mhurhangee/patent-ind-claim-en huggingface dataset:
A structure securing a diaphragm to a case forming a space therein, the diaphragm dividing the space into a first chest and a second chest , the case comprising a first frame having a first concave portion defining the first chest , and a second frame having a second concave portion defining the second chest , the first frame comprising a first frame main body opposed to the second frame , and first arm portions disposed intermittently along an outer edge of the first frame main body and extending toward the second frame , the second frame comprising a second frame main body opposed to the first frame , and second arm portions disposed intermittently along an outer edge of the second frame main body and extending toward the first frame , wherein an edge portion of the diaphragm is compressed and held between the first frame and the second frame which are fitted with each other, and the first arm portions and the second arm portions are constricted by a fastener from the outside of the case , the fastener being configured to be detachable from the first and second arm portions . the diaphragm dividing the space into a first chest and a second chest , the case comprising a first frame having a first concave portion defining the first chest , and a second frame having a second concave portion defining the second chest , the first frame comprising a first frame main body opposed to the second frame , and first arm portions disposed intermittently along an outer edge of the first frame main body and extending toward the second frame , the second frame comprising a second frame main body opposed to the first frame , and second arm portions disposed intermittently along an outer edge of the second frame main body and extending toward the first frame , wherein an edge portion of the diaphragm is compressed and held between the first frame and the second frame which are fitted with each other, and the first arm portions and the second arm portions are constricted by a fastener from the outside of the case , the fastener being configured to be detachable from the first and second arm portions .
A method for the preparation of a gel-forming composition for parenteral administration, said method comprises the steps of admixing a mixture of mammalian derived plasma comprising lipids and/or phospholipids and hyaluronic acid or a salt or ester thereof with a calcium solution, wherein the calcium concentration in the resulting gel-forming composition is between 0.2 and 1.4 mg/ml and the concentration of hyaluronic acid or a salt or ester thereof in said gel-forming composition is between 0.10 and 200 mg/ml.
A reversal system for an endoscope , in particular a laparoscope or uroscope, with two outer achromats each having at least two lenses (11, 12; 21; 22), wherein the outer achromats have an outer diameter (D10, D20), and with two inner achromats arranged between the outer achromats , wherein each of the inner achromats has at least two lenses (31, 32; 41, 42), wherein the lenses (31, 32; 41, 42) of the both inner achromats are accommodated in a holding sleeve , wherein the holding sleeve with the both inner achromats is arranged between the outer achromats .
A welding system , comprising: a pair of torches positioned in an other than opposing arrangement to weld a substantially circular component therebetween; means for rotating the substantially circular component and the pair of torches relative to one another, allowing welding of the substantially circular component by the pair of torches , the pair of torches including a lead torch and a trail torch , the trail torch following the lead torch by less than approximately 180 degrees relative to a circumference of the substantially circular component ; and a control system coupled to the pair of torches , the control system being configured to control an ignition of each of the pair of torches during welding of the substantially circular component ; characterized in that the control system is configured to: allow simultaneous ignition of the lead torch and the trail torch , and allow the lead torch to weld a first length of the substantially circular component and extinguish the lead torch prior to the trail torch welding a second length of the substantially circular component , wherein the second length of the substantially circular component is greater than the first length of the substantially circular component . a pair of torches positioned in an other than opposing arrangement to weld a substantially circular component therebetween; means for rotating the substantially circular component and the pair of torches relative to one another, allowing welding of the substantially circular component by the pair of torches , the pair of torches including a lead torch and a trail torch , the trail torch following the lead torch by less than approximately 180 degrees relative to a circumference of the substantially circular component ; and a control system coupled to the pair of torches , the control system being configured to control an ignition of each of the pair of torches during welding of the substantially circular component ; characterized in that the control system is configured to: allow simultaneous ignition of the lead torch and the trail torch , and allow the lead torch to weld a first length of the substantially circular component and extinguish the lead torch prior to the trail torch welding a second length of the substantially circular component , wherein the second length of the substantially circular component is greater than the first length of the substantially circular component .
An apparatus for syringe positioning, comprising: a first member having an upstanding, first surface ; and, a second member having an upstanding, second surface facing said first surface of said first member, characterized in that said first and said second surfaces include first and second ramps, respectively, that angle upward and away from one another, wherein at least one of the first and second members is advanceable toward the other one of the first and second members, and wherein upon said advancement the first and second ramps are operable to engage, elevate and thereby locate a syringe in an axially aligned position on a predetermined axis (AA) extending between the first and second members. a first member having an upstanding, first surface ; and, a second member having an upstanding, second surface facing said first surface of said first member, characterized in that said first and said second surfaces include first and second ramps, respectively, that angle upward and away from one another, wherein at least one of the first and second members is advanceable toward the other one of the first and second members, and wherein upon said advancement the first and second ramps are operable to engage, elevate and thereby locate a syringe in an axially aligned position on a predetermined axis (AA) extending between the first and second members.
A structure for adjusting a support force of a lumbar pillow, comprising: a back hugger body , a lumbar pillow , an elastic support , and a support adjustment mechanism; wherein a bottom of the back hugger body is hinged to a top of the lumbar pillow , and a back of the back hugger body is provided with a connection arm ; one end of the elastic support is connected to a back of the lumbar pillow , and the other end of the elastic support is connected to a front side of the connection arm; and the support adjustment mechanism comprises a slide block and a drive assembly connected to the slide block , wherein the slide block is slidably connected between the elastic support and the connection arm and is abutted against a back of the elastic support , the drive assembly is configured to drive the slide block to slide upward and downward along a vertical direction of the back hugger body to change a support position of the slide block on the elastic support . a bottom of the back hugger body is hinged to a top of the lumbar pillow , and a back of the back hugger body is provided with a connection arm ; one end of the elastic support is connected to a back of the lumbar pillow , and the other end of the elastic support is connected to a front side of the connection arm; and the support adjustment mechanism comprises a slide block and a drive assembly connected to the slide block , wherein the slide block is slidably connected between the elastic support and the connection arm and is abutted against a back of the elastic support , the drive assembly is configured to drive the slide block to slide upward and downward along a vertical direction of the back hugger body to change a support position of the slide block on the elastic support .
A rubber composition for tire tread, comprising: a diene-based rubber component comprising a styrene-butadiene rubber and an isoprene-based rubber, a filler comprising carbon black, an aromatic ring-containing resin, and a polyhydric alcohol. a diene-based rubber component comprising a styrene-butadiene rubber and an isoprene-based rubber, a filler comprising carbon black, an aromatic ring-containing resin, and a polyhydric alcohol.
An error detecting method of a charging switch unit including a first charging switch and a second charging switch connected to a charging line of a battery , the method comprising: switching the first charging switch according to a switch control command; in response to the first charging switch being switched to open and the second charging switch being closed: determining whether the difference between voltages at opposite ends of the second charging switch are within a predetermined range; and determining that the first charging switch is normal in response to the voltages at the opposite ends of the second charging switch being within the predetermined range; in response to the first charging switch being switched to closed and the second charging switch being open: determining whether the difference between voltages at the opposite ends of the first charging switch are within the predetermined range; and determining that the first charging switch is normal in response to the voltages at the opposite ends of the first charging switch being within the predetermined range. switching the first charging switch according to a switch control command; in response to the first charging switch being switched to open and the second charging switch being closed: determining whether the difference between voltages at opposite ends of the second charging switch are within a predetermined range; and determining that the first charging switch is normal in response to the voltages at the opposite ends of the second charging switch being within the predetermined range; determining whether the difference between voltages at opposite ends of the second charging switch are within a predetermined range; and determining that the first charging switch is normal in response to the voltages at the opposite ends of the second charging switch being within the predetermined range; in response to the first charging switch being switched to closed and the second charging switch being open: determining whether the difference between voltages at the opposite ends of the first charging switch are within the predetermined range; and determining that the first charging switch is normal in response to the voltages at the opposite ends of the first charging switch being within the predetermined range. determining whether the difference between voltages at the opposite ends of the first charging switch are within the predetermined range; and determining that the first charging switch is normal in response to the voltages at the opposite ends of the first charging switch being within the predetermined range.
A composition for topical administration in a urogenital area and/or a vagina comprising: a therapeutically effective amount of a selective estrogen receptor modulator (SERM), wherein the SERM comprises 0.038 mg/ml of the composition to 1.9 mg/ml of the composition; an intracellular carrier for carrying the SERM into a cell, wherein the intracellular carrier is a natural oil; and a therapeutically effective amount of a cellular anti-inflammatory agent, wherein the cellular anti-inflammatory agent comprises a medicinal grade honey as 30% by volume to 62% by volume of the total liquid ingredients. a therapeutically effective amount of a selective estrogen receptor modulator (SERM), wherein the SERM comprises 0.038 mg/ml of the composition to 1.9 mg/ml of the composition; an intracellular carrier for carrying the SERM into a cell, wherein the intracellular carrier is a natural oil; and a therapeutically effective amount of a cellular anti-inflammatory agent, wherein the cellular anti-inflammatory agent comprises a medicinal grade honey as 30% by volume to 62% by volume of the total liquid ingredients.
A temperature-dependent switch , which comprises a first and a second stationary contact and a temperature-dependent switching mechanism having a movable contact member , wherein the switching mechanism , in its first switching position, presses the contact member against the first contact and thereby produces an electrically conductive connection between the two contacts via the contact member and, in its second switching position, keeps the contact member spaced apart from the first contact and thereby disconnects the electrically conductive connection between the two contacts , wherein the temperature-dependent switching mechanism comprises a temperature-dependent snap-action part , which switches from its geometric low-temperature configuration to its geometric high-temperature configuration when exceeding a switching temperature, and switches back from its geometric high-temperature configuration to its geometric low-temperature configuration when subsequently falling below a reset temperature, wherein switching the temperature-dependent snap-action part from its geometric low-temperature configuration to its geometric high-temperature configuration moves the switching mechanism from its first switching position to its second switching position and thereby opens the switch , and wherein a closing lock is provided that, as soon as it is activated, prevents the switch once having opened from closing again by keeping the switching mechanism in its second switching position, wherein the closing lock comprises a locking element which is at least partly made of a shape-memory alloy and has an opening through which the movable contact member protrudes and which is configured to change its shape upon exceeding a locking element switching temperature from a first shape, in which the locking element does not activate the closing lock , into a second shape, in which the locking element activates the closing lock by exerting a force on a part of the switching mechanism , which force holds the switching mechanism in its second switching position, characterized in that the shape-memory alloy is a shape-memory alloy with two-way memory effect, and in that the locking element is configured to change its shape from the second shape to the first shape when falling below a locking element reset temperature, wherein the locking element reset temperature is lower than the locking element switching temperature and/or lower than the reset temperature of the temperature-dependent snap-action part .
A system for testing an agricultural implement, the system comprising: a frame configured to receive a device to be tested, the frame carrying: a filter ; a pump having a pump inlet and a pump outlet; a pressure relief valve in fluid communication with the pump outlet; a frame output tube to deliver a flow of fluid from the pump outlet to the device to be tested; and a frame return tube to receive the flow of fluid from the device to be tested; wherein each of the pump , the filter , the pressure relief valve , the frame output tube , and the frame return tube are secured to the frame ; characterised in that the frame further carries a recycle flow outlet being secured to the frame . a frame configured to receive a device to be tested, the frame carrying: a filter ; a pump having a pump inlet and a pump outlet; a pressure relief valve in fluid communication with the pump outlet; a frame output tube to deliver a flow of fluid from the pump outlet to the device to be tested; and a frame return tube to receive the flow of fluid from the device to be tested; a filter ; a pump having a pump inlet and a pump outlet; a pressure relief valve in fluid communication with the pump outlet; a frame output tube to deliver a flow of fluid from the pump outlet to the device to be tested; and a frame return tube to receive the flow of fluid from the device to be tested; wherein each of the pump , the filter , the pressure relief valve , the frame output tube , and the frame return tube are secured to the frame ; characterised in that the frame further carries a recycle flow outlet being secured to the frame .
A device for the suction and separation of substances and particles from exhaust gases, which are produced in particular during the manufacture of three-dimensional components by means of selective laser beam sintering or laser beam melting, wherein the device comprises a housing , a connection for introducing exhaust gas, at least one filter element , a vacuum generator, a connection for the vacuum generator, a collecting container , at least one sensor for determining the filling level of solid substances and particles deposited in the collecting container at its bottom due to gravitational force, and an electronic evaluation and control unit, wherein the at least one filter element for separating substances and particles is arranged in the housing , wherein the exhaust gas containing undesired substances and particles is led from the connection for introducing exhaust gas through the at least one filter element using the vacuum generator and the substances and particles are deposited in the one collecting container , and the at least one sensor for determining the filling level of solid substances and particles deposited in the collecting container at its bottom due to gravitational force is arranged on and/or in the collecting container , the at least one sensor being connected to the electronic evaluation and control unit; characterized in that the electronic evaluation and control unit is designed to initiate a feed of an inert substance into the collecting container onto the surface of the solid substances and particles deposited therein when at least one predeterminable filling level is reached. wherein the device comprises a housing , a connection for introducing exhaust gas, at least one filter element , a vacuum generator, a connection for the vacuum generator, a collecting container , at least one sensor for determining the filling level of solid substances and particles deposited in the collecting container at its bottom due to gravitational force, and an electronic evaluation and control unit, wherein the at least one filter element for separating substances and particles is arranged in the housing , wherein the exhaust gas containing undesired substances and particles is led from the connection for introducing exhaust gas through the at least one filter element using the vacuum generator and the substances and particles are deposited in the one collecting container , and the at least one sensor for determining the filling level of solid substances and particles deposited in the collecting container at its bottom due to gravitational force is arranged on and/or in the collecting container , the at least one sensor being connected to the electronic evaluation and control unit; characterized in that the electronic evaluation and control unit is designed to initiate a feed of an inert substance into the collecting container onto the surface of the solid substances and particles deposited therein when at least one predeterminable filling level is reached.
An automated fiber bundle placement apparatus comprising: a supply device configured to set a plurality of bobbins around which fiber bundles are wound, and deliver the fiber bundles from each of the bobbins ; a placement head for performing placement of each of the fiber bundles supplied from the supply device on a placement die ; and an articulated robot which has an arm to which the placement head is attached and moves the placement head for the placement, in which the placement head is attached to the articulated robot via a rotation mechanism , wherein the placement head is attached to a rotation section that is rotationally driven, the articulated robot includes a guide mechanism that guides the fiber bundle from the supply device toward the placement head , the guide mechanism includes: a plurality of tow guides provided corresponding to each of the fiber bundles , a support member that supports the tow guide , and characterized by a support mechanism attached to the arm and in which the support member is attached so that the support member is in a state of being supported by the arm , the support member being displaceable in a width direction orthogonal to an extending direction of the arm in a plane. a supply device configured to set a plurality of bobbins around which fiber bundles are wound, and deliver the fiber bundles from each of the bobbins ; a placement head for performing placement of each of the fiber bundles supplied from the supply device on a placement die ; and an articulated robot which has an arm to which the placement head is attached and moves the placement head for the placement, in which the placement head is attached to the articulated robot via a rotation mechanism , wherein the placement head is attached to a rotation section that is rotationally driven, the articulated robot includes a guide mechanism that guides the fiber bundle from the supply device toward the placement head , the guide mechanism includes: a plurality of tow guides provided corresponding to each of the fiber bundles , a support member that supports the tow guide , and characterized by a support mechanism attached to the arm and in which the support member is attached so that the support member is in a state of being supported by the arm , the support member being displaceable in a width direction orthogonal to an extending direction of the arm in a plane. a plurality of tow guides provided corresponding to each of the fiber bundles , a support member that supports the tow guide , and characterized by a support mechanism attached to the arm and in which the support member is attached so that the support member is in a state of being supported by the arm , the support member being displaceable in a width direction orthogonal to an extending direction of the arm in a plane.