mhurhangee/ep-ind-claims huggingface dataset:
A straddled vehicle comprising: a steering device; a support unit supported by the steering device to be convertible between a first form and a second form; and a meter supported by the support unit; wherein the support unit includes: a first stay (41, 101) fixed to one of the steering device and the meter; a second stay (51, 111) fixed to the other of the steering device and the meter, and attachable to and detachable from the first stay (41, 101); and a joining unit for joining the first stay (41, 101) and the second stay (51, 111); the first stay (41, 101) includes: a first seat (42, 102) formed on a first plane; and a second seat (44, 104) formed on a second plane different from the first plane; when the support unit is in the first form, the first seat (42, 102) makes surface contact with the second stay (51, 111), and the joining unit fastens the first seat (42, 102) and the second stay (51, 111); when the support unit is in the second form, the second seat (44, 104) makes surface contact with the second stay (51, 111), and the joining unit fastens the second seat (44, 104) and the second stay (51, 111); and a tilt of the meter when the support unit is in the second form is different from a tilt of the meter when the support unit is in the first form. a steering device; a support unit supported by the steering device to be convertible between a first form and a second form; and a meter supported by the support unit; wherein the support unit includes: a first stay (41, 101) fixed to one of the steering device and the meter; a second stay (51, 111) fixed to the other of the steering device and the meter, and attachable to and detachable from the first stay (41, 101); and a joining unit for joining the first stay (41, 101) and the second stay (51, 111); a first stay (41, 101) fixed to one of the steering device and the meter; a second stay (51, 111) fixed to the other of the steering device and the meter, and attachable to and detachable from the first stay (41, 101); and a joining unit for joining the first stay (41, 101) and the second stay (51, 111); the first stay (41, 101) includes: a first seat (42, 102) formed on a first plane; and a second seat (44, 104) formed on a second plane different from the first plane; a first seat (42, 102) formed on a first plane; and a second seat (44, 104) formed on a second plane different from the first plane; when the support unit is in the first form, the first seat (42, 102) makes surface contact with the second stay (51, 111), and the joining unit fastens the first seat (42, 102) and the second stay (51, 111); when the support unit is in the second form, the second seat (44, 104) makes surface contact with the second stay (51, 111), and the joining unit fastens the second seat (44, 104) and the second stay (51, 111); and a tilt of the meter when the support unit is in the second form is different from a tilt of the meter when the support unit is in the first form.
Color control pattern designed to carry out optical measurement of colors printed on a sheet or web substrate by means of a multicolor printing press, especially by means of a multicolor security printing press, which substrate exhibits an effective printed region having a multicolor printed image comprising a plurality of juxtaposed colored areas (A-H) printed with a corresponding plurality of printing inks of different colors, wherein the color control pattern is intended to be printed in a margin portion (lm) of the substrate next to the effective printed region, wherein the color control pattern comprises one or more color control strips (a-d) extending transversely to a direction of transport of the substrate, characterised in that each color control strip (a-d) comprises a plurality of distinct color control fields (CF, CF A to CF H) consisting of fields of each relevant printing ink that is printed in the effective printed region, and in that the color control fields (CF, CF A to CF H) are coordinated to actual application of the relevant printing inks in the effective printed region and are positioned transversely to the direction of transport of the substrate at locations corresponding to actual positions where the relevant printing inks are applied in the effective printed region.
Three-dimensional -3D- glasses comprising: a first sensor unit to sense pressure when a user puts on or takes off a 3D glasses; a second sensor unit to sense unfolding or folding of the 3D glasses when the user puts on or takes off the 3D glasses; a third sensor unit to sense a resistance value or a capacitance value on a contact surface when the user puts on or takes off the 3D glasses; a switch to switch on or off power; a wireless communication module; and a controller to determine whether the user wears the 3D glasses or not through the first, second and third sensor units, and, and to control the wireless communication module to transmit a glasses-wearing or no wearing sensing signal indicating whether the user wears the 3D glasses or not. a first sensor unit to sense pressure when a user puts on or takes off a 3D glasses; a second sensor unit to sense unfolding or folding of the 3D glasses when the user puts on or takes off the 3D glasses; a third sensor unit to sense a resistance value or a capacitance value on a contact surface when the user puts on or takes off the 3D glasses; a switch to switch on or off power; a wireless communication module; and a controller to determine whether the user wears the 3D glasses or not through the first, second and third sensor units, and, and to control the wireless communication module to transmit a glasses-wearing or no wearing sensing signal indicating whether the user wears the 3D glasses or not.
An organic light emitting diode (OLED) device comprising: an OLED panel; a printed circuit board adhered onto a rear surface of the OLED panel; and a back cover including first and second metal layers (131a, 131b), characterized by an inorganic substance layer between the first and second metal layers (131a, 131b), and a pocket groove in the back cover, and which corresponds to the printed circuit board, wherein the pocket groove is formed by removing a portion of the first metal layer corresponding to the printed circuit board to expose the inorganic substance layer. an OLED panel; a printed circuit board adhered onto a rear surface of the OLED panel; and a back cover including first and second metal layers (131a, 131b), characterized by an inorganic substance layer between the first and second metal layers (131a, 131b), and a pocket groove in the back cover, and which corresponds to the printed circuit board, wherein the pocket groove is formed by removing a portion of the first metal layer corresponding to the printed circuit board to expose the inorganic substance layer.
A method for coating metallic surfaces with an acidic aqueous conversion composition which is a solution or dispersion, wherein said composition comprises: a total of 0.01 to 1 g/L of TiF 6 2-, ZrF 6 2- and/or HfF 6 2- in the form of ions, calculated as ZrF 6 2-, 0 or 0.01 to 1 g/L in each case of Fe 2+, Mn and/or Zn ions, at least one kind of these ions being present in the range from 0.01 to 1 g/L, 0.01 to 2 g/L of organic polymer and/or copolymer based on (meth)acrylate/(meth)acrylic acid and/or vinyl acetate-acrylic copolymer which is stable at a pH < 6.5, based on the solids content, 0 or 0.01 to 2 g/L of particulate SiO 2 with a mean particle diameter < 0.3 μm, based on the solids content, 0 or 0.01 to 10 g/L of at least one surfactant, 0 or 0.05 to 10 g/L of anions selected from the group consisting of carbonate, nitrate and sulfate, calculated by conversion to NO 3 -, even if CO 3 2- or SO 4 2- is present, and 0 or 0.001 to 2 g/L of carboxylate and/or sulfonate anions which have no adverse effect or almost none on coat formation, calculated as the corresponding anions, where the amount of molybdate calculated as MoO 4 2- and/or the amount of P-containing oxyanions calculated as PO 4 3- is in each case < 0.1 g/L or 0 g/L and the acidic aqueous composition has a pH in the range from 2.5 to 6.5, where no content of silane, silanol, siloxane and/or polysiloxane is added deliberately to the aqueous conversion composition. a total of 0.01 to 1 g/L of TiF 6 2-, ZrF 6 2- and/or HfF 6 2- in the form of ions, calculated as ZrF 6 2-, 0 or 0.01 to 1 g/L in each case of Fe 2+, Mn and/or Zn ions, at least one kind of these ions being present in the range from 0.01 to 1 g/L, 0.01 to 2 g/L of organic polymer and/or copolymer based on (meth)acrylate/(meth)acrylic acid and/or vinyl acetate-acrylic copolymer which is stable at a pH < 6.5, based on the solids content, 0 or 0.01 to 2 g/L of particulate SiO 2 with a mean particle diameter < 0.3 μm, based on the solids content, 0 or 0.01 to 10 g/L of at least one surfactant, 0 or 0.05 to 10 g/L of anions selected from the group consisting of carbonate, nitrate and sulfate, calculated by conversion to NO 3 -, even if CO 3 2- or SO 4 2- is present, and 0 or 0.001 to 2 g/L of carboxylate and/or sulfonate anions which have no adverse effect or almost none on coat formation, calculated as the corresponding anions, where the amount of molybdate calculated as MoO 4 2- and/or the amount of P-containing oxyanions calculated as PO 4 3- is in each case < 0.1 g/L or 0 g/L and the acidic aqueous composition has a pH in the range from 2.5 to 6.5, where no content of silane, silanol, siloxane and/or polysiloxane is added deliberately to the aqueous conversion composition.
A message transmission method, wherein the method comprises: obtaining, by a message processor, message content and an address of an optical network unit ONU; obtaining, by the message processor, a downlink message according to the message content and the address of the ONU, wherein a destination address of the downlink message is the address of the ONU; wherein the address of the ONU is a Media Access Control MAC address of the ONU, and the obtaining, by the message processor, a downlink message according to the message content and the address of the ONU comprises: obtaining, by the message processor, an Ethernet frame according to the message content and the MAC address of the ONU, wherein the Ethernet frame comprises the message content and the MAC address of the ONU, and a destination MAC address of the Ethernet frame is the MAC address of the ONU; or wherein the address of the ONU is an Internet Protocol IP address of the ONU, and the obtaining, by the message processor, a downlink message according to the message content and the address of the ONU comprises: obtaining, by the message processor, an IP data packet according to the message content and the IP address of the ONU, wherein the IP data packet comprises the message content and the IP address of the ONU, and a destination IP address of the IP data packet is the IP address of the ONU; and sending, by the message processor, the downlink message to a relay device by using an OpenFlow message or a preset tunnel, wherein the preset tunnel is a virtual extensible local area networkVXLAN tunnel or a multi-protocol label switching MPLS tunnel. obtaining, by a message processor, message content and an address of an optical network unit ONU; obtaining, by the message processor, a downlink message according to the message content and the address of the ONU, wherein a destination address of the downlink message is the address of the ONU; wherein the address of the ONU is a Media Access Control MAC address of the ONU, and the obtaining, by the message processor, a downlink message according to the message content and the address of the ONU comprises: obtaining, by the message processor, an Ethernet frame according to the message content and the MAC address of the ONU, wherein the Ethernet frame comprises the message content and the MAC address of the ONU, and a destination MAC address of the Ethernet frame is the MAC address of the ONU; or wherein the address of the ONU is an Internet Protocol IP address of the ONU, and the obtaining, by the message processor, a downlink message according to the message content and the address of the ONU comprises: obtaining, by the message processor, an IP data packet according to the message content and the IP address of the ONU, wherein the IP data packet comprises the message content and the IP address of the ONU, and a destination IP address of the IP data packet is the IP address of the ONU; and sending, by the message processor, the downlink message to a relay device by using an OpenFlow message or a preset tunnel, wherein the preset tunnel is a virtual extensible local area networkVXLAN tunnel or a multi-protocol label switching MPLS tunnel.
An arrangement comprising at least two blood treatment apparatuses with an extracorporeal blood circuit and at least two peripheral devices, each of which comprising at least one sensor for measuring a patient's physiological data, one blood treatment apparatus of the at least two blood treatment apparatuses and one peripheral device of the at least two peripheral devices being to be allocated to a patient and the peripheral device to be allocated to the patient being to be allocated to the blood treatment apparatus to be allocated to the patient, wherein the peripheral devices and the treatment units comprise: means (3, 4) for allocating a blood treatment apparatus to a patient, the means for allocating a blood treatment apparatus to a patient comprising a system of tubes and/or lines for the connection of the patient to the blood treatment apparatus, means (7, 10, 14, 16) for allocating a peripheral device to a blood treatment apparatus, means for checking the allocation of a peripheral device to a patient, the means for checking the allocation of the peripheral device to a patient comprising means for sending a signal to the blood treatment apparatus after the successful allocation of the peripheral device to the patient and means for receiving the signal by the blood treatment apparatus, means for acknowledging that the patient to whom the peripheral device has been allocated is the patient to whom the blood treatment apparatus has been allocated to which the peripheral device has been allocated and means for releasing the peripheral device only on condition that the correct allocation of the peripheral device and patient has been acknowledged. means (3, 4) for allocating a blood treatment apparatus to a patient, the means for allocating a blood treatment apparatus to a patient comprising a system of tubes and/or lines for the connection of the patient to the blood treatment apparatus, means (7, 10, 14, 16) for allocating a peripheral device to a blood treatment apparatus, means for checking the allocation of a peripheral device to a patient, the means for checking the allocation of the peripheral device to a patient comprising means for sending a signal to the blood treatment apparatus after the successful allocation of the peripheral device to the patient and means for receiving the signal by the blood treatment apparatus, means for acknowledging that the patient to whom the peripheral device has been allocated is the patient to whom the blood treatment apparatus has been allocated to which the peripheral device has been allocated and means for releasing the peripheral device only on condition that the correct allocation of the peripheral device and patient has been acknowledged.
A disconnecting device with optimized installation area, having • a support with an electric component, wherein the electric component is to be disconnected in the case of impermissible heating, • wherein an energy-storage device is arranged relative to the electric component, which - if the thermally softenable fixing softens - displaces the electric component essentially parallel to the support and disconnects the electric component in the process, • characterized in that • the support comprises at least two guide grooves (N1, N2), • the disconnecting device with optimized installation area furthermore comprises a mechanically displaceable indicating means, wherein the mechanically displaceable indicating means indicates that the electric component to be monitored was disconnected, wherein the mechanically displaceable indicating means is displaced together with the disconnecting electric component, • wherein the mechanically displaceable indicating means is held and guided in the at least two guide grooves (N1, N2). • a support with an electric component, wherein the electric component is to be disconnected in the case of impermissible heating, • wherein an energy-storage device is arranged relative to the electric component, which - if the thermally softenable fixing softens - displaces the electric component essentially parallel to the support and disconnects the electric component in the process, • characterized in that • the support comprises at least two guide grooves (N1, N2), • the disconnecting device with optimized installation area furthermore comprises a mechanically displaceable indicating means, wherein the mechanically displaceable indicating means indicates that the electric component to be monitored was disconnected, wherein the mechanically displaceable indicating means is displaced together with the disconnecting electric component, • wherein the mechanically displaceable indicating means is held and guided in the at least two guide grooves (N1, N2).
A protective hood assembly, comprising a protective hood which covers the user's head and shoulders made from flexible, pliable material and with a viewing window, a mounting structure for the protective hood, an active air exchange system with a fan with corresponding control assembly, a housing for the fan arranged within and separate from the protective hood, which is attached to the mounting structure within the protective hood, and a filter for the used air integrated in the protective hood, characterized by at least one air inlet opening allowing unimpeded flow-through and leading to the fan in the protective hood, and by an inlet connecting socket emanating from the housing, passed in a sealed manner through the air inlet opening of the protective hood to the outer side thereof, forming a releasable connection between the mounting structure and the protective hood, wherein the air inlet opening and/or the inlet connecting socket is/are covered by a cleanroom fabric or filter fleece, preferably by an FFP2 protection class material, or by a breathing air filter for fresh air placed on the inlet connecting socket on the outside of the protective hood in front of the fan, or by a mesh cover.
A method for anti-corrosion pretreatment of a metal material selected from zinc, iron or aluminum or of a component which is composed at least partially of such metal materials, in which method the metal material or the component undergoes firstly activation (i) and then phosphating (ii), in particular zinc phosphating, in consecutive method steps, wherein the activation in method step (i) is carried out by bringing the metal material or the component into contact with a colloidal aqueous solution containing, in the dispersed particulate constituent (a) of the solution, at least one particulate inorganic compound that is composed of phosphates of polyvalent metal cations at least partially selected from hopeite, phosphophyllite, scholzite and/or hureaulite, and at least one polymeric organic compound which is composed at least partially of styrene and/or an α-olefin having no more than 5 carbon atoms and is composed partially of maleic acid, its anhydride and/or its imide, wherein the polymeric organic compound additionally comprises polyoxyalkylene units, wherein the colloidal aqueous solution contains at least 0.5 mmol/L of alkaline-earth metal ions dissolved in water. at least one particulate inorganic compound that is composed of phosphates of polyvalent metal cations at least partially selected from hopeite, phosphophyllite, scholzite and/or hureaulite, and at least one polymeric organic compound which is composed at least partially of styrene and/or an α-olefin having no more than 5 carbon atoms and is composed partially of maleic acid, its anhydride and/or its imide, wherein the polymeric organic compound additionally comprises polyoxyalkylene units,
A route processing method, wherein the method comprises: obtaining (S 102), by a first network device, a flow effective time parameter and a route related to the flow effective time parameter, wherein the flow effective time parameter comprises a start time value and a duration value, and the flow effective time parameter is used to indicate that the route related to the flow effective time parameter is effective in a time interval specified by the flow effective time parameter; processing, by the first network device in the specified time interval, service traffic corresponding to the route related to the flow effective time parameter, and generating a route control message, wherein the route control message carries the flow effective time parameter and the route related to the flow effective time parameter, the route control message is an extended border gateway protocol, BGP, update message based on BGP Flow Specification, FlowSpec; and sending, by the first network device, the route control message to a second network device. obtaining (S 102), by a first network device, a flow effective time parameter and a route related to the flow effective time parameter, wherein the flow effective time parameter comprises a start time value and a duration value, and the flow effective time parameter is used to indicate that the route related to the flow effective time parameter is effective in a time interval specified by the flow effective time parameter; processing, by the first network device in the specified time interval, service traffic corresponding to the route related to the flow effective time parameter, and generating a route control message, wherein the route control message carries the flow effective time parameter and the route related to the flow effective time parameter, the route control message is an extended border gateway protocol, BGP, update message based on BGP Flow Specification, FlowSpec; and sending, by the first network device, the route control message to a second network device.
The device consists of an insulated metal substrate in the form of a straight block, the length of which is at least twice as great as the width, which is at least twice as great as the thickness, comprising, on one of the two larger surfaces, at least one SMD-type (Surface Mounted Device) or COB-type (Chip on Board) light-emitting diode, supplied by a connector at one of the ends of the circuit, characterised in that said substrate is covered with a transparent or translucent heat-shrinkable sheath covering the diodes, and in that the substrate and the sheath are overmoulded at the ends by a polymer electrically insulating the system.