mhurhangee/ep-ind-claims huggingface dataset:
A vehicle seat, comprising: a lower frame configured to be disposed in a cabin of a vehicle; an upper frame connected to the lower frame on which a backrest is formed; a seat base frame disposed on the lower frame on which a seat base is formed; a supporting mechanism that supports the seat base frame in a pivotal manner; and a first joint that connects a front end portion of the seat base frame to the lower frame in a pivotal manner, wherein the supporting mechanism comprises a pivot shaft in which one of end portions thereof is connected to a rear end portion of the seat base frame, a hub member that is situated within the upper frame while being connected to the upper frame, a second joint that connects other end portion of the pivot shaft to the hub, and the vehicle seat is characterized in that the supporting mechanism further comprises a reinforcement shaft (34, 35) in which one of end portions (44a, 48a) is connected to the hub member, and other end portion (45a, 49a) is connected to the upper frame or the lower frame; and the pivot shaft and the reinforcement shaft (34, 35) are overlapped in a width direction of the vehicle at least partially. a lower frame configured to be disposed in a cabin of a vehicle; an upper frame connected to the lower frame on which a backrest is formed; a seat base frame disposed on the lower frame on which a seat base is formed; a supporting mechanism that supports the seat base frame in a pivotal manner; and a first joint that connects a front end portion of the seat base frame to the lower frame in a pivotal manner, wherein the supporting mechanism comprises a pivot shaft in which one of end portions thereof is connected to a rear end portion of the seat base frame, a hub member that is situated within the upper frame while being connected to the upper frame, a second joint that connects other end portion of the pivot shaft to the hub, and the vehicle seat is characterized in that the supporting mechanism further comprises a reinforcement shaft (34, 35) in which one of end portions (44a, 48a) is connected to the hub member, and other end portion (45a, 49a) is connected to the upper frame or the lower frame; and wherein the supporting mechanism comprises a pivot shaft in which one of end portions thereof is connected to a rear end portion of the seat base frame, a hub member that is situated within the upper frame while being connected to the upper frame, a second joint that connects other end portion of the pivot shaft to the hub, and the vehicle seat is characterized in that the supporting mechanism further comprises a reinforcement shaft (34, 35) in which one of end portions (44a, 48a) is connected to the hub member, and other end portion (45a, 49a) is connected to the upper frame or the lower frame; and the pivot shaft and the reinforcement shaft (34, 35) are overlapped in a width direction of the vehicle at least partially.
A printhead die, comprising: a first resistor to cause fluid to be ejected out of a first nozzle (142; 205; 305); a second resistor to cause fluid to be ejected out of a second nozzle (142, 205, 305); a first cavitation plate to cover the first resistor; and a second cavitation plate to cover the second resistor, the first cavitation plate spaced from the second cavitation plate, characterised by: a first adhesive overlying the first cavitation plate; a second adhesive overlying the second cavitation plate; first and second protective layers (430, 432) over portions of the cavitation plates (408, 412). a first resistor to cause fluid to be ejected out of a first nozzle (142; 205; 305); a second resistor to cause fluid to be ejected out of a second nozzle (142, 205, 305); a first cavitation plate to cover the first resistor; and a second cavitation plate to cover the second resistor, the first cavitation plate spaced from the second cavitation plate, characterised by: a first adhesive overlying the first cavitation plate; a second adhesive overlying the second cavitation plate; first and second protective layers (430, 432) over portions of the cavitation plates (408, 412). a first adhesive overlying the first cavitation plate; a second adhesive overlying the second cavitation plate; first and second protective layers (430, 432) over portions of the cavitation plates (408, 412).
A vacuum cleaner comprising: a cleaner body capable of standing and inclining, wherein the cleaner body has a projection unitarily formed with the cleaner body; an electric blower accommodated in the cleaner body; a floor nozzle provided at a bottom of the cleaner body, the floor nozzle being capable of cleaning a surface while the cleaner body inclines; a mode detector detecting whether the cleaner body stands or inclines, wherein the mode detector comprises a microswitch and a lever, wherein the lever is operated with the projection, characterized in that the vacuum cleaner further comprises a processor and a controller, wherein the processor is configured to output to the controller a signal directing the controller to supply a first power to the electric blower if the mode detector detects that the cleaner body inclines, and to supply a second power lower than the first power to the electric blower if the mode detector detects that the cleaner body stands. a cleaner body capable of standing and inclining, wherein the cleaner body has a projection unitarily formed with the cleaner body; an electric blower accommodated in the cleaner body; a floor nozzle provided at a bottom of the cleaner body, the floor nozzle being capable of cleaning a surface while the cleaner body inclines; a mode detector detecting whether the cleaner body stands or inclines, wherein the mode detector comprises a microswitch and a lever, wherein the lever is operated with the projection, characterized in that the vacuum cleaner further comprises a processor and a controller, wherein the processor is configured to output to the controller a signal directing the controller to supply a first power to the electric blower if the mode detector detects that the cleaner body inclines, and to supply a second power lower than the first power to the electric blower if the mode detector detects that the cleaner body stands.
A machine tool comprising a loading device wherein the loading device comprising: a rail portion; and a loader configured to travel along the rail portion along a first horizontal axis, wherein the loader includes a pivoting portion, and an arm portion extending and contracting with respect to the pivoting portion, and the arm portion includes a hand portion that holds a workpiece, wherein the machine tool further comprising a processing region for a workpiece, and a stocker portion for the workpiece, and the rail portion is disposed so as to straddle the processing region and the stocker portion wherein the hand portion includes a first hand and a second hand, a main spindle is provided in the processing region, the first hand holds a processed workpiece received from the main spindle so as to deliver to the stocker portion, and the second hand holds a workpiece received from the stocker portion so as to deliver to the main spindle and wherein the first hand and the second hand are attached to the hand portion in a pivotable manner by 90° about a horizontal axis orthogonal to the first horizontal axis in a plan view. a rail portion; and a loader configured to travel along the rail portion along a first horizontal axis, wherein the loader includes a pivoting portion, and an arm portion extending and contracting with respect to the pivoting portion, and the arm portion includes a hand portion that holds a workpiece, wherein the machine tool further comprising a processing region for a workpiece, and a stocker portion for the workpiece, and the rail portion is disposed so as to straddle the processing region and the stocker portion wherein the hand portion includes a first hand and a second hand, a main spindle is provided in the processing region, the first hand holds a processed workpiece received from the main spindle so as to deliver to the stocker portion, and the second hand holds a workpiece received from the stocker portion so as to deliver to the main spindle and wherein the first hand and the second hand are attached to the hand portion in a pivotable manner by 90° about a horizontal axis orthogonal to the first horizontal axis in a plan view.
A method for encrypting individual images of digital motion pictures using three dimensional wavelets comprising: receiving image data indicative of an image; isolating sections of the image into a plurality of image sub-components comprising objects, light sources and/or camera angles; converting the isolated sub-components into securely managed intermediate wavelets, wherein the intermediate wavelets are non-proprietary wavelets that allow for the image data to be encrypted or modified; generating a plurality of mesh components using the securely managed intermediate wavelets, each wavelet mesh component representing a 3-dimensional shape of an object in the image that is defined by vertices and connections between the vertices; merging the plurality of mesh components into a wavelet mesh data stream; and transmitting the wavelet mesh data stream to a target device, wherein converting the isolated sub-components into securely managed intermediate wavelets comprises encrypting vertices, or weights or codes of connections between the vertices in at least one of the sub-components to form encrypted intermediate wavelets, such that at least a portion of the image generated on the target device from the wavelet mesh data stream is distorted or unviewable while the encrypted intermediate wavelets remain in an encrypted state. receiving image data indicative of an image; isolating sections of the image into a plurality of image sub-components comprising objects, light sources and/or camera angles; converting the isolated sub-components into securely managed intermediate wavelets, wherein the intermediate wavelets are non-proprietary wavelets that allow for the image data to be encrypted or modified; generating a plurality of mesh components using the securely managed intermediate wavelets, each wavelet mesh component representing a 3-dimensional shape of an object in the image that is defined by vertices and connections between the vertices; merging the plurality of mesh components into a wavelet mesh data stream; and transmitting the wavelet mesh data stream to a target device, wherein converting the isolated sub-components into securely managed intermediate wavelets comprises encrypting vertices, or weights or codes of connections between the vertices in at least one of the sub-components to form encrypted intermediate wavelets, such that at least a portion of the image generated on the target device from the wavelet mesh data stream is distorted or unviewable while the encrypted intermediate wavelets remain in an encrypted state.
Method for producing spherical polymer particles having a particle size of 2 μm to 200 μm from thermoplastic polymers, comprising a continuous extrusion process and a subsequent micro-granulation process, wherein the micro-granulation process is realized with an output velocity at the hole and a cutting-off frequency at the hole outlet of a perforated plate, which comprises melt outlet bores having a diameter of 2 μm to 200 μm, according to the following table: For spherical polymer particles having a size of 2 μm to 20 μm Cutting-off frequency at the hole exit [kHz] max. output velocity [m/s] min. output velocity [m/s] >8 to 16 0.05000000 0.00002076 >4 to 8 0.02500000 0.00001038 >2 to 4 0.01250000 0.00000519 >1 to 2 0.00625000 0.00000259 >0.5 to 1 0.00312500 0.00000130 >0.25 to 0.5 0.00156250 0.00000065 >0.1 to 0.25 0.00078125 0.00000032 For spherical polymer particles having a size of >20 μm to 50 μm >8 to 16 0.50000000 0.00021107 >4 to 8 0.25000000 0.00010553 >2 to 4 0.12500000 0.00005277 >1 to 2 0.06250000 0.00002638 >0.5 to 1 0.03125000 0.00001319 >0.25 to 0.5 0.01562500 0.00000660 >0.1 to 0.25 0.00781250 0.00000330 For spherical polymer particles having a size of >50 μm to 100 μm >8 to 16 1.10000000 0.00268088 >4 to 8 0.55000000 0.00134044 >2 to 4 0.27500000 0.00067022 >1 to 2 0.13750000 0.00033511 >0.5 to 1 0.06875000 0.00016755 >0.25 to 0.5 0.03437500 0.00008378 >0.1 to 0.25 0.01718750 0.00004189 For spherical polymer particles having a size of >100 μm to 200 μm >8 to 16 3.00000000 1.10000000 >4 to 8 1.50000000 0.55000000 >2 to 4 0.75000000 0.27500000 >1 to 2 0.37500000 0.13750000 >0.5 to 1 0.18750000 0.06875000 >0.25 to 0.5 0.09375000 0.03437500 >0.1 to 0.25 0.04687500 0.01718750
Radiant heating device for a cooking device, in particular for a cooktop, with: - at least one heating element, the heating element being of elongated or planar design, - a support device for the heating element, which supports the heating element, - a connecting device (30, 33) for electrical contacting to the at least one heating element, characterized in that: - the heating element is covered or coated at least in some areas with a conversion material, - the conversion material is formed such that it is temperature stable at a working temperature of the radiant heating device, - the conversion material is formed to be radiation-transmissive, - the conversion material is formed such that it converts radiation of the heating element in its operation at least partially into a higher harmonic of the radiation as conversion radiation, wherein the conversion radiation has a reduced wavelength compared to the radiation of the heating element, - the radiant heating device has, in the radiation direction above the heating element, a filter which is designed in such a way that it allows the conversion radiation to pass with a proportion of at least 50%, - the filter transmits radiation with a wavelength greater than the wavelength of the conversion radiation and smaller than 800 nm with a proportion of at most 40%. - at least one heating element, the heating element being of elongated or planar design, - a support device for the heating element, which supports the heating element, - a connecting device (30, 33) for electrical contacting to the at least one heating element, - the heating element is covered or coated at least in some areas with a conversion material, - the conversion material is formed such that it is temperature stable at a working temperature of the radiant heating device, - the conversion material is formed to be radiation-transmissive, - the conversion material is formed such that it converts radiation of the heating element in its operation at least partially into a higher harmonic of the radiation as conversion radiation, wherein the conversion radiation has a reduced wavelength compared to the radiation of the heating element, - the radiant heating device has, in the radiation direction above the heating element, a filter which is designed in such a way that it allows the conversion radiation to pass with a proportion of at least 50%, - the filter transmits radiation with a wavelength greater than the wavelength of the conversion radiation and smaller than 800 nm with a proportion of at most 40%.
Printed circuit board plug-in connection for connecting an electric cable to a printed circuit board, having at least one insulating body and at least one pin contact which is arranged in said insulating body, has a pin axis and has a cable connection region at a connection-side end and, opposite to this, has a plug-in end in order to protrude through a first passage contact opening of the printed circuit board by way of said plug-in end in the plugged-in state and in so doing make electrically conductive contact with a contact material of a conductor track of the printed circuit board that is arranged in said passage contact opening, wherein the pin contact has a connecting section between the cable connection region and the plug-in end, wherein the pin contact has at least one first slot which starts at the plug-in end and runs through the pin axis in the direction of the cable connection region, at least two segments of the pin contact that point in the plug-in direction being formed by said slot, characterized in that the segments have outer contours which are oriented slightly outward in the plug-in direction in the non-plugged-in state and are oriented parallel to one another in the plugged-in state with application of a counterforce in order to allow contact to be made with the contact material of said conductor track over a common contact area which is as large as possible, and therefore is designed to transmit high currents of at least 24 A ("amperes") from the electric cable to the printed circuit board for each pin contact, wherein the pin contact additionally has a second slot which likewise starts at the plug-in end and runs in the direction of the cable connection region, which second slot intersects the first slot in the pin axis, as a result of which four segments which point in the plug-in direction are formed, the segments having outer surfaces designed in the form of a segment of a circle in order to fit in an optimum manner into the round passage contact opening.
A process to provide anhydrous methanesulfonic acid from compositions comprising SO3 which includes a reaction set-up comprising the following steps A. generating a first MSA stream ("stream A") which, apart from MSA, still comprises SO3 and methane under pressure; B. adding to this MSA stream under pressure a reactive agent which is capable of reacting with SO3, wherein the reactive agent comprises water, under conditions effective to cause reaction of SO3 with this reactive agent to produce a heavy reaction product having a boiling point higher than the boiling point of MSA, thus generating a stream B; C. separating this stream to provide a light stream comprising hydrocarbons and a heavy stream comprising MSA and a heavy reaction product having a boiling point higher than the boiling point of MSA; D. and separating the heavy stream by distillation to produce a distillate stream consisting essentially of MSA and a bottoms stream comprising the heavy product. A. generating a first MSA stream ("stream A") which, apart from MSA, still comprises SO3 and methane under pressure; B. adding to this MSA stream under pressure a reactive agent which is capable of reacting with SO3, wherein the reactive agent comprises water, under conditions effective to cause reaction of SO3 with this reactive agent to produce a heavy reaction product having a boiling point higher than the boiling point of MSA, thus generating a stream B; C. separating this stream to provide a light stream comprising hydrocarbons and a heavy stream comprising MSA and a heavy reaction product having a boiling point higher than the boiling point of MSA; D. and separating the heavy stream by distillation to produce a distillate stream consisting essentially of MSA and a bottoms stream comprising the heavy product.
Brake with an idle roll of a fiber web machine, in particular of a slitter-winder, which idle roll comprises an outer shell surface, which brake comprises a permanent magnet, which is configured to be moved from non-braking position to braking position and vice versa by an actuator (35, 45), characterized in, that brake is located outside the outer shell surface of the idle roll in close vicinity of the idle roll in a non-contacting position.
A refrigerator including: a cabinet having a refrigerator compartment and a freezer compartment below the refrigerator compartment; a refrigerator compartment door; a first ice maker and an ice bank; a dispenser provided at a front side of the refrigerator compartment door for discharging ice; a second ice maker provided in the freezer compartment; and a water feeding passage branched to supply water to the first ice maker and the second ice maker from a water supply source characterized in that the first ice maker and the ice bank are provided in a closable insulator space formed in the refrigerator compartment door independent from the refrigerator compartment. a cabinet having a refrigerator compartment and a freezer compartment below the refrigerator compartment; a refrigerator compartment door; a first ice maker and an ice bank; a dispenser provided at a front side of the refrigerator compartment door for discharging ice; a second ice maker provided in the freezer compartment; and a water feeding passage branched to supply water to the first ice maker and the second ice maker from a water supply source
A furniture flap drive comprising a first component having an electric motor for releasably fastening to a second component having an actuating arm, wherein the second component is an actuating unit of a certain flap type chosen from a plurality of mechanical actuating units for different flap types, wherein there is provided a force transmission device for moving the actuating arm, wherein the force transmission device is arranged at the first component and can be brought into engagement with an interface arranged on the actuating arm, wherein the force transmission device is in the form of a pin and wherein the interface is in the form of a receiving opening, characterized in that there is provided a positioning device with which the position of the force transmission device can be adjusted in such a way that the first component can be fastened to the second component in at least two, preferably at least three, different positions of the actuating arm depending on the flap type, wherein the positioning device has at least one abutment element with which the force transmission device is displaceably movable in such a way that it can be introduced into the interface in the form of a receiving opening at the possibly already mounted second component.
An antibody that specifically binds sialoadhesin/siglec-1/CD169 and antagonizes the sialoadhesin/siglec-1/CD169 receptor for use in preventing and/or treating a bone disease in a subject, in particular a disease characterized by a decreased bone mineral density and/or bone malformation.