mhurhangee/ep-ind-claims huggingface dataset:
An electric cooker comprising: a lower housing; a lower die mounted on the lower housing; an upper housing pivotally mounted at a rear end via a hinge shaft to the lower housing to turn upward from the lower housing; an upper die mounted on the upper housing, a lower surface of the upper die being capable of being disposed on an upper surface of the lower die; an electric heater disposed in at least one of the lower housing and the upper housing and heating at least one of the lower die and the upper die from back to heat dough for bread or the like between the lower die and the upper die; and hinge-shaft height adjusting means changing a vertical position of the upper housing pivotally mounted via the hinge shaft by adjusting height of the hinge shaft, characterized in that an upper-housing support bracket that has a pair of upward portions is disposed on an upper surface of a rear part of the lower housing and a moving bracket is disposed between the pair of upward portions to move vertically, the moving bracket having a pair of hinge-shaft support portions that support ends of the hinge shaft, the hinge-shaft height adjusting means comprising an operating rod that is pivotally mounted to the upward portions at ends to rotate and is positioned in parallel with the hinge shaft, an eccentric cam that is eccentrically fixed to the operating rod and moves the moving bracket vertically with the hinge shaft, and a knob fixed to a projecting end of the operating rod that projects sideward of the upward portion and rotates the eccentric cam with the operating rod. a lower housing; a lower die mounted on the lower housing; an upper housing pivotally mounted at a rear end via a hinge shaft to the lower housing to turn upward from the lower housing; an upper die mounted on the upper housing, a lower surface of the upper die being capable of being disposed on an upper surface of the lower die; an electric heater disposed in at least one of the lower housing and the upper housing and heating at least one of the lower die and the upper die from back to heat dough for bread or the like between the lower die and the upper die; and hinge-shaft height adjusting means changing a vertical position of the upper housing pivotally mounted via the hinge shaft by adjusting height of the hinge shaft, characterized in that an upper-housing support bracket that has a pair of upward portions is disposed on an upper surface of a rear part of the lower housing and a moving bracket is disposed between the pair of upward portions to move vertically, the moving bracket having a pair of hinge-shaft support portions that support ends of the hinge shaft, the hinge-shaft height adjusting means comprising an operating rod that is pivotally mounted to the upward portions at ends to rotate and is positioned in parallel with the hinge shaft, an eccentric cam that is eccentrically fixed to the operating rod and moves the moving bracket vertically with the hinge shaft, and a knob fixed to a projecting end of the operating rod that projects sideward of the upward portion and rotates the eccentric cam with the operating rod.
A method for producing a bonded joint between fiber-reinforced thermoplastic parts to be joined (2, 4), wherein the parts to be joined (2, 4) are positioned in the form of a butt joint in order to define a course of a joining seam and welded to one another by means of friction stir welding, wherein an additional fiber-containing plastic material is mixed into a joining zone wherein the plastic material is rubbed into the joining zone by means of a rotating friction shoulder that carries out intermittently a relative lifting motion, wherein the plastic material is superficially supplied to the joining zone and when the friction shoulder is lowered, the superficial plastic material is rubbed into the joining zone, wherein in order to support the parts to be joined (2, 4) on their side that faces away from the friction shoulder, the friction stir tool is realized in the form of a Bobbin-Tool with a rotating counter bracket that forms a plate-like head section of a stirring pin.
Use of an afucosylated anti-CD20 antibody with an amount of fucose of 60 % or less of the total amount of oligosaccharides (sugars) at Asn297, for the manufacture of a medicament for the treatment of cancer in combination with bendamustine, characterized in that said cancer is a CD20 expressing cancer and in that said antibody comprises an amino acid sequence of the variable region of the heavy chain of SEQ ID NO: 7, and an amino acid sequences of the variable region of the light chain of SEQ ID NO: 20.
A network device configured for a software-defined network, SDN, the network device comprising multiple network interface ports, memory storing configuration data, and at least one processor characterised in that the processor is configured to: receive a first controller availability message from a first controller device in a plurality of controller devices, the plurality of controller devices comprising at least a second controller device; determine, responsive to receiving the first controller availability message from the first controller device, a first value for a performance characteristic of the first controller device; receive a second controller availability message from the second controller device in the plurality of controller devices; determine, responsive to receiving the second controller availability message from the second controller device, a second value for the performance characteristic of the second controller device; select one of the first controller device and the second controller device as a controller for the network device based at least on the first controller availability message received from the first controller device and a comparison of the first value and the second value; and report, to each of the plurality of controller devices, the selection of the controller device for the network device. receive a first controller availability message from a first controller device in a plurality of controller devices, the plurality of controller devices comprising at least a second controller device; determine, responsive to receiving the first controller availability message from the first controller device, a first value for a performance characteristic of the first controller device; receive a second controller availability message from the second controller device in the plurality of controller devices; determine, responsive to receiving the second controller availability message from the second controller device, a second value for the performance characteristic of the second controller device; select one of the first controller device and the second controller device as a controller for the network device based at least on the first controller availability message received from the first controller device and a comparison of the first value and the second value; and report, to each of the plurality of controller devices, the selection of the controller device for the network device.
A secondary battery comprising: a can for accommodating an electrode assembly and an electrolyte; a cap assembly mounted on the can; first metal foil attached on a top surface of the cap assembly or a bottom surface of the can; a circuit protection element attached on the first metal foil; second metal foil attached on the circuit protection element, and a supporting member disposed on a side of the circuit protection element, the supporting member being in surface-contact with at least a portion of the second metal foil; wherein the second metal foil is configured such that a portion of the second metal foil does not overlap the circuit protection element, and the second metal foil is welded to an external tab for electrical connection, wherein a portion of the second metal foil corresponding to the supporting member is welded to the external tab. a can for accommodating an electrode assembly and an electrolyte; a cap assembly mounted on the can; first metal foil attached on a top surface of the cap assembly or a bottom surface of the can; a circuit protection element attached on the first metal foil; second metal foil attached on the circuit protection element, and a supporting member disposed on a side of the circuit protection element, the supporting member being in surface-contact with at least a portion of the second metal foil;
A liquid ejecting apparatus comprising: a liquid ejecting head unit capable of ejecting a liquid from a nozzle provided in a nozzle surface of a nozzle formation member; an anchoring plate that is anchored to the liquid ejecting head unit and that is provided with an opening region that exposes the nozzle surface; and a wiper member that wipes the nozzle surface and an anchoring plate exposed-surface located on an opposite side of the anchoring plate to the liquid ejecting head unit, wherein when an angle of contact between the nozzle surface and the liquid is taken as θn, an angle of contact between the anchoring plate exposed-surface and the liquid is taken as θs, and an angle of contact between the wiper member and the liquid is taken as θw, the relationship θn > θs > θw > 90° is fulfilled. a liquid ejecting head unit capable of ejecting a liquid from a nozzle provided in a nozzle surface of a nozzle formation member; an anchoring plate that is anchored to the liquid ejecting head unit and that is provided with an opening region that exposes the nozzle surface; and a wiper member that wipes the nozzle surface and an anchoring plate exposed-surface located on an opposite side of the anchoring plate to the liquid ejecting head unit, wherein when an angle of contact between the nozzle surface and the liquid is taken as θn, an angle of contact between the anchoring plate exposed-surface and the liquid is taken as θs, and an angle of contact between the wiper member and the liquid is taken as θw, the relationship θn > θs > θw > 90° is fulfilled.
A test and measurement instrument comprising a video waveform monitor arranged to display: a left-eye image and a right-eye image; a sample cursor that allows a user to identify a pixel of the left-eye image; a disparity cursor that allows a user to identify a pixel of the right-eye image; and a measured disparity value based on the pixel of the left-eye image and the pixel of the right-eye image, wherein: the disparity cursor tracks the movement of the sample cursor such that when a user moves the sample cursor, the disparity cursor is automatically moved in the same manner thereby to keep the measured disparity value constant. a left-eye image and a right-eye image; a sample cursor that allows a user to identify a pixel of the left-eye image; a disparity cursor that allows a user to identify a pixel of the right-eye image; and a measured disparity value based on the pixel of the left-eye image and the pixel of the right-eye image, wherein: the disparity cursor tracks the movement of the sample cursor such that when a user moves the sample cursor, the disparity cursor is automatically moved in the same manner thereby to keep the measured disparity value constant. the disparity cursor tracks the movement of the sample cursor such that when a user moves the sample cursor, the disparity cursor is automatically moved in the same manner thereby to keep the measured disparity value constant.
A sealant bottle for tyre repair of vehicle, wherein comprising a bottle body for holding sealant and a flexible sealant hose arranged within the bottle body; a first bottle cap and a second bottle cap are disposed at an opening for outputting sealant of the bottle body, wherein the first bottle cap completely surrounds the second bottle cap, characterized in that the second bottle cap can slide within the first bottle cap; the sealant within the bottle body is led out by combination of the sealant hose and a connection tube of sealant bottle passing through the second bottle cap; the flexible sealant hose is connected with a one-way valve at its one end; the one-way valve includes a valve body, a sealing plug and a valve cover, while the valve cover is arranged at one end of the valve body that is far away from the sealant hose; the valve body is arranged with a channel and a groove for guiding the sealant inside, wherein the groove for guiding the sealant connected to the channel is arranged at one end of the channel that is far away from the valve cover; the sealing plug is arranged in the channel and it can move therein along the axial direction of the bottle body; the one-way valve is arranged with a gravitational shell which surrounds the one-way valve, the channel has a length providing some moving space for the sealing plug so as to eliminate a pressure change caused by the expansion and/or contraction of the air and sealant; during movement, the sealing plug always abuts against the wall of the channel so as to ensure a sealing environment inside the whole sealant bottle; and wherein the gravitational shell has a specific gravity greater than a specific gravity of the flexible sealant hose.
A bed system attachable to a hospital bed for turning a patient in order to avoid pressure sores, said bed system comprising: • a first and a second frame each having a top and bottom frame member, said first and a second frame attached in first and second sliding means at the central longitudinal axis of the hospital bed onto which the system is attachable, whereby the sliding means is horizontally movable perpendicular to the central longitudinal axis of the hospital bed; • a first and a second actuator connected to said first and second frame via one or more extension rods attached via a lifting device to pivot points provided as joints on the bottom frame member; • said first and second frames being pivotally movable around an axis parallel with the length of the bed through the joints provided on the bottom frame member; and • a base frame having attachment means for attachment of the bed system to an existing frame of a hospital bed; wherein activation of the first and second actuator moves the pivot points horizontally, whereby said first and second frames are nested to form a sloped support descending towards the longitudinal center line of the bed system. • a first and a second frame each having a top and bottom frame member, said first and a second frame attached in first and second sliding means at the central longitudinal axis of the hospital bed onto which the system is attachable, whereby the sliding means is horizontally movable perpendicular to the central longitudinal axis of the hospital bed; • a first and a second actuator connected to said first and second frame via one or more extension rods attached via a lifting device to pivot points provided as joints on the bottom frame member; • said first and second frames being pivotally movable around an axis parallel with the length of the bed through the joints provided on the bottom frame member; and • a base frame having attachment means for attachment of the bed system to an existing frame of a hospital bed; wherein activation of the first and second actuator moves the pivot points horizontally, whereby said first and second frames are nested to form a sloped support descending towards the longitudinal center line of the bed system.
A lithium-sulphur battery, comprising: a lithium anode; a separator adjacent the anode; and a cathode adjacent the separator opposite the anode, characterized in that the cathode comprises, perpendicular to the separator, interdigitated stripes of a first and second material, wherein the first material contains sulfur, carbon, and a first solid electrolyte and the second material consists of a second solid electrolyte. a lithium anode; a separator adjacent the anode; and a cathode adjacent the separator opposite the anode, characterized in that the cathode comprises, perpendicular to the separator, interdigitated stripes of a first and second material, wherein the first material contains sulfur, carbon, and a first solid electrolyte and the second material consists of a second solid electrolyte.
PIPELINE REPAIR EQUIPMENT comprising a first ring structure in the form of a pair of arcuate segments joined together by a connector disposed in an upper portion, and a second ring structure in the form of a pair of arcuate segments joined together by a connector in an upper portion, said pairs of arcuate segments (10a, 10b) each forming a lower opening ring structure, said first ring structure positioned parallel and distanced from the second ring structure, whose internal surfaces are attached to ends of rods aligned with a generator, forming a cage, where the ring structures (10a, 10b) and the cage formed by the rods configure a movable part, wherein the movable part is electrically or hydraulically triggerable, locally or remotely, for rotation, wherein an external surface of the connectors each have an articulated bearing joining another pair of arcuate segments forming an articulated claw with a lower opening, wherein the articulated claws are positioned adjacent respective external surfaces of the ring structures (10a, 10b), said articulated claws fixed relative to the movable part, with the lower opening of the ring structures (10a, 10b) aligned with the lower opening of the articulated claws, wherein the pipeline repair equipment further comprises: a) a movable car that is longitudinally movable on the rods between the first ring structure and the second ring structure, triggerable by a control unit, said movable car having a pulley for tensioning of repair material disposed in at least one coil, and a remote-triggerable brake mechanism that immobilizes the movable car on the rods; b) the at least one coil attached to a rod diametrically opposite to that of the movable car where the repair material is stored, with the end of the repair material attached in the movable car and pulled by the pulley for depositing the repair material tensioned on a pipeline surface in a helicoid form. a) a movable car that is longitudinally movable on the rods between the first ring structure and the second ring structure, triggerable by a control unit, said movable car having a pulley for tensioning of repair material disposed in at least one coil, and a remote-triggerable brake mechanism that immobilizes the movable car on the rods; b) the at least one coil attached to a rod diametrically opposite to that of the movable car where the repair material is stored, with the end of the repair material attached in the movable car and pulled by the pulley for depositing the repair material tensioned on a pipeline surface in a helicoid form.
A handle assembly for a pick-up truck tailgate, the handle assembly comprising: a. a guide tube with an open end; b. a handle portion that is received within the guide tube; c. a pivot assembly that comprises a body, a locking pin, a pivot pin, a release lever and a biasing member, wherein the pivot pin is connected to one end of the handle; the pivot assembly is received within the guide tube; the release lever is pivotally connected at one end to the body of the pivot assembly and the biasing member is connected at a first end to the pivot assembly at a position above the release lever and connected at a second end to the release lever, distal from the pivotally connected end of the release lever; and the locking pin is fixed to the release lever; wherein the handle portion is moveable within the guide tube between a retracted position and an extended position, and in the extended position the handle portion passes through the open end of the guide tube and the handle portion is pivotable about the pivot pin to move to a support position, the pivot assembly remains at least partially received within the guide tube or it is positioned near the open end of the guide tube and the locking pin is engaged with the handle portion to releasably lock the handle portion in the support position; and wherein the guide tube is secured within the tailgate of the pick-up truck. a. a guide tube with an open end; b. a handle portion that is received within the guide tube; c. a pivot assembly that comprises a body, a locking pin, a pivot pin, a release lever and a biasing member, wherein the pivot pin is connected to one end of the handle; the pivot assembly is received within the guide tube; the release lever is pivotally connected at one end to the body of the pivot assembly and the biasing member is connected at a first end to the pivot assembly at a position above the release lever and connected at a second end to the release lever, distal from the pivotally connected end of the release lever; and the locking pin is fixed to the release lever; wherein the handle portion is moveable within the guide tube between a retracted position and an extended position, and in the extended position the handle portion passes through the open end of the guide tube and the handle portion is pivotable about the pivot pin to move to a support position, the pivot assembly remains at least partially received within the guide tube or it is positioned near the open end of the guide tube and the locking pin is engaged with the handle portion to releasably lock the handle portion in the support position; and wherein the guide tube is secured within the tailgate of the pick-up truck.
Implant for stabilising and/or fusing the sacroiliac joint, having an elongated, coiled outer shape, comprising - a conically tapering inner core having a passage opening, which extends across the entire axial length of the implant in the axial direction along a central longitudinal axis, and - ribs running at least sectionally radially outwards, which are arranged on the inner core and extend helically around at least a section of the inner core in the axial direction, wherein the ribs extending helically across the axial length of the implant are wound across an angular region of less than 180° around the central longitudinal axis. - a conically tapering inner core having a passage opening, which extends across the entire axial length of the implant in the axial direction along a central longitudinal axis, and - ribs running at least sectionally radially outwards, which are arranged on the inner core and extend helically around at least a section of the inner core in the axial direction, wherein the ribs extending helically across the axial length of the implant are wound across an angular region of less than 180° around the central longitudinal axis.