mhurhangee/ep-ind-claims huggingface dataset:
Tobacco wrapping paper for wrapping shredded tobacco leaves, wherein the tobacco wrapping paper is obtained by papermaking of pulp having an average fiber length of 1200 to 1700 μm and a freeness of 30 to 65°SR, and has an average thickness of 45 to 100 μm.
An embedded device comprising a special-purpose computing system, means for storing firmware of the device and a bootloader for verifying the integrity and authenticity of the firmware, wherein the bootloader is configured to check a firmware hash against a reference hash, wherein the reference hash is stored in a write-once register, which is part of an always on power domain of the embedded device for speeding up the secure boot process after waking up the embedded device by skipping the calculation of the reference hash, wherein at a wakeup from sleep of the embedded device the persistent bootloader is configured to start executing, is configured to load verified reference hash from the write-once register and then the bootloader is configured to calculate a firmware hash of the firmware image and to compare it against the stored reference hash, wherein the bootloader is configured to execute the firmware if the hash values match otherwise an error state is indicated.
A clip, comprising: a pin; and a grommet including an insertion hole to insert the pin, and forming a plurality of leg pieces by a slit provided in a length direction of a leg portion, the grommet being capable of spreading portions by inserting the pin into the insertion hole, wherein a prevention portion for preventing a foreign matter such as gravel and the like from entering in, is provided on the pin, characterized in that central blade portions are provided at four corners of first and second abutting portions (101, 102) of a central leg of the pin with a total of four pieces, and as a whole, the central blade portions project approximately in an H shape of a cross-sectional surface. a pin; and a grommet including an insertion hole to insert the pin, and forming a plurality of leg pieces by a slit provided in a length direction of a leg portion, the grommet being capable of spreading portions by inserting the pin into the insertion hole, wherein a prevention portion for preventing a foreign matter such as gravel and the like from entering in, is provided on the pin, characterized in that central blade portions are provided at four corners of first and second abutting portions (101, 102) of a central leg of the pin with a total of four pieces, and as a whole, the central blade portions project approximately in an H shape of a cross-sectional surface.
A method of installing and determining the positions of a plurality of receivers of a tracking system adapted to receive a beaconing signal from a beacon, said system to be used to determine the location of said beacon based on information gathered by said plurality of receivers as to the position of said beacon relative to the positions of said plurality of receivers based on receipt of said beaconing signal at said plurality of receivers, said method employing a tracking device and comprising the steps of: positioning said tracking device at a first location; recording coordinates of said first location with said tracking device as a base location; moving said tracking device to another location for installing one of said plurality of receivers the location being an installation location for one of the plurality of receivers; recording coordinates of said another location with said tracking device as said location of said one of said plurality of receivers wherein said another location is recorded in Euclidean coordinates relative to said base location; and repeating steps - for each of said plurality of receivers. positioning said tracking device at a first location; recording coordinates of said first location with said tracking device as a base location; moving said tracking device to another location for installing one of said plurality of receivers the location being an installation location for one of the plurality of receivers; recording coordinates of said another location with said tracking device as said location of said one of said plurality of receivers wherein said another location is recorded in Euclidean coordinates relative to said base location; and repeating steps - for each of said plurality of receivers.
Measuring unit for measuring gaps and/or cutouts, comprising two base elements and at least two sensor units each having a leaf spring that is of convex shape in the relaxed state, wherein in each case at least one sensor unit is connected to a base element, wherein each sensor unit forms, with the leaf spring of convex shape in the relaxed state, a laterally open cavity and forms a tip of the measuring unit, wherein a measuring axis of the measuring unit extends perpendicularly through a region of greatest extent of the cavity, wherein a strain gauge is attached to the inner sides of the leaf spring in the region of the cavity, wherein at the opposite end of the base elements from the tip, a mechanically and electrically reversibly connectable connection is arranged, and wherein the electric lines that contact the respective strain gauges are arranged between the two base elements.
A radial piston hydraulic machine comprising: - pistons (22, 22') arranged along a radial direction of the hydraulic machine; - rollers (23, 23', 23") provided rotatably for the pistons (22, 22'), respectively; - a cylinder block comprising cylinders for guiding the respective pistons (22, 22') reciprocably along the radial direction; and - a cam configured to contact the rollers (23, 23', 23"), wherein each of the pistons (22, 22') includes a roller displacement regulating part (70, 90) which is configured to contact a region of at least one end surface of the corresponding roller (23, 23', 23") except a peripheral edge portion so as to regulate an axial displacement of the corresponding roller (23, 23', 23"), wherein the roller displacement regulating part (70, 90) includes a pair of arms extending from each of the pistons (22, 22') to end surfaces of each of the rollers (23, 23', 23"), and a pair of contact parts which is provided in the pair of arms, respectively, and wherein at least one of the pair of contact parts is configured to contact a rotation center of the roller (23, 23', 23") on the end surface of the roller (23, 23', 23") so as to regulate the axial displacement of the roller (23, 23', 23"); and characterized in that the arm comprises a first section attached to an outer peripheral surface of the piston (22, 22') and extending along an axial direction of the roller (23, 23', 23") and a second section connected to the first section via a bending portion and extending in a radial direction of the roller (23, 23', 23"). - pistons (22, 22') arranged along a radial direction of the hydraulic machine; - rollers (23, 23', 23") provided rotatably for the pistons (22, 22'), respectively; - a cylinder block comprising cylinders for guiding the respective pistons (22, 22') reciprocably along the radial direction; and - a cam configured to contact the rollers (23, 23', 23"),
Method for operating a household appliance for cleaning pieces of laundry comprising a rinsing liquid device, in which the condensate generated during a cleaning process is collected as rinsing liquid in a rinsing container and is guided specific to the operating phase for removing lint from a heat exchanger of a heat pump of the household appliance through said heat pump, characterised in that as a function of a specific connection type of the rinsing liquid device, the rinsing liquid guided through the heat exchanger is automatically guided into a collection container of the rinsing liquid device or into an external waste water system for liquid disposal purposes and that by a specific actuation of at least one operating element of the household appliance the connection type is initialised and stored in a control unit during the initial commissioning of the rinsing liquid device.
A method of providing active vibration control using a vibration controller (24,50) within an aircraft having a rotor system, the method comprising: receiving vibration information from one or more sensors; receiving real-time aircraft information from an avionics system; the method characterized in that the method further comprises adjusting in real time and/or periodically at least one algorithm control parameter as a function of the real-time aircraft information produced by the vibration controller (24, 50), the algorithm control parameter selected from the group consisting of a Least Mean Square adaptation rate, a sensor weighting matrix, an actuator weighting matrix, an adaptive algorithm updated parameter, a band-pass break frequency, an algorithm update low pass filter break frequency, or an accelerometer de-modulation low pass filter; calculating a force command using the at least one adjusted algorithm control parameter; and generating and outputting the force command that reduces vibrations imposed by the rotor system. receiving vibration information from one or more sensors; receiving real-time aircraft information from an avionics system; the method characterized in that the method further comprises adjusting in real time and/or periodically at least one algorithm control parameter as a function of the real-time aircraft information produced by the vibration controller (24, 50), the algorithm control parameter selected from the group consisting of a Least Mean Square adaptation rate, a sensor weighting matrix, an actuator weighting matrix, an adaptive algorithm updated parameter, a band-pass break frequency, an algorithm update low pass filter break frequency, or an accelerometer de-modulation low pass filter; calculating a force command using the at least one adjusted algorithm control parameter; and generating and outputting the force command that reduces vibrations imposed by the rotor system.
A method of making a coated food product, comprising the steps of: (a) providing a plurality of food pieces; (b) exposing the plurality of food pieces to an enzyme solution comprising one or more active enzymes to coat the surfaces thereof; (c) after step (b), blanching the plurality of food pieces for a time sufficient to inactivate enzymes on the surface of the food pieces; and (d) after step (c), coating the food pieces with an aqueous adhesion mixture comprising from 65 to 95 % by weight of water, an amount of up to about 2% by weight of a hydrocolloid, an amount of up to about 10% by weight of protein stabilizing agent which are calcium cations delivered as calcium chloride, 4 to 25 % by weight of a protein from vegetable sources, and an oil absorption minimizing agent comprising at least one member independently selected from the group consisting of rice flour, rice starch, potato flour, wheat starch, oat flour, oat starch, corn flour, corn starch, and tapioca starch, wherein the aqueous adhesion mixture comprises the hydrocolloid and one or more cations in amounts sufficient to crosslink the hydrocolloid, the one or more cations, and the protein to form a protein-hydrocolloid matrix; and (e) adhering the coating to the food pieces. (a) providing a plurality of food pieces; (b) exposing the plurality of food pieces to an enzyme solution comprising one or more active enzymes to coat the surfaces thereof; (c) after step (b), blanching the plurality of food pieces for a time sufficient to inactivate enzymes on the surface of the food pieces; and (d) after step (c), coating the food pieces with an aqueous adhesion mixture comprising from 65 to 95 % by weight of water, an amount of up to about 2% by weight of a hydrocolloid, an amount of up to about 10% by weight of protein stabilizing agent which are calcium cations delivered as calcium chloride, 4 to 25 % by weight of a protein from vegetable sources, and an oil absorption minimizing agent comprising at least one member independently selected from the group consisting of rice flour, rice starch, potato flour, wheat starch, oat flour, oat starch, corn flour, corn starch, and tapioca starch, wherein the aqueous adhesion mixture comprises the hydrocolloid and one or more cations in amounts sufficient to crosslink the hydrocolloid, the one or more cations, and the protein to form a protein-hydrocolloid matrix; and (e) adhering the coating to the food pieces.
An elevator system, comprising: an elevator car; at least one guiderail (40, 41) that guides movement of the elevator car, the guiderail (40, 41) having a length in a direction of movement of the elevator car and a depth generally perpendicular to the length; a plurality of flat belts (22, 24) situated relative to the elevator car such that movement of the flat belts (22, 24) for causing movement of the elevator car is approximately four times a corresponding movement of the elevator car; and a first plurality of sheaves that the flat belts (22, 24) at least partially wrap around, the first plurality of sheaves remaining fixed near one end of the guiderail, characterized in that the first plurality of sheaves rotate about coaxially aligned axes and have a collective width along the axes that is not greater than the depth of the guiderail. an elevator car; at least one guiderail (40, 41) that guides movement of the elevator car, the guiderail (40, 41) having a length in a direction of movement of the elevator car and a depth generally perpendicular to the length; a plurality of flat belts (22, 24) situated relative to the elevator car such that movement of the flat belts (22, 24) for causing movement of the elevator car is approximately four times a corresponding movement of the elevator car; and a first plurality of sheaves that the flat belts (22, 24) at least partially wrap around, the first plurality of sheaves remaining fixed near one end of the guiderail, characterized in that the first plurality of sheaves rotate about coaxially aligned axes and have a collective width along the axes that is not greater than the depth of the guiderail.
An absorbent article, comprising: a polymer sheet in which a superabsorbent polymer is provided between an upper layer sheet provided at a skin side, and a lower layer sheet provided at a non-skin side, wherein a polymer provided region at which the superabsorbent polymer is provided, and a polymer non-provided region at which the superabsorbent polymer is not provided are formed in the polymer sheet, wherein a liquid diffusion sheet, that promotes diffusion of body fluid in a plane direction, is staked to be adjacent to a skin side surface of the lower layer sheet, [[and]] wherein the upper layer sheet is bonded with the liquid diffusion sheet under a state that the upper layer sheet contacts the liquid diffusion sheet, at the polymer non-provided region, and wherein the upper layer sheet and the liquid diffusion sheet are bonded by first bonded portions and second bonded portions provided at oblique intermediate positions connecting each two of the first bonded portions, wherein the polymer sheet is bonded by the first bonded portions, which are aligned such that that adjacent rows or columns having the same pitch are alternately shifted for a half pitch and alternately aligned in a vertical direction or in a lateral direction, and is sectioned into a plurality of first defined regions each of whose inside is the polymer provided region, and second defined regions each of which is positioned at a center of the four adjacent first defined regions and each of whose inside is the polymer non-provided region, wherein the first defined regions are aligned in a square lattice form along a longitudinal direction and also a width direction of the absorbent article, each of the first defined regions being surrounded by the first bonded portions and the second bonded portions, the first bonded portions being provided at least at upper and lower positions, and left and right positions, respectively, the second bonded portions being provided at four oblique positions each at the middle of two of the upper and lower positions, and the left and right positions, and the upper and lower positions are positions in a direction that matches the longitudinal direction, and the left and right positions are positions in a direction that matches the width direction, and wherein each of the second defined regions is positioned at a center of a region surrounded by the first defined regions being aligned in a square lattice and being adjacent in the vertical direction and in the lateral direction, and is surrounded by the second bonded portions at the four oblique directions.
A method of preparing an amorphous film of lithiated metal sulfide or oxysulfide of formula Li α M(O 1-β S β) γ by using a lithiated target material: M being a metal advantageously selected from the group comprising Al, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ge, Zr, Nb, Mo, Ag, Cd, In, Sn, Sb, Ta, W, Pb, Bi, and mixtures thereof; and α ≥ 0, 5; 1 ≥ β ≥ 2 / 3; 1 ≥ α / γ ≥ 1 / 3. M being a metal advantageously selected from the group comprising Al, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ge, Zr, Nb, Mo, Ag, Cd, In, Sn, Sb, Ta, W, Pb, Bi, and mixtures thereof; and α ≥ 0, 5; 1 ≥ β ≥ 2 / 3; 1 ≥ α / γ ≥ 1 / 3.
A pharmaceutical composition or health food composition for therapeutic use in regenerating cartilage in a patient in need thereof, the composition comprising hyaluronan and proteoglycan link protein 1 (HAPLN1) as an active ingredient.
An extraction apparatus for a locking element of a centre-lock wheel hub assembly, having; a first end with an externally threaded section, for engagement with a corresponding internal thread of the locking element; a second end provided with an engagement element for imparting rotational torque to the apparatus; a bearing surface (58, 60, 62) for contacting the wheel nut, located radially outside the externally threaded section and axially displaced from the externally threaded section. for a locking element of a centre-lock wheel hub assembly, having; a first end with an externally threaded section, for engagement with a corresponding internal thread of the locking element; a second end provided with an engagement element for imparting rotational torque to the apparatus; a bearing surface (58, 60, 62) for contacting the wheel nut, located radially outside the externally threaded section and axially displaced from the externally threaded section.
Control device, comprising at least a first interface (8, 9) being connectable to at least one electrical drive system of a platform, the first interface being configured to connect the electrical drive system to a power supply and/or to disconnect from a power supply, and to detect a power consumption of the drive system, and a second interface (19, 20, 21) connected to the first interface (8, 9) for data exchange, being connectable to a user terminal, wherein the detected power consumption is transmittable to the user terminal via the second interface (19, 20, 21), and control signals for controlling the drive system are transmittable from the user terminal to the second interface (19, 20, 21).
A tibial orthopedic implant (220, 320) for implantation onto a proximal tibia of a patient's knee joint, the proximal tibia having a bone surface with a resected bone section including a medial plateau (254, 354) and a medial wall (256, 356) extending upwardly from the medial plateau (254, 354), and an unresected and cartilage-free side surface (233, 333) extending downwardly from the medial plateau, the tibial orthopedic implant comprising a body (222, 322) having a bone-facing surface (224, 324) including a transverse section (250, 350) superposable to the medial plateau (254, 354) and a sagittal section (252, 352) engageable with the medial wall (256, 356), the body (222, 322) of the tibial orthopedic implant (220, 320) further comprising a flange (258, 358) extending downwardly and inwardly from the transverse section (250, 350) and the flange being engageable with the unresected and cartilage-free side surface (233, 333) of the proximal tibia and substantially conforming thereto, the body (222, 322) being characterized in that an acute angle is defined between the transverse section (250, 350) and the sagittal section (252, 352) to provide a vertical substantial retention of the tibial orthopedic implant (220, 320) on the proximal tibia.
A method for setting up a call from a non-Internet Protocol Multimedia Subsystem, non-IMS, telecommunication network comprising a Network Gateway Node, NGN, to a destination node in an Internet Protocol Multimedia Subsystem, IMS, network, the destination node for serving a called terminal, wherein the NGN comprises a Gateway Mobile Switching Centre, GMSC, function and a Media Gateway Control Function, MGCF,, wherein the NGN interfaces a combined database node comprising a Home Location Register, HLR, and a Home Subscriber Server, HSS, wherein the NGN routes the call to the destination node in the IMS network, of which address is determined by information received from the combined database node wherein the Network Gateway Node executes the steps of: - receiving the initial call setup request message requesting a setup of the call, wherein the initial call setup request message comprises an identification of the called terminal, - sending, in response to receiving of the initial call setup request message, an information request message to the combined database node, for obtaining the routing information for the setup of the call, - receiving in response to the information request message, a response message comprising the routing information for routing the call to the destination node, - determining based on the response message an address for routing an IMS type call setup request message to the destination node in the IMS network, - generating the IMS type call setup request message under consideration of at least one of the determined address and the initial call setup request message, and - sending the IMS type call setup request message to the destination node in the IMS network, the destination node identified by the determined address for routing, characterized in that the received response message comprises S-CSCF capability information and that the NGN processes the S-CSCF capability information to select an S-CSCF node from a pre-configured list of S-CSCF nodes that support the required capabilities for the call, and the address for routing is the address of the selected S-CSCF node. - receiving the initial call setup request message requesting a setup of the call, wherein the initial call setup request message comprises an identification of the called terminal, - sending, in response to receiving of the initial call setup request message, an information request message to the combined database node, for obtaining the routing information for the setup of the call, - receiving in response to the information request message, a response message comprising the routing information for routing the call to the destination node, - determining based on the response message an address for routing an IMS type call setup request message to the destination node in the IMS network, - generating the IMS type call setup request message under consideration of at least one of the determined address and the initial call setup request message, and - sending the IMS type call setup request message to the destination node in the IMS network, the destination node identified by the determined address for routing,