mhurhangee/ep-ind-claims huggingface dataset:
Closing device assembly for systems for milking animals, provided with at least one primary passage and at least two secondary passages (16a-c), wherein the primary and secondary passages, are provided with first and second (93a-c) connecting edges, respectively, with respective openings each having an axis, and wherein the closing device assembly further comprises first drive means (51 a,b) for mutual displacement of the first connecting edge and the second connecting edge of a selected secondary passage from an uncoupled position in which the axes of their openings are not in line with each other to a position in which the axes (S,T) of their openings are in line, a coupling line, with each other, characterised in that said assembly is further provided with at least one closing device (15a-d) for at least one unused, non-selected secondary passage, which closing device is provided with a closing edge (84a-d), wherein of each set of connecting edges and closing edges to be connected to each other in each case at least one is provided with a seal (94a-c), and wherein said assembly is further provided with a second drive means (60a,b) for bringing the first connecting edge and the second connecting edge of a selected secondary passage from an uncoupled position in which the axes (S,T) of their openings are in line, a coupling line, with each other, against each other.
An asphalt composition comprising 1% to 15% by mass of a block copolymer (a) and an asphalt (c), wherein the block copolymer (a) comprises a block copolymer (a-1) and a block copolymer (a-2), wherein the block copolymer (a-1) has a polymer block comprising, as a main component, a vinyl aromatic monomer unit, and a polymer block comprising, as a main component, a conjugated diene monomer unit, and the block copolymer (a-2) has a polymer block comprising, as a main component, a vinyl aromatic monomer unit, and a polymer block comprising, as a main component, a conjugated diene monomer unit, a content of the block copolymer (a-1) in the total mass of the block copolymer (a) is 40% by mass or more and 85% by mass or less, a content of the block copolymer (a-2) in the total mass of the block copolymer (a) is 15% by mass or more and 60% by mass or less, a content of the vinyl aromatic monomer unit in the block copolymer (a) is 34% by mass or more and 55% by mass or less, a number average molecular weight of the block copolymer (a-1) is in the range of 20,000 to 73,000, a number average molecular weight of the block copolymer (a-2) is 1.5 to 5.0 times higher than the number average molecular weight of the block copolymer (a-1), a content of vinyl in the conjugated diene monomer unit in the block copolymer (a) is 8 mol% or more and 25 mol% or less, and the asphalt composition further comprises 0.5% to 10% by mass of a block copolymer (b), wherein the block copolymer (b) has a polymer block comprising, as a main component, a vinyl aromatic monomer unit, and a polymer block comprising, as a main component, a conjugated diene monomer unit, and a content of the vinyl aromatic monomer unit in the block copolymer (b) is 24% by mass or more and less than 34% by mass.
A light emitting device module comprising: a light emitting device package; and a printed circuit board including first and second dummy pads (101, 105) and an electrode pad arranged between the first and second dummy pads (101, 105), on which the light emitting device package is disposed, wherein at least one of the first and second dummy pads (101, 105) has a dummy hole (101a, 105a) in the form of a through hole perforated in the printed circuit board which penetrates the dummy pad such that heat generated by the dummy pad can be dissipated using air passing through the dummy hole, and wherein the electrode pad (102, 104) adjacent to at least one of the first and second dummy pads (101, 105) has an electrode hole (102a, 104a). a light emitting device package; and a printed circuit board including first and second dummy pads (101, 105) and an electrode pad arranged between the first and second dummy pads (101, 105), on which the light emitting device package is disposed, wherein at least one of the first and second dummy pads (101, 105) has a dummy hole (101a, 105a) in the form of a through hole perforated in the printed circuit board which penetrates the dummy pad such that heat generated by the dummy pad can be dissipated using air passing through the dummy hole, and wherein the electrode pad (102, 104) adjacent to at least one of the first and second dummy pads (101, 105) has an electrode hole (102a, 104a).
A process for the transesterification reaction between animal and plant oils and methanol in the presence of lipase, using an airlift loop reactor without the need for external gases, wherein the airlift loop reactor comprises a main reactor, a gas circulation line, a gas pump, a jacket, a gas inlet, a gas outlet, a flow guider, a gas flowmeter, a feed inlet, a discharge opening, wherein the process comprises the steps of: connecting the gas outlet on top of the airlift loop reactor to the gas inlet at the bottom of the reactor, and installing the gas pump on the gas circulation line, hence directly using internal gases as circulation impetus, so that gases are directed by the gas circulation line back to the bottom of the reactor after flowing out from the top of the reactor and then re-ejected into the reactor by the gas pump and used as impetus for liquid circulation again; and wherein the internal gases include gases generated during the reaction, gases participated in the reaction and volatile components. connecting the gas outlet on top of the airlift loop reactor to the gas inlet at the bottom of the reactor, and installing the gas pump on the gas circulation line, hence directly using internal gases as circulation impetus, so that gases are directed by the gas circulation line back to the bottom of the reactor after flowing out from the top of the reactor and then re-ejected into the reactor by the gas pump and used as impetus for liquid circulation again; and
Method for the removal of carbon monoxide and hydrocarbons from the exhaust gas of lean-operated internal combustion engines, wherein the exhaust gas is passed over a catalyst, which contains (i) platinum supported on one or more refractory supporting materials, (ii) pure cerium oxide, which contains 90 to 100 wt% cerium oxide relative to the total weight of the pure cerium oxide, as well as, if the ratio of platinum to cerium oxide is <= 0.0175 calculated as Pt in g/l:cerium oxide in g/l (<= 0.5 calculated as Pt in g/cft:cerium oxide in g/l) (iii) an additional precious metal selected from the group consisting of platinum, palladium, rhodium, and mixtures thereof, wherein the platinum (i) and, if included, the additional precious metal (iii) is in direct contact with the surface of the cerium oxide (ii), characterized in that, after exceeding a limit temperature load under lean exhaust gas conditions, the catalyst is exposed to rich exhaust gas for the regeneration of the catalytic activity until the entire catalyst comes into contact with rich exhaust gas, wherein the regeneration is then enabled when the temperature of the catalyst is below the regeneration temperature of 350°C, wherein the limit temperature load is defined as a limit temperature which, if exceeded, triggers regeneration and wherein the limit temperature depends upon the desired T 50 value of the catalyst for the CO light-off and amounts to 400°C, if the T 50 value for the CO light-off is to be 150°C, and 350°C, if the T 50 value for the CO light-off is to be 125°C. (i) platinum supported on one or more refractory supporting materials, (ii) pure cerium oxide, which contains 90 to 100 wt% cerium oxide relative to the total weight of the pure cerium oxide, as well as, if the ratio of platinum to cerium oxide is <= 0.0175 calculated as Pt in g/l:cerium oxide in g/l (<= 0.5 calculated as Pt in g/cft:cerium oxide in g/l) (iii) an additional precious metal selected from the group consisting of platinum, palladium, rhodium, and mixtures thereof, wherein the platinum (i) and, if included, the additional precious metal (iii) is in direct contact with the surface of the cerium oxide (ii), characterized in that, after exceeding a limit temperature load under lean exhaust gas conditions, the catalyst is exposed to rich exhaust gas for the regeneration of the catalytic activity until the entire catalyst comes into contact with rich exhaust gas, wherein the regeneration is then enabled when the temperature of the catalyst is below the regeneration temperature of 350°C, wherein the limit temperature load is defined as a limit temperature which, if exceeded, triggers regeneration and wherein the limit temperature depends upon the desired T 50 value of the catalyst for the CO light-off and amounts to 400°C, if the T 50 value for the CO light-off is to be 150°C, and 350°C, if the T 50 value for the CO light-off is to be 125°C.
A mutein of human tear lipocalin (hTLc) having detectable binding affinity to the human Met receptor tyrosine kinase (c-Met) or a fragment thereof, wherein said mutein has an amino acid sequence as set forth in SEQ ID NO: 49 or wherein said mutein of human tear lipocalin (hTLc) has 70 to 98 % sequence identity with a lipocalin mutein of SEQ ID NO: 49, and wherein said mutein is conjugated to a maleimide-derivatized polyethylenglycol, which is reacted with free thiol groups of cysteine residues in the mutein, wherein these cysteine side chains may naturally occur in the protein or may be artificially introduced by mutagenesis.
A voice synthesizing apparatus comprising: an obtainer configured to obtain a primary response representative of a response to a user's voice input; and a voice synthesizer configured to synthesize a voice from a secondary response representative of a response to be output; characterized in that the voice synthesizing apparatus further comprises an analyzer configured to analyze whether the primary response includes a word to be repeated, wherein the word to be repeated has 2 or less syllables; and the voice synthesizer is configured to, in a case where the analyzed primary response is determined to include the word to be repeated, synthesize a voice from the secondary response, which includes the word repeated at least twice, to output the voice. an obtainer configured to obtain a primary response representative of a response to a user's voice input; and a voice synthesizer configured to synthesize a voice from a secondary response representative of a response to be output; characterized in that the voice synthesizing apparatus further comprises an analyzer configured to analyze whether the primary response includes a word to be repeated, wherein the word to be repeated has 2 or less syllables; and the voice synthesizer is configured to, in a case where the analyzed primary response is determined to include the word to be repeated, synthesize a voice from the secondary response, which includes the word repeated at least twice, to output the voice.
An organic optoelectronic component, with: - a base electrode, - a top electrode provided with passages, - an arrangement of organic layers which is formed between the base electrode and the top electrode and makes electrical contact with said electrodes, and in which said component light can be generated in a light-emitting region by the application of a voltage to the base electrode and top electrode, - an electric charge-carrier transporting layer, which is formed below the light-emitting region between the base electrode and the light-emitting region, and - an organic current distribution layer that also extends into the region containing the passages, which said organic current distribution layer makes electrical contact with the top electrode and the light-emitting region and is formed between the top electrode and the light-emitting region, wherein the organic current distribution layer is arranged directly onto the light-emitting region, characterized in that the organic current distribution layer is formed with a layer made of charge-carrier transport material and a layer of dopant material adjacent thereto, wherein the boundary surface between the layer made of charge-carrier transport material and the layer of dopant material is formed as a doped boundary surface with a doping increasing electric conductivity, such that the organic current distribution layer has an electric conductivity of at least 0.001 S/cm. - a base electrode, - a top electrode provided with passages, - an arrangement of organic layers which is formed between the base electrode and the top electrode and makes electrical contact with said electrodes, and in which said component light can be generated in a light-emitting region by the application of a voltage to the base electrode and top electrode, - an electric charge-carrier transporting layer, which is formed below the light-emitting region between the base electrode and the light-emitting region, and - an organic current distribution layer that also extends into the region containing the passages, which said organic current distribution layer makes electrical contact with the top electrode and the light-emitting region and is formed between the top electrode and the light-emitting region,
A capacity control valve comprising: a valve housing provided with a suction port through which a suction fluid of a suction pressure (Ps) passes and a control port through which a control fluid of a control pressure (Pc) passes; a valve body to be driven by a solenoid; a spring that biases the valve body in a direction opposite to a direction of driving by the solenoid; and a CS valve that includes a CS valve seat and the valve body, and that moves the valve body to open and close a communication between the control port and the suction port, the capacity control valve opening and closing the CS valve to control the control pressure (Pc), wherein the control fluid of the control pressure (Pc) is suppliable to a back side of the valve body, the capacity control valve further comprises a flow passage control device (40, 60) that uses a fluid pressure generated by opening and closing of the CS valve and a pressure on the back side of the valve body to decrease the pressure on the back side of the valve body, characterized in that the flow passage control device (40, 60) includes an actuating valve body (41, 61) and a biasing device (42, 62), and the flow passage control device (40, 60) is a valve in which a force due to the fluid pressure and a biasing force of the biasing device (42, 62) are opposed to a force due to the pressure on the back side of the valve body. a valve housing provided with a suction port through which a suction fluid of a suction pressure (Ps) passes and a control port through which a control fluid of a control pressure (Pc) passes; a valve body to be driven by a solenoid; a spring that biases the valve body in a direction opposite to a direction of driving by the solenoid; and a CS valve that includes a CS valve seat and the valve body, and that moves the valve body to open and close a communication between the control port and the suction port, the capacity control valve opening and closing the CS valve to control the control pressure (Pc), wherein the control fluid of the control pressure (Pc) is suppliable to a back side of the valve body, the capacity control valve further comprises a flow passage control device (40, 60) that uses a fluid pressure generated by opening and closing of the CS valve and a pressure on the back side of the valve body to decrease the pressure on the back side of the valve body, characterized in that the flow passage control device (40, 60) includes an actuating valve body (41, 61) and a biasing device (42, 62), and the flow passage control device (40, 60) is a valve in which a force due to the fluid pressure and a biasing force of the biasing device (42, 62) are opposed to a force due to the pressure on the back side of the valve body.
A pneumatic tube sleeve (10, 110) with a sleeve tube (11, 111) and having a lid (12, 112) and a bottom (13, 113) at the two ends of the sleeve tube (11, 111), respectively, wherein at least the lid (12, 112) is movable from a closed position into an open position, an insert (21, 121) being provided in the sleeve tube (11, 111) which for receiving sample tubes includes at least one tubular channel (23, 123) extending in parallel to the longitudinal axis of the sleeve tube (11, 111), in at least one channel (23, 123) at least one clamping element (24, 124) being provided projecting laterally into the channel (23, 123), wherein the clamping element (24, 124) is movable out of the channel (23, 123), and that this movement out of the channel (23, 123) and into the channel (23, 123), respectively, is coupled to the movement of the lid (12, 112) from the closed position into the open position and from the open position into the closed position, respectively.
A fluoroindole compound of formula, wherein: R 1 is R 2 is wherein * represents point of attachment; R 3 is fluorine or hydrogen; R 4 is halogen, S-CH 3 or hydrogen; R 5 is CH 3, -CH 2 CH 2 F or hydrogen; a is 1 or 2; or an isotopic form, a stereoisomer or a pharmaceutically acceptable salt thereof. R 1 is R 2 is wherein * represents point of attachment; R 3 is fluorine or hydrogen; R 4 is halogen, S-CH 3 or hydrogen; R 5 is CH 3, -CH 2 CH 2 F or hydrogen; a is 1 or 2;
A catheter, comprising: a first sheath (32, 132) having a proximal end and a distal end, and a length extending between the proximal end and the distal end, the first sheath (32, 132) being devoid of any bonds between the proximal end and the distal end, and having a flexural modulus, wherein: - the first sheath (32, 132) has a first section with a first flexural modulus and a second section with a second flexural modulus, the first flexural modulus being different than the second flexural modulus; - the first section is proximal of the second section and the first flexural modulus is greater than the second flexural modulus; - the first sheath (32, 132) is bonded to a second sheath at a bond region; and - the second sheath has a flexural modulus; wherein the difference in flexural moduli across the bond region is about 517,11 MPa (75 ksi) or less; characterized in that the first sheath (32, 132) has a transition region between the first section and the second section, wherein the transition region includes a change in the flexural modulus of the first sheath (32, 132) along a portion of the length and wherein the transition region has a transition region length equal to at least two times a thickness of a wall of the first sheath (32, 132). - the first sheath (32, 132) has a first section with a first flexural modulus and a second section with a second flexural modulus, the first flexural modulus being different than the second flexural modulus; - the first section is proximal of the second section and the first flexural modulus is greater than the second flexural modulus; - the first sheath (32, 132) is bonded to a second sheath at a bond region; and - the second sheath has a flexural modulus;
A method of polymerization comprising a step of conducting a living radical polymerization, wherein the living radical polymerization step is conducted in the presence of a catalyst, wherein the catalyst is a nonmetallic compound having an ionic bond with a halide ion, and a nonmetallic atom in the nonmetallic compound is in a cationic state and forms an ionic bond with a halide ion.
An indicator assembly for an anchor, comprising: a guide member, having a distal end portion, operably coupleable to an opening of a sheath of the anchor, and a proximal end portion, configured to guidingly receive a screw entering the opening of the sheath, said guide member being adapted to centralise the screw with a central axis of the sheath during use; an indicator member, operably frangibly coupled to said proximal end portion of said guide member, characterized in that, said indicator member is configured to operably engage with a shoulder portion of the screw, so as to physically detach from said guide member at a predetermined force provided by the shoulder portion of the screw onto said indicator member during use, wherein said indicator member comprises a plate member having a concentrically arranged circular aperture that is configured to matchingly receive the shoulder portion of the screw, during use, and wherein said plate member is operably coupled to said proximal end portion of said guide member via at least two frangible connector elements. a guide member, having a distal end portion, operably coupleable to an opening of a sheath of the anchor, and a proximal end portion, configured to guidingly receive a screw entering the opening of the sheath, said guide member being adapted to centralise the screw with a central axis of the sheath during use; an indicator member, operably frangibly coupled to said proximal end portion of said guide member, characterized in that, said indicator member is configured to operably engage with a shoulder portion of the screw, so as to physically detach from said guide member at a predetermined force provided by the shoulder portion of the screw onto said indicator member during use, wherein said indicator member comprises a plate member having a concentrically arranged circular aperture that is configured to matchingly receive the shoulder portion of the screw, during use, and wherein said plate member is operably coupled to said proximal end portion of said guide member via at least two frangible connector elements.
Stay component, in particular chain stay component, for a rear structure of a bicycle, with a non-drive-side stay and a drive-side stay for the respective connection of the bicycle to a rear road wheel of the bicycle, a stay yoke for stiffening the two stays (102, 106), the stay component having a bicycle component which has - a non-drive-side guide inlet for guiding the shift cable into the non-drive-side stay, - a guide device for integrated guidance of the shift cable in the rear structure, and - a drive-side guide outlet for guiding the shift cable out of the drive-side stay, wherein the non-drive-side guide inlet of the bicycle component is arranged on the non-drive-side stay, and the drive-side guide outlet of the bicycle component is arranged on the drive-side stay. a stay yoke for stiffening the two stays (102, 106), the stay component having a bicycle component which has - a non-drive-side guide inlet for guiding the shift cable into the non-drive-side stay, - a guide device for integrated guidance of the shift cable in the rear structure, and - a drive-side guide outlet for guiding the shift cable out of the drive-side stay, - a non-drive-side guide inlet for guiding the shift cable into the non-drive-side stay, - a guide device for integrated guidance of the shift cable in the rear structure, and - a drive-side guide outlet for guiding the shift cable out of the drive-side stay, wherein the non-drive-side guide inlet of the bicycle component is arranged on the non-drive-side stay, and the drive-side guide outlet of the bicycle component is arranged on the drive-side stay.
Ventilator assembly having at least one ventilator and at least one ventilator cover, which comprises at least one aperture in which the ventilator is arranged and through which air conveyed by the ventilator flows through the aperture in operation of the ventilator, wherein the ventilator cover partially or completely consists of expanded polypropylene or comprises expanded polypropylene, and wherein the ventilator assembly further comprises at least one ventilator holder (20, 30) arranged on the ventilator cover and which per se supports the ventilator, characterized in that the ventilator holder (20, 30) comprises at least two parts, i.e. a front part and a back part, and in that the front part as well as the back part of the ventilator holder (20, 30) are formed in such a way that they can be fixed relative to one another and/or to the ventilator cover by means of a rotational movement.