mhurhangee/ep-ind-claims huggingface dataset:
A base station apparatus capable of simultaneously transmitting a plurality of control channels by frequency division multiplexing, the base station apparatus comprising: an obtaining unit that obtains distance information indicating a distance between the base station apparatus and another base station apparatus; a configuring unit that based on the distance indicated by the distance information obtained by the obtaining unit, configures an upper limit count for the plurality of control channels to be transmitted simultaneously to terminal devices (101, 102) connected to the base station apparatus; and a communications unit that based on the upper limit count configured by the configuring unit, transmits the plurality of control channels to the terminal device (101, 102). an obtaining unit that obtains distance information indicating a distance between the base station apparatus and another base station apparatus; a configuring unit that based on the distance indicated by the distance information obtained by the obtaining unit, configures an upper limit count for the plurality of control channels to be transmitted simultaneously to terminal devices (101, 102) connected to the base station apparatus; and a communications unit that based on the upper limit count configured by the configuring unit, transmits the plurality of control channels to the terminal device (101, 102).
A homopolypropylene resin for non-woven fabric, wherein the homopolypropylene resin has tacticity of 80 % to 87 %, molecular weight distribution of 2.4 or less, melt index of 20 g/10min to 30 g/10min, melting point of 145 °C or less, and residual stress rate of 0.05 % or less, wherein the tacticity is measured through NMR analysis using a hexachlorobutadiene solution based on tetramethylsilane, and calculating the rate of the area of the peaks appearing at 21.0 ppm to 21.9 ppm to the entire area of the peaks appearing at 19.5 ppm to 21.9 ppm; the molecular weight distribution is measured by measuring the weight average molecular weight (Mw) and number average molecular weight (Mn) of homopolypropylene resin, respectively, using gel permeation chromatography, and calculating the rate of the weight average molecular weight to the number average molecular weight (Mw/Mn); wherein the melt index is measured measured at 230 °C under load of 2.16 kg according to ASTM D 1238; the melting point is measured by increasing the temperature of the homopolypropylene resin to 220 °C, maintaining that temperature for 5 minutes, decreasing temperature to 20 °C, and then, increasing temperature again, and defining the top of the DSC curve as the melting point; and the residual stress rate is a value measured according to the following Calculation Formula 1: Residual stress rate = RS 1 / RS 0 × 100 In the Calculation Formula 1, RS 0 is residual stress at one time point (t 0) of less than 0.05 seconds after applying 200 % strain to the homopolypropylene resin, and RS 1 is residual stress at one time point (t 1) between 0.05 seconds to 1.50 seconds after applying 200 % strain to the homopolypropylene resin. wherein the tacticity is measured through NMR analysis using a hexachlorobutadiene solution based on tetramethylsilane, and calculating the rate of the area of the peaks appearing at 21.0 ppm to 21.9 ppm to the entire area of the peaks appearing at 19.5 ppm to 21.9 ppm; the molecular weight distribution is measured by measuring the weight average molecular weight (Mw) and number average molecular weight (Mn) of homopolypropylene resin, respectively, using gel permeation chromatography, and calculating the rate of the weight average molecular weight to the number average molecular weight (Mw/Mn); wherein the melt index is measured measured at 230 °C under load of 2.16 kg according to ASTM D 1238; the melting point is measured by increasing the temperature of the homopolypropylene resin to 220 °C, maintaining that temperature for 5 minutes, decreasing temperature to 20 °C, and then, increasing temperature again, and defining the top of the DSC curve as the melting point; and the residual stress rate is a value measured according to the following Calculation Formula 1: Residual stress rate = RS 1 / RS 0 × 100 In the Calculation Formula 1, RS 0 is residual stress at one time point (t 0) of less than 0.05 seconds after applying 200 % strain to the homopolypropylene resin, and RS 1 is residual stress at one time point (t 1) between 0.05 seconds to 1.50 seconds after applying 200 % strain to the homopolypropylene resin.
Flushing and sampling device for use in a water house connection for flushing the water house connection and for collecting water samples, wherein the flushing and sampling device is designed for installation between a first and a second shut-off fitting (21, 22) of the water house connection, wherein the flushing and sampling device has at least one flush pipe body and a support body extending along a main axis attached to the flush pipe body, and a first and a second connecting flange (2, 3), wherein the connecting flanges (2, 3) are designed in such manner that they are compatible with connection devices present in the water house connection for the installation of a conventional drinking water meter, and consequently the flushing and sampling device can be connected via the connection devices, wherein the first connection flange is provided on a first end (4.1) of the flush pipe body, which is arranged on the inlet side and has an inlet opening, wherein the second connection flange, which is arranged coaxially with the first connection flange, is provided on the support body, and wherein the flush pipe body has an outlet opening arranged on a second end (4.2) at the outlet side for discharging flushing water, wherein in the mounted state the flushing and sampling device is installed and connected between the shut-off fittings (21, 22) in the water house connection via the connection devices for flushing the water house connection by means of the first and second connection flange (2, 3), and wherein in flushing operation the flushing water flows into the flush pipe body through the inlet opening in a flushing water inflow direction (Swi), and is discharged via the outlet opening in a flushing water outflow direction (Swo), characterized in that such a flow path through which flush water flows is delimited in the flush pipe body by a flush pipe wall free of undercuts.
A blade for cutting and/or grinding, comprising a receiving region which is arranged radially on the inside for releasably fixing the blade to a rotary drive, and a radially outer active region for interaction with a workpiece, at least one closed aperture, in particular a plurality of closed apertures, being provided in the blade, the blade having a region which has a radial width DT and appears to be translucent when rotated rapidly, by means of the aperture or the plurality of apertures, the apertures having an arrow shape and/or hook shape with two limbs (5b, 5c), characterized in that, over a predominant part of its width DT, the region which appears to be translucent has a region of substantially homogeneous translucence, in that, over the width DH of the homogeneous region, the aperture has a substantially constant opening angle on each circular arc over a center of rotation.
A method of assembling and/or operating apparatus for carrying out a chemical reaction, the method comprising the steps of: (i) selecting a housing in which a precursor of a receptacle is arranged; and (ii) introducing a fluid into said precursor of said receptacle to cause the precursor to distend (e.g. inflate) to define a distended receptacle for receiving reagents for reaction in the apparatus; wherein said apparatus includes a container containing a monomer, the method comprising delivering monomer into the distended receptacle, wherein said monomer comprises an alpha-olefin. (i) selecting a housing in which a precursor of a receptacle is arranged; and (ii) introducing a fluid into said precursor of said receptacle to cause the precursor to distend (e.g. inflate) to define a distended receptacle for receiving reagents for reaction in the apparatus;
Front axle support for a motor vehicle, comprising side members and a crossmember interconnecting the side members (2, 3), the crossmember being in the form of a hollow body and being provided with at least one attachment device (16.1, 16.2) for attaching a steering system housing, characterised in that the attachment device (16.1, 16.2) is formed by a shaped metal part which defines a recess, is inserted into a cavity arranged in the front or back of the crossmember, is open underneath and along a vertical portion of at least 20 mm, and comprises an opening, preferably a hole, at the upper end of the vertical portion, for receiving a fastening element that is or can be connected to the steering system housing.
A synchronization method for a relay system, comprising: receiving, by a relay node, a synchronization signal from a parent node; determining reception time of the synchronization signal; determining, by the relay node, a first time slot boundary according to the reception time of the synchronization signal sent by the parent node and a predetermined offset, wherein the predetermined offset is a time offset between the reception time of the synchronization signal and the first time slot boundary; sending, by the relay node, downlink data to a child node in a mode that a second time slot boundary of sending downlink data to the child node is time aligned with the first time slot boundary. receiving, by a relay node, a synchronization signal from a parent node; determining reception time of the synchronization signal; determining, by the relay node, a first time slot boundary according to the reception time of the synchronization signal sent by the parent node and a predetermined offset, wherein the predetermined offset is a time offset between the reception time of the synchronization signal and the first time slot boundary; sending, by the relay node, downlink data to a child node in a mode that a second time slot boundary of sending downlink data to the child node is time aligned with the first time slot boundary.
A hearing assistance device, comprising: a microphone; a battery door (102, 502) including a side wall, wherein the battery door includes an acoustic opening (104, 504), the side wall includes a recess, and the acoustic opening is above the recess; a battery contact including an acoustic port (112, 312) for the microphone; and a non-linear acoustic path between the acoustic opening and the microphone, wherein the non-linear acoustic path is formed by the battery door and the battery contact when the battery door is closed and includes the acoustic opening, the recess, and the acoustic port, wherein the recess is facing the acoustic port, when the battery door is closed, and wherein the position of the recess allows wax to be cleaned from the recess when the battery door is open. a microphone; a battery door (102, 502) including a side wall, wherein the battery door includes an acoustic opening (104, 504), the side wall includes a recess, and the acoustic opening is above the recess; a battery contact including an acoustic port (112, 312) for the microphone; and a non-linear acoustic path between the acoustic opening and the microphone, wherein the non-linear acoustic path is formed by the battery door and the battery contact when the battery door is closed and includes the acoustic opening, the recess, and the acoustic port, wherein the recess is facing the acoustic port, when the battery door is closed, and wherein the position of the recess allows wax to be cleaned from the recess when the battery door is open.
Passenger compartment air filter with a pleated pack, two lateral strips (3, 4) which are attached to opposing folding profiles of the pleated pack for fixing the folding profiles, and with at least one headband which comprises a central section and two legs (10A, 10B) protruding over a height of the pleated pack, wherein lateral strip material and a filter material of the pleated pack are flexibly designed in such a way that at least one buckling of the passenger compartment air filter can be realized in the direction along the lateral strips (3, 4) around a width (HA1, HA2) of the protruding legs (10A, 10B) of the headband for mounting the passenger compartment air filter into a filter seat, wherein the protruding legs (10A, 10B) can be folded into the opposite direction of the pleated pack and form, in an untensioned state, a substantially flat strip by means of a reset force of the leg material together with the central section.
A ball screw device comprising: a nut (3, 100); a screw shaft; and a plurality of balls arranged between the nut (3, 100) and the screw shaft, characterized in that the nut (3, 100) includes a first member disposed to surround the screw shaft, a second member disposed between the screw shaft and the first member, and a third member disposed between the first member and the second member at least in a radial direction of the first member, wherein the third member includes a laminate body having a plurality of plates (22a, 22b) laminated in an axial direction, wherein the laminate body includes a radially winner surface facing a radially outer surface of the second member, and wherein the said radially inner surface of the laminate body has a shape corresponding to a shape of the said radially outer surface of the second member a nut (3, 100); a screw shaft; and a plurality of balls arranged between the nut (3, 100) and the screw shaft, characterized in that the nut (3, 100) includes a first member disposed to surround the screw shaft, a second member disposed between the screw shaft and the first member, and a third member disposed between the first member and the second member at least in a radial direction of the first member, wherein the third member includes a laminate body having a plurality of plates (22a, 22b) laminated in an axial direction, wherein the laminate body includes a radially winner surface facing a radially outer surface of the second member, and wherein the said radially inner surface of the laminate body has a shape corresponding to a shape of the said radially outer surface of the second member
A surgical fastener applying apparatus comprising: an anvil half-section including a distal anvil portion and a proximal handle portion; a cartridge receiving half-section defining an elongated channel member, the elongated channel member having a distal portion dimensioned to releasably receive a cartridge and a proximal portion configured to support a firing assembly, the elongated channel member including a catch member positioned at the proximal portion; and a clamping lever secured to the cartridge receiving half-section, the clamping lever having a proximal portion and a distal portion and including a handle portion, the clamping lever includes a locking member which is connected to the proximal portion of the clamping lever, the locking member including an engagement member; the clamping lever being operably associated with the anvil half-section and the cartridge receiving half-section and being movable from an unclamped position to a clamped position to releasably secure the anvil portion of the anvil half-section in close approximation with the cartridge, wherein in the clamped position, the engagement member of the locking member releasably engages the catch member of the elongated channel member to releasably retain the clamping lever in the clamped position; characterized in that the locking member is cantilevered and is connected to the proximal portion of the clamping lever by a living hinge. an anvil half-section including a distal anvil portion and a proximal handle portion; a cartridge receiving half-section defining an elongated channel member, the elongated channel member having a distal portion dimensioned to releasably receive a cartridge and a proximal portion configured to support a firing assembly, the elongated channel member including a catch member positioned at the proximal portion; and a clamping lever secured to the cartridge receiving half-section, the clamping lever having a proximal portion and a distal portion and including a handle portion, the clamping lever includes a locking member which is connected to the proximal portion of the clamping lever, the locking member including an engagement member; the clamping lever being operably associated with the anvil half-section and the cartridge receiving half-section and being movable from an unclamped position to a clamped position to releasably secure the anvil portion of the anvil half-section in close approximation with the cartridge, wherein in the clamped position, the engagement member of the locking member releasably engages the catch member of the elongated channel member to releasably retain the clamping lever in the clamped position; characterized in that the locking member is cantilevered and is connected to the proximal portion of the clamping lever by a living hinge.
A sterile interface module for coupling an electromechanical robotic surgical instrument to a robotic surgical assembly, the sterile interface module comprising: a body member configured to selectively couple the surgical instrument to the robotic surgical assembly; a decoupling collar supported on the body member and movable relative to the body member from a first position to a second position; and a drive transfer assembly supported by the body member and including a drive coupler and a transfer shaft extending from the drive coupler, the drive coupler engagable with the robotic surgical assembly and the transfer shaft engagable with the surgical instrument, the drive coupler configured to engage the robotic surgical assembly while the decoupling collar is in the first position to enable the robotic surgical assembly to robotically control the surgical instrument, the drive coupler retracted within the body member while the decoupling collar is in the second position to prevent the drive coupler from engaging the robotic surgical assembly; characterized in, further comprising: a locking plate coupled to the decoupling collar; and a locking tab extending from the body member and selectively engagable with the locking plate to prevent the decoupling collar from moving from the second position to the first position wherein the locking plate is movable with the decoupling collar. a body member configured to selectively couple the surgical instrument to the robotic surgical assembly; a decoupling collar supported on the body member and movable relative to the body member from a first position to a second position; and a drive transfer assembly supported by the body member and including a drive coupler and a transfer shaft extending from the drive coupler, the drive coupler engagable with the robotic surgical assembly and the transfer shaft engagable with the surgical instrument, the drive coupler configured to engage the robotic surgical assembly while the decoupling collar is in the first position to enable the robotic surgical assembly to robotically control the surgical instrument, the drive coupler retracted within the body member while the decoupling collar is in the second position to prevent the drive coupler from engaging the robotic surgical assembly; characterized in, further comprising: a locking plate coupled to the decoupling collar; and a locking tab extending from the body member and selectively engagable with the locking plate to prevent the decoupling collar from moving from the second position to the first position wherein the locking plate is movable with the decoupling collar.
An illumination apparatus comprising: a light source having a light emitting surface configured to emit light in a surface shape by using a semiconductor light emitting element; and an optical element which has a shape rotationally symmetrical with respect to an axis line along a direction that passes through the center of gravity (O') of the light emitting surface to intersect at right angles with the light emitting surface and which transmits the light of the light source, wherein the optical element comprises a through-hole provided along the axis line, an entrance surface which faces the light emitting surface and in which the through-hole is open, an exit surface extending in a direction to depart from the light source to surround the axis line from the outer circumferential edge of the entrance surface a total reflection surface which connects the distal edge of the exit surface and the inner circumferential edge of the entrance surface facing the through-hole to define the through-hole, the total reflection surface being configured to totally reflect, toward the exit surface, the light of the light source that has entered the optical element from the entrance surface characterized in that the exit surface is approaching the axis line as departing from the light source. a light source having a light emitting surface configured to emit light in a surface shape by using a semiconductor light emitting element; and an optical element which has a shape rotationally symmetrical with respect to an axis line along a direction that passes through the center of gravity (O') of the light emitting surface to intersect at right angles with the light emitting surface and which transmits the light of the light source, wherein the optical element comprises a through-hole provided along the axis line, an entrance surface which faces the light emitting surface and in which the through-hole is open, an exit surface extending in a direction to depart from the light source to surround the axis line from the outer circumferential edge of the entrance surface a total reflection surface which connects the distal edge of the exit surface and the inner circumferential edge of the entrance surface facing the through-hole to define the through-hole, the total reflection surface being configured to totally reflect, toward the exit surface, the light of the light source that has entered the optical element from the entrance surface characterized in that the exit surface is approaching the axis line as departing from the light source.