mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal device comprising: a housing; a first display means that is arranged on a side of a first principal surface in the housing, the first principal surface being one of principal surfaces (2a, 2b) opposed in a thickness direction; a second display means that is arranged on a side of a second principal surface opposite to the first principal surface in the housing, the second principal surface being the other of the principal surfaces (2a, 2b) opposed in the thickness direction; a receiver sound hole that is formed on the first principal surface of the housing, the receiver sound hole is arranged substantially at the center of the transverse direction of the housing; a receiver that is fixed in the housing and overlaps the receiver sound hole in a direction perpendicular to the first principal surface of the housing; a speaker sound hole that is formed on one of side surfaces (2c, 2d) opposed in a longitudinal direction of the housing, the one of the side surfaces being disposed opposite to the receiver sound hole with the first display means interposed therebetween in the longitudinal direction of the housing,the speaker sound hole is arranged substantially at the center of the transverse direction of the housing in the side surface (2c,2d); and a speaker that is fixed in the housing and overlaps the speaker sound hole in a direction perpendicular to the side surface of the housing in which the speaker sound hole is formed. a housing; a first display means that is arranged on a side of a first principal surface in the housing, the first principal surface being one of principal surfaces (2a, 2b) opposed in a thickness direction; a second display means that is arranged on a side of a second principal surface opposite to the first principal surface in the housing, the second principal surface being the other of the principal surfaces (2a, 2b) opposed in the thickness direction; a receiver sound hole that is formed on the first principal surface of the housing, the receiver sound hole is arranged substantially at the center of the transverse direction of the housing; a receiver that is fixed in the housing and overlaps the receiver sound hole in a direction perpendicular to the first principal surface of the housing; a speaker sound hole that is formed on one of side surfaces (2c, 2d) opposed in a longitudinal direction of the housing, the one of the side surfaces being disposed opposite to the receiver sound hole with the first display means interposed therebetween in the longitudinal direction of the housing,the speaker sound hole is arranged substantially at the center of the transverse direction of the housing in the side surface (2c,2d); and a speaker that is fixed in the housing and overlaps the speaker sound hole in a direction perpendicular to the side surface of the housing in which the speaker sound hole is formed.
A storage box of a console of a vehicle, comprising: a housing having an opening; a rail structure mounted to the housing and comprising a longitudinal rail extending along two opposite longitudinal edges of the opening; and a sliding cover slidably mounted to the rail structure to open or close the opening; wherein the storage box further comprises a blocking member comprising: a body extending transversely above the sliding cover and adjacent to an end of the longitudinal rail; a fixing portion connected to an end of the body and fixed to the longitudinal rail; and a first blocking portion protruding from the body towards the sliding cover and extending along entire of the transverse length of the body characterized in that the storage box further comprises a second blocking portion protruding upwards from the sliding cover below the blocking member and extending along entire of the transverse length of the sliding cover, and wherein the height of the second blocking portion protruding from the sliding cover is less than the distance between the sliding cover and the first blocking portion. a housing having an opening; a rail structure mounted to the housing and comprising a longitudinal rail extending along two opposite longitudinal edges of the opening; and a sliding cover slidably mounted to the rail structure to open or close the opening; wherein the storage box further comprises a blocking member comprising: a body extending transversely above the sliding cover and adjacent to an end of the longitudinal rail; a fixing portion connected to an end of the body and fixed to the longitudinal rail; and a first blocking portion protruding from the body towards the sliding cover and extending along entire of the transverse length of the body characterized in that the storage box further comprises a second blocking portion protruding upwards from the sliding cover below the blocking member and extending along entire of the transverse length of the sliding cover, and wherein the height of the second blocking portion protruding from the sliding cover is less than the distance between the sliding cover and the first blocking portion. a body extending transversely above the sliding cover and adjacent to an end of the longitudinal rail; a fixing portion connected to an end of the body and fixed to the longitudinal rail; and a first blocking portion protruding from the body towards the sliding cover and extending along entire of the transverse length of the body characterized in that the storage box further comprises a second blocking portion protruding upwards from the sliding cover below the blocking member and extending along entire of the transverse length of the sliding cover, and wherein the height of the second blocking portion protruding from the sliding cover is less than the distance between the sliding cover and the first blocking portion.
A fixing and/or holding net for vehicles, having a net part and at least one elastic edge element (9, 10), which is attached to an edge section of the net part and has an anti-slide coating on its side facing a location or mounting surface on the vehicle, by means of which anti-slide coating the elastic edge element (9, 10) can be releasably fixed to the location or mounting surface on the vehicle, characterized in that the elastic edge element (9, 10) is designed as a belt loop (9, 10), wherein the belt loop (9, 10) has an edge element section attached to the net part and an edge element section free of the net part.
A nose for a supersonic flying object, having a body shape symmetrical about a central axis as a base shape, and having a shape obtained by deforming said base shape by a deformation component having a wavy shape, wherein said base shape described by local radius R(x) is approximately a cone shape having a linear, simple convex curve, or simple concave curve generatrix; characterized in that said deformation component is a sinusoidal deformation for deforming said base shape as a whole into a wave shape in at least one of a circumferential direction and an axial direction, which is expressed by dR x φ = W x x × ∑ t = 1 t ∞ Φ t φ × Ψ t x, x 0 t φ as modulation of the local radius R(x), (where Φ (φ) is a circumferential direction deformation component term, Ψ (x, x 0t (φ) is an axial direction deformation component term, x is an axial direction location from a tip of the nose, φ is a circumferential direction angle from a leeward ray of symmetry of the nose, L is an overall axial direction length, and W x (x) is a weighting function for ensuring zero deformation on respective axial direction ends (x = 0 and x = L)); and said circumferential direction deformation component term and said axial direction deformation component term are expressed by Φ t φ = ∑ j = 0 j ∞ D j × cos k j × φ + r j x / L Ψ t x, x 0 = 0 = ∑ i = 0 i ∞ B i x × sin 2 π × n i × x / L + π × m i (where x 0t (φ) = x 0 = 0, and D, k, r, B (x), n, and m are terms dependent on a circumferential direction amplitude, a circumferential direction wave number, a circumferential direction phase, an amplitude having x in said axial direction as a function, an axial direction wave number, and an axial direction phase, respectively). (where Φ (φ) is a circumferential direction deformation component term, Ψ (x, x 0t (φ) is an axial direction deformation component term, x is an axial direction location from a tip of the nose, φ is a circumferential direction angle from a leeward ray of symmetry of the nose, L is an overall axial direction length, and W x (x) is a weighting function for ensuring zero deformation on respective axial direction ends (x = 0 and x = L)); and (where x 0t (φ) = x 0 = 0, and D, k, r, B (x), n, and m are terms dependent on a circumferential direction amplitude, a circumferential direction wave number, a circumferential direction phase, an amplitude having x in said axial direction as a function, an axial direction wave number, and an axial direction phase, respectively).
A network relay device configured to relay data frames and health-check frames, and to construct a ring with another network relay device in a layer 2 network, the health-check frames being sent to and received from the other network relay device, the network relay device comprising: a first communication port configured to belong to the layer 2 network; a second communication port configured to belong to the layer 2 network, and to connect with the other network relay device; a snooping module configured to generate snooping information, based on snooping with respect to a multicast joining message for notifying of joining to a multicast group, wherein the snooping information includes information about the first communication port as a multicast transfer port, from which a multicast frame as one of the data frames is to be transferred, and a destination MAC address of the multicast frame; a transfer information storage unit configured to store the snooping information; a failure detector configured to detect a communication failure with the other network relay device depending on a receiving situation of the health-check frame; a port adding module configured to set, in response to detection of the communication failure by the failure detector, the second communication port as the multicast transfer port of the snooping information, in addition to the first communication port, so as to update the snooping information stored in the transfer information storage unit; and a multicast sending module configured to send the multicast frame received from the layer 2 network from a multicast transfer port specified by the snooping information stored in the transfer information storage unit. a first communication port configured to belong to the layer 2 network; a second communication port configured to belong to the layer 2 network, and to connect with the other network relay device; a snooping module configured to generate snooping information, based on snooping with respect to a multicast joining message for notifying of joining to a multicast group, wherein the snooping information includes information about the first communication port as a multicast transfer port, from which a multicast frame as one of the data frames is to be transferred, and a destination MAC address of the multicast frame; a transfer information storage unit configured to store the snooping information; a failure detector configured to detect a communication failure with the other network relay device depending on a receiving situation of the health-check frame; a port adding module configured to set, in response to detection of the communication failure by the failure detector, the second communication port as the multicast transfer port of the snooping information, in addition to the first communication port, so as to update the snooping information stored in the transfer information storage unit; and a multicast sending module configured to send the multicast frame received from the layer 2 network from a multicast transfer port specified by the snooping information stored in the transfer information storage unit.
A method of lining a bore, the method comprising: providing downhole apparatus comprising a base pipe and a plurality of non-concentric fluid pressure deformable chambers mounted externally thereon; locating the apparatus in a bore intersecting a formation; determining an appropriate formation supporting force to achieve maximum or optimised production from the formation; inflating at least one of the chambers to increase the diameter described by the apparatus; and controlling the inflation pressure of the chambers to control the pressure applied to a surrounding bore wall to obtain said appropriate formation supporting force. providing downhole apparatus comprising a base pipe and a plurality of non-concentric fluid pressure deformable chambers mounted externally thereon; locating the apparatus in a bore intersecting a formation; determining an appropriate formation supporting force to achieve maximum or optimised production from the formation; inflating at least one of the chambers to increase the diameter described by the apparatus; and controlling the inflation pressure of the chambers to control the pressure applied to a surrounding bore wall to obtain said appropriate formation supporting force.
A thud-tight case for a touch-screen electronic device, comprising: a housing that is substantially fluid-tight; a flexible panel on a surface of the housing configured to allow operation of a touch screen of an electronic device located within the housing; and a regulator valve connected to the housing, wherein the regulator valve is configured to admit pressurized gas into the housing to space the flexible panel away from the touch screen. a housing that is substantially fluid-tight; a flexible panel on a surface of the housing configured to allow operation of a touch screen of an electronic device located within the housing; and a regulator valve connected to the housing, wherein the regulator valve is configured to admit pressurized gas into the housing to space the flexible panel away from the touch screen.
An optical laminate, comprising: a polarizing layer, wherein the polarizing layer comprises zinc component, characterized by a porous layer formed on at least one side of the polarizing layer, the polarizing layer satisfies Equation 3 below: 0.70 to 0.97 = 1 / 1 + 0.025d/R wherein d is a thickness (μm) of the polarizing layer, and R is a ratio (K/Zn) of a weight ratio (K, unit: weight%) of potassium component in the polarizing layer with respect to a weight ratio (Zn, unit: weight%) of zinc component in the polarizing layer, an absolute value of a change in an amount of color coordinate a* of CIE L*a*b* according to Equation 1 below is 2 or less: Δ a * = a * a − a * i wherein Δa* is the change in the amount of the color coordinate a*, a* a is a color coordinate a* after maintaining the optical laminate at 105°C for 250 hours in a state where top and bottom surfaces of the optical laminate come contact with glass substrates, and a* i is a color coordinate a* before maintaining the optical laminate at 105°C for 250 hours. a polarizing layer, wherein the polarizing layer comprises zinc component, characterized by a porous layer formed on at least one side of the polarizing layer, the polarizing layer satisfies Equation 3 below: 0.70 to 0.97 = 1 / 1 + 0.025d/R wherein d is a thickness (μm) of the polarizing layer, and R is a ratio (K/Zn) of a weight ratio (K, unit: weight%) of potassium component in the polarizing layer with respect to a weight ratio (Zn, unit: weight%) of zinc component in the polarizing layer, an absolute value of a change in an amount of color coordinate a* of CIE L*a*b* according to Equation 1 below is 2 or less: Δ a * = a * a − a * i wherein Δa* is the change in the amount of the color coordinate a*, a* a is a color coordinate a* after maintaining the optical laminate at 105°C for 250 hours in a state where top and bottom surfaces of the optical laminate come contact with glass substrates, and a* i is a color coordinate a* before maintaining the optical laminate at 105°C for 250 hours.
A filling valve for liquids, comprising a liquid feed into a valve chamber, a valve seat, a closure element movable to and fro between at least one open position and a closed position, and interacting with the valve seat, an outlet for the liquid, a cylindrical discharge element arranged on the outlet, which has a plurality of passages arranged adjacent to each other in the axial direction, wherein the surface of the discharge element facing the closure element forms a part of the valve seat, characterized in that - the passages opening in the surface of the discharge element starting from the surface are lengthened in the direction of the closure element by tubes, - the closure element has caps, - each tube can be closed by one of the caps which surrounds the tube at least in the closed position to form an annular space. - the passages opening in the surface of the discharge element starting from the surface are lengthened in the direction of the closure element by tubes, - the closure element has caps, - each tube can be closed by one of the caps which surrounds the tube at least in the closed position to form an annular space.
A liquid heating device for a hot beverage machine, comprising: - a flow through heater (18, 18'); - a first tank for receiving liquid to be heated; - a second tank for temporarily storing pre-heated liquid; - a liquid outlet for releasing heated liquid; and - a switching unit (20, 20', 20", 20'") which is configured to switch a liquid flow cycle of the liquid heating device between a pre-heating cycle, in which liquid flows from the first tank through the flow through heater (18, 18') and into the second tank in order to temporarily store pre-heated liquid in the second tank, and a end-heating cycle, in which the pre-heated liquid flows from the second tank through the flow through heater (18, 18') to the liquid outlet. - a flow through heater (18, 18'); - a first tank for receiving liquid to be heated; - a second tank for temporarily storing pre-heated liquid; - a liquid outlet for releasing heated liquid; and - a switching unit (20, 20', 20", 20'") which is configured to switch a liquid flow cycle of the liquid heating device between a pre-heating cycle, in which liquid flows from the first tank through the flow through heater (18, 18') and into the second tank in order to temporarily store pre-heated liquid in the second tank, and a end-heating cycle, in which the pre-heated liquid flows from the second tank through the flow through heater (18, 18') to the liquid outlet.
Valve assembly for controlling a lifting mechanism or a mounted implement of a mobile working implement, in particular of an agricultural utility vehicle, wherein the lifting mechanism or the mounted implement has a lifting cylinder, wherein the valve assembly comprises a continuously adjustable directional control valve, which has a working connection, which can be brought into pressure medium connection with a pressure chamber of the lifting cylinder effective in a first actuating direction and which has a further working connection, which can be brought into pressure medium connection with a second pressure chamber of the lifting cylinder effective in a second actuating direction, wherein the directional control valve has a tank connection and a pressure connection, wherein opening cross sections between the connections can be opened up or shut by adjusting a slide of the directional control valve, the slide has two active-lowering control edges via which, when the slide is adjusted into an active-lowering region (lowering active), an inlet cross section can be opened up or shut in the direction of the pressure chamber effective in the second actuating direction and at the same time a discharge cross section can be opened up or shut, preferably in the opposite direction, from the pressure chamber effective in the second actuating direction in the direction of the tank connection, characterized by at least one unlockable nonreturn valve which is arranged in a pressure medium flow path to the pressure chamber effective in the first actuating direction from the working connection connectable thereto and which is mechanically coupled to the slide so that the nonreturn valve can be opened up at least when the slide is adjusted into the active-lowering region (lowering active).
A control device of a vehicle opening-closing member provided to a vehicle comprising: a vehicle state determination unit configured to determine a traveling state of the vehicle based on a signal indicating a traveling state of the vehicle; an open/close state determination unit configured to determine an opening/opened state of the opening-closing member based on a signal indicating an opening/opened state of the opening-closing member; wherein a control unit is configured to output a control signal for stopping an opening motion of the opening-closing member followed by closing-actuating the opening-closing member; characterized in that the closing-actuating of the opening-closing member is to a position at which the gap between the slide door and the vehicle body becomes a predetermined gap without causing the slide door to be in a fully closed state, when it is determined by the vehicle state determination unit that the vehicle is in a state of traveling and when it is determined by the open/close state determination unit that the opening-closing member is in an opening/opened state. a vehicle state determination unit configured to determine a traveling state of the vehicle based on a signal indicating a traveling state of the vehicle; an open/close state determination unit configured to determine an opening/opened state of the opening-closing member based on a signal indicating an opening/opened state of the opening-closing member; wherein a control unit is configured to output a control signal for stopping an opening motion of the opening-closing member followed by closing-actuating the opening-closing member; characterized in that the closing-actuating of the opening-closing member is to a position at which the gap between the slide door and the vehicle body becomes a predetermined gap without causing the slide door to be in a fully closed state, when it is determined by the vehicle state determination unit that the vehicle is in a state of traveling and when it is determined by the open/close state determination unit that the opening-closing member is in an opening/opened state.