accelerated into a time of flight or drift region and wherein said DC voltage pulse is applied, in use, to said one or more acceleration electrodes between a time T 1 and a time T 2; characterised in that said Time of Flight mass analyser further comprises: a second device arranged and adapted to apply a single phase oscillating voltage to said one or more acceleration electrodes, wherein said single phase oscillating voltage undergoes multiple oscillations between said time T 1 and said time T 2; and in that wherein the application of said DC voltage pulse and said single phase oscillating voltage to said one or more acceleration electrodes establishes a substantially homogeneous electric field having a net force towards said time of flight or drift region; and in that wherein said oscillating voltage causes ions to experience an electric field that provides a spatially correlated energy deviation so as to reduce second or higher order spatial focusing aberrations. a second device arranged and adapted to apply a single phase oscillating voltage to said one or more acceleration electrodes, wherein said single phase oscillating voltage undergoes multiple oscillations between said time T 1 and said time T 2; and in that wherein the application of said DC voltage pulse and said single phase oscillating voltage to said one or more acceleration electrodes establishes a substantially homogeneous electric field having a net force towards said time of flight or drift region; and in that wherein said oscillating voltage causes ions to experience an electric field that provides a spatially correlated energy deviation so as to reduce second or higher order spatial focusing aberrations.
A wire harness comprising: a wire including a core wire and an insulating covering that covers the core wire; an electromagnetic shielding member that covers and electromagnetically shields at least the core wire; a path regulating member that has higher flexural rigidity than the wire and that is formed in an elongated shape; and an exterior member that covers the wire, the electromagnetic shielding member, and the path regulating member, wherein the wire is fixed along the path regulating member, and the electromagnetic shielding member is a braided member formed by braiding a plurality of metal wires, characterized in that: the path regulating member is formed of the same kind of metal as the electromagnetic shielding member, and the electromagnetic shielding member is in direct contact with the full length of the path regulating member. a wire including a core wire and an insulating covering that covers the core wire; an electromagnetic shielding member that covers and electromagnetically shields at least the core wire; a path regulating member that has higher flexural rigidity than the wire and that is formed in an elongated shape; and an exterior member that covers the wire, the electromagnetic shielding member, and the path regulating member, wherein the wire is fixed along the path regulating member, and the electromagnetic shielding member is a braided member formed by braiding a plurality of metal wires, characterized in that: the path regulating member is formed of the same kind of metal as the electromagnetic shielding member, and the electromagnetic shielding member is in direct contact with the full length of the path regulating member.
A computer-implemented method comprising: defining, in a buffer, a particle having an initial position in an absolute coordinate system independent of a graphical user interface, GUI, in which the particle is renderable; assigning a memory range within the buffer to the particle; generating, in the memory range, an updated position in the absolute coordinate system for the particle; determining, in the memory range and from a combination of the initial position and the updated position, a plurality of vertices for the particle; creating, from the plurality of vertices, a particle trail for the particle in the absolute coordinate system; and storing the particle trail in the memory range within the buffer. defining, in a buffer, a particle having an initial position in an absolute coordinate system independent of a graphical user interface, GUI, in which the particle is renderable; assigning a memory range within the buffer to the particle; generating, in the memory range, an updated position in the absolute coordinate system for the particle; determining, in the memory range and from a combination of the initial position and the updated position, a plurality of vertices for the particle; creating, from the plurality of vertices, a particle trail for the particle in the absolute coordinate system; and storing the particle trail in the memory range within the buffer.
A load sensing gas bearing spindle arrangement comprising a gas bearing assembly and journalled within the gas bearing assembly a shaft, the bearing assembly comprising a housing portion and an inner radial bearing portion disposed within and resiliently mounted relative to the housing portion, the inner radial bearing portion comprising a portion having a bearing face which faces the shaft, wherein the bearing assembly is arranged so that due to the resilient mounting, the inner radial bearing portion experiences radial displacement relative to the housing portion in response to radial load on the shaft, characterised in that the spindle arrangement comprises sensing means for sensing said radial displacement thereby sensing load on the bearing.
A mobile terminal, comprising: a housing, comprising a frame; an optical device, located in the housing; and a display screen, comprising a display panel and a cover plate made of a glass plate or transparent resin plate; the cover plate is provided with a first mounting region, a second mounting region, and a light-transmitting region; the first mounting region is located at an edge of the cover plate and configured to bond to the frame by a first adhesive; the second mounting region is located on a lower surface of the cover plate and configured to bond to the display panel by a second adhesive; and the light-transmitting region is located on the lower surface of the cover plate; wherein the optical device is configured to receive light from the outside or project light to the outside through the light-transmitting region, and a transparent coating is disposed between the light-transmitting region and the first mounting region or the second mounting region to prevent the first adhesive from overflowing to the light-transmitting region. a housing, comprising a frame; an optical device, located in the housing; and a display screen, comprising a display panel and a cover plate made of a glass plate or transparent resin plate; the cover plate is provided with a first mounting region, a second mounting region, and a light-transmitting region; the first mounting region is located at an edge of the cover plate and configured to bond to the frame by a first adhesive; the second mounting region is located on a lower surface of the cover plate and configured to bond to the display panel by a second adhesive; and the light-transmitting region is located on the lower surface of the cover plate; wherein the optical device is configured to receive light from the outside or project light to the outside through the light-transmitting region, and a transparent coating is disposed between the light-transmitting region and the first mounting region or the second mounting region to prevent the first adhesive from overflowing to the light-transmitting region.
A staining composition for use in a method of eye surgery, which method comprises staining an ocular tissue or part of an ocular tissue, wherein the staining composition comprises a vital dye and a density and viscosity increasing compound chosen from the group consisting of water soluble polymers, wherein the water soluble polymer is polyethylene glycol and wherein the dye is chosen from the group consisting of methylene blue, brilliant blue G, brilliant blue R, patent blue V, Chicago Sky Blue 6B, trypan blue, trypan red, brilliant crysyl blue, indocyanine green and a compound having the formula wherein R 1 and R 2 are the same or different arylgroups, and wherein R 3 and R 4 are independently chosen from hydrogen, methyl, ethyl, methoxy, amino, hydroxyl, and sulfonate.
A method of wireless communication, comprising: communicating with a server, at a client device, through a first Multi-Path Transport Protocol, MPTP, path of an MPTP session with the server using a first Internet Protocol, IP, address of the client device; communicating with the server, at the client device, through a second MPTP path of the MPTP session using a second IP address of a proxy wireless node in communication with the client device, the communication with the server through the second MPTP path being through the proxy wireless node; and communicating with the proxy wireless node, at the client device, through peer-to-peer communication. communicating with a server, at a client device, through a first Multi-Path Transport Protocol, MPTP, path of an MPTP session with the server using a first Internet Protocol, IP, address of the client device; communicating with the server, at the client device, through a second MPTP path of the MPTP session using a second IP address of a proxy wireless node in communication with the client device, the communication with the server through the second MPTP path being through the proxy wireless node; and communicating with the proxy wireless node, at the client device, through peer-to-peer communication.
Seal assembly for a turbomachine having a shaft, the annular seal assembly comprising a sealing element for sealing with respect to the shaft when installed and an annular support device, a material being arranged at a radially inner end of the supporting device, characterized in that the material melts upon contact with the rotating shaft when installed and the material has a melting point between 800°C and 1100°C.
A swing control apparatus for construction machinery, comprising: a hydraulic pump for discharging working oil for driving a swing motor and controlling a discharge flux according to an input pump command value Vpump; a pressure sensor for sensing pressure of the working oil discharged from the hydraulic pump; and a control unit for calculating the pump command value Vpump based on a swing operation quantity Vsw input from a swing operation unit to output the calculated pump command value to the hydraulic pump, characterized in that when the input swing operation quantity Vsw is larger than a preset reference swing operation quantity Vswo and the discharge pressure Ppump of the hydraulic pump detected by the pressure sensor is lower than a first reference pressure Pswr1, the control unit is arranged to calculate a converted swing operation quantity Vsw' gradually increasing from the reference swing operation quantity Vswo to the input swing operation quantity Vsw and to calculate the pump command value Vpump of the hydraulic pump corresponding to the converted swing operation quantity Vsw'. a hydraulic pump for discharging working oil for driving a swing motor and controlling a discharge flux according to an input pump command value Vpump; a pressure sensor for sensing pressure of the working oil discharged from the hydraulic pump; and a control unit for calculating the pump command value Vpump based on a swing operation quantity Vsw input from a swing operation unit to output the calculated pump command value to the hydraulic pump, characterized in that when the input swing operation quantity Vsw is larger than a preset reference swing operation quantity Vswo and the discharge pressure Ppump of the hydraulic pump detected by the pressure sensor is lower than a first reference pressure Pswr1, the control unit is arranged to calculate a converted swing operation quantity Vsw' gradually increasing from the reference swing operation quantity Vswo to the input swing operation quantity Vsw and to calculate the pump command value Vpump of the hydraulic pump corresponding to the converted swing operation quantity Vsw'.