mhurhangee/ep-ind-claims huggingface dataset:
Process for producing chlorosilanes in a fluidized bed reactor by reaction of a hydrogen chloride-containing reaction gas with a particulate contact mass containing ultrahigh purity silicon having a purity of > 99.9% and a catalyst, wherein the catalyst comprises at least one element from the group comprising Co, Mo and W and wherein the chlorosilanes have the general formula H n SiCl 4-n and/or H m Cl 6-m Si 2 where n = 1-4 and m = 0-4, characterized in that the catalyst is present in the contact mass in a proportion of 100 to 400 ppmw, based on the weight of the contact mass.
A bipolar stimulation probe comprising: a first electrode; a second electrode; a control module configured to stimulate nerve tissue of a patient by generating (i) a first output signal indicative of a first pulse to be output from the first electrode, and (ii) a second output signal indicative of a second pulse to be output from the second electrode, wherein the first pulse and the second pulse are monophasic stimulation pulses and wherein the first pulse and the second pulse have the same polarity; and a plurality of switches configured to output from the bipolar stimulation probe (i) the first pulse on the first electrode based on the first output signal, and (ii) the second pulse on the second electrode based on the second output signal. a first electrode; a second electrode; a control module configured to stimulate nerve tissue of a patient by generating (i) a first output signal indicative of a first pulse to be output from the first electrode, and (ii) a second output signal indicative of a second pulse to be output from the second electrode, wherein the first pulse and the second pulse are monophasic stimulation pulses and wherein the first pulse and the second pulse have the same polarity; and a plurality of switches configured to output from the bipolar stimulation probe (i) the first pulse on the first electrode based on the first output signal, and (ii) the second pulse on the second electrode based on the second output signal.
A pipe joint having a tapered male screw thread that is screw-inserted into a tapered female screw thread formed in an object body, the pipe joint comprising: a cylindrically shaped main body; the object body and a one-touch coupling; a fastening member for screw-rotating the tapered male screw thread which is formed on an end of the main body; a joint connector provided at another end of the main body and which is equipped with an inner circumferential surface, a first seal member being gripped between the inner circumferential surface and the one-touch coupling; and a second seal member formed in an annular shape and disposed on a surface of the fastening member facing toward the object body, wherein the tapered male screw thread has a length such that, after the fastening member has been fastened, an entire length of the tapered male screw thread is screw-inserted into the tapered female screw thread of the object body, characterized in that the second seal member is installed in an annular groove formed in a lower surface of the fastening member facing toward the object body, for carrying out sealing jointly with the object body, and that the second seal member includes a projection that projects from the lower surface for sliding contact with an upper surface of the object body when the main body is screw-engaged with the object body. a cylindrically shaped main body; the object body and a one-touch coupling; a fastening member for screw-rotating the tapered male screw thread which is formed on an end of the main body; a joint connector provided at another end of the main body and which is equipped with an inner circumferential surface, a first seal member being gripped between the inner circumferential surface and the one-touch coupling; and a second seal member formed in an annular shape and disposed on a surface of the fastening member facing toward the object body, wherein the tapered male screw thread has a length such that, after the fastening member has been fastened, an entire length of the tapered male screw thread is screw-inserted into the tapered female screw thread of the object body, characterized in that the second seal member is installed in an annular groove formed in a lower surface of the fastening member facing toward the object body, for carrying out sealing jointly with the object body, and that the second seal member includes a projection that projects from the lower surface for sliding contact with an upper surface of the object body when the main body is screw-engaged with the object body.
A microporous membrane for flash distillation comprising: at least three layers of membrane material, comprising a first microporous membrane layer; a second microporous membrane layer adjacent the first microporous membrane layer and having lower density than the first microporous membrane layer; and a third microporous membrane layer adjacent the second microporous membrane layer and having a higher density than the second microporous membrane layer, wherein each layer comprises expanded polytetrafluoroethylene; wherein the first layer and the third layer are characterized by an average pore size of 0.02 to 1.0 microns, wherein the pore size of the first and third layer is smaller than the pore size of the second layer, wherein the thickness of each layer is 0,025 to 0,1 mm [0.001 to 0.004 inch], and wherein the microporous membrane is 0,1 to 0,25 mm [0.004 to 0.01 inch] thick. at least three layers of membrane material, comprising a first microporous membrane layer; a second microporous membrane layer adjacent the first microporous membrane layer and having lower density than the first microporous membrane layer; and a third microporous membrane layer adjacent the second microporous membrane layer and having a higher density than the second microporous membrane layer, wherein each layer comprises expanded polytetrafluoroethylene; wherein the first layer and the third layer are characterized by an average pore size of 0.02 to 1.0 microns, wherein the pore size of the first and third layer is smaller than the pore size of the second layer, wherein the thickness of each layer is 0,025 to 0,1 mm [0.001 to 0.004 inch], and wherein the microporous membrane is 0,1 to 0,25 mm [0.004 to 0.01 inch] thick.
A tire, comprising a two or more layered belt layer, the belt layer comprising belt plies (38, 40) each comprising a steel monofilament and a coating rubber, characterised by the belt layer having a ratio of E2/E1 of less than 0.90, wherein, when viewed in a radial cross-section of the tire, E1 denotes the number (ends/10 mm) of steel monofilaments aligned per 10 mm in a tire width direction in a region of the belt ply having the largest width in a tire axial direction which extends from a tire equator to a point Q that is located at 80% of a distance L in the tire axial direction from the tire equator to a point P that is located at an outer edge, with respect to the tire width direction, of the belt ply having the largest width in the tire axial direction; and E2 denotes the number (ends/10 mm) of steel monofilaments aligned per 10 mm in the tire width direction in a region of the belt ply having the largest width in the tire axial direction which extends from the point Q to the point P, the belt layer having a distance S of 0.80 mm or more, wherein the distance S represents a distance in a tire radial direction between the outermost steel monofilament, with respect to the tire width direction, of the belt ply adjacent to the belt ply having the largest width in the tire axial direction and the steel monofilament of the belt ply having the largest width in the tire axial direction. the belt layer comprising belt plies (38, 40) each comprising a steel monofilament and a coating rubber, characterised by the belt layer having a ratio of E2/E1 of less than 0.90, wherein, when viewed in a radial cross-section of the tire, E1 denotes the number (ends/10 mm) of steel monofilaments aligned per 10 mm in a tire width direction in a region of the belt ply having the largest width in a tire axial direction which extends from a tire equator to a point Q that is located at 80% of a distance L in the tire axial direction from the tire equator to a point P that is located at an outer edge, with respect to the tire width direction, of the belt ply having the largest width in the tire axial direction; and E2 denotes the number (ends/10 mm) of steel monofilaments aligned per 10 mm in the tire width direction in a region of the belt ply having the largest width in the tire axial direction which extends from the point Q to the point P, the belt layer having a distance S of 0.80 mm or more, wherein the distance S represents a distance in a tire radial direction between the outermost steel monofilament, with respect to the tire width direction, of the belt ply adjacent to the belt ply having the largest width in the tire axial direction and the steel monofilament of the belt ply having the largest width in the tire axial direction.
A pharmaceutically acceptable acid addition salt of compound, wherein the acid addition salt comprises an organic acid salt; the organic acid salt is benzene sulfonate.
A storage slipcover for at least one article, such as a textile article, comprising a first envelope extending vertically and fitted at its upper end with an opening for insertion of said at least one article, and a plate fitted with folding means (6a, 6b) for the formation of a parallelepiped base in which is placed at least the lower part of the first envelope, said storage slipcover being characterised in that it further comprises a second envelope assembled horizontally below the lower end of the first envelope, this second envelope comprising dimensions slightly greater than the plate and at least one opening for introducing this plate into said second envelope.
Reinforcement device for the construction of a location-specific reinforcement of a structure, in particular on a bored-pile head, comprising - a filling pipe for the feeding-in of liquid building material and - a reinforcement bar fixing device, arranged on the filling pipe, for a plurality of reinforcement bars (22 a,b,c,d), wherein - at least one adjustable alignment element for aligning the reinforcement device on a structural component of a structure that is to be reinforced, in particular on a reinforcement cage, is arranged on the reinforcement bar fixing device; wherein the reinforcement bar fixing device has a lower and an upper reinforcement bar fixing element (5, 6), wherein preferably both reinforcement bar fixing elements (5, 6) are arranged parallel to one another; characterised in that the alignment element comprises an adjusting bar arranged rotatably inside an opening of the upper reinforcement bar fixing element and also a support element arranged non-rotatably opposite the lower reinforcement bar fixing element, wherein the adjusting bar and the support element are connected to one another in a length-adjustable manner by means of a thread. - a filling pipe for the feeding-in of liquid building material and - a reinforcement bar fixing device, arranged on the filling pipe, for a plurality of reinforcement bars (22 a,b,c,d), wherein - at least one adjustable alignment element for aligning the reinforcement device on a structural component of a structure that is to be reinforced, in particular on a reinforcement cage, is arranged on the reinforcement bar fixing device; wherein the reinforcement bar fixing device has a lower and an upper reinforcement bar fixing element (5, 6), wherein preferably both reinforcement bar fixing elements (5, 6) are arranged parallel to one another;
Printing unit comprising at least a printing head, a support plate to which said printing head is associated, wherein it comprises at least two independent and separated positioning members (45a, 45b) associated to the support plate and to the printing head to adjust the reciprocal position of the latter two, the first positioning member being disposed in correspondence with a first lateral edge of the printing head, while the second positioning member being disposed in correspondence with a second lateral edge of the printing head located transverse with respect to the first lateral edge, said support plate defining an adjustment plane (α) with respect to which said printing head is positioned, said positioning members (45a, 45b) comprising at least an actuation device which can be selectively actuated above the adjustment plane (α) and a kinematic conversion device configured to convert the actuation of said actuation device into an adjustment of the position of the printing head with respect to the support plate in at least one direction lying on the adjustment plane (α), said actuation device being associable with a cam element able to engage in a suitably shaped seating made in said printing head, wherein a first positioning member is configured to carry out an adjustment of the position of the printing head in a first adjustment direction and a second positioning member is configured to carry out an adjustment of the position of the printing head in a second adjustment direction, different from the first adjustment direction.
A transportation line for transporting molten metal using a transfer carriage that transports a receiving ladle along rails for transporting a ladle, which receiving ladle has received the molten metal from melting works, and which line transfers the molten metal in a ladle for pouring of pouring works, wherein the transfer carriage is adapted to transfer the molten metal of the receiving ladle into the ladle for pouring and the transfer carriage comprises: a transportation means that runs along the rails for transporting a ladle; a shifting means disposed on the transportation means, which shifting means moves in the direction that is perpendicular to the rails for transporting a ladle; a lifting mechanism attached to a pillar that is set upright on the shifting means; a tilting means that is disposed at a lifting member of the lifting mechanism; and a ladle-holding member that is supported by the tilting means at the axis of the tilting means, which member is tilted by the tilting means, and which can hold or release the receiving ladle, the transportation line for transporting molten metal is constituted in a way such that rails for the receiving ladle that receives the molten metal are laid in front of the melting works, and the rails for transporting a ladle that are laid alongside the pouring works are laid in the direction that is perpendicular to the rails for the receiving ladle. a transportation means that runs along the rails for transporting a ladle; a shifting means disposed on the transportation means, which shifting means moves in the direction that is perpendicular to the rails for transporting a ladle; a lifting mechanism attached to a pillar that is set upright on the shifting means; a tilting means that is disposed at a lifting member of the lifting mechanism; and a ladle-holding member that is supported by the tilting means at the axis of the tilting means, which member is tilted by the tilting means, and which can hold or release the receiving ladle, the transportation line for transporting molten metal is constituted in a way such that rails for the receiving ladle that receives the molten metal are laid in front of the melting works, and the rails for transporting a ladle that are laid alongside the pouring works are laid in the direction that is perpendicular to the rails for the receiving ladle.
A method for wireless communications by a wireless device (120a, 140a), comprising: generating (602, 902, 1202) a query message indicating a requested data rate for streaming services, wherein the requested data rate is indicated via a bit rate field and one or more additional bits, wherein the requested data rate is indicated via a media access control, MAC, control element, CE, that includes the bit rate field and the one or more additional bits, and wherein a value of the bit rate field corresponds to a bit rate value in a bit rate table, and the one or more additional bits indicate that a multiplier is to be applied to the requested bit rate value corresponding to the value of the bit rate field; and sending (604, 904, 1204) the query message to a base station. generating (602, 902, 1202) a query message indicating a requested data rate for streaming services, wherein the requested data rate is indicated via a bit rate field and one or more additional bits, wherein the requested data rate is indicated via a media access control, MAC, control element, CE, that includes the bit rate field and the one or more additional bits, and wherein a value of the bit rate field corresponds to a bit rate value in a bit rate table, and the one or more additional bits indicate that a multiplier is to be applied to the requested bit rate value corresponding to the value of the bit rate field; and a value of the bit rate field corresponds to a bit rate value in a bit rate table, and the one or more additional bits indicate that a multiplier is to be applied to the requested bit rate value corresponding to the value of the bit rate field; and sending (604, 904, 1204) the query message to a base station.
Child restraint apparatus for restraining a child within a vehicle interior, the apparatus having a body comprising an internal area for receiving a child, and an energy absorbing member which, in use, extends over at least part of an external surface of the body and which faces away from the internal area, wherein the energy absorbing member comprises a deformable chamber being provided with one or more resilient foam layers, wherein the deformable chamber further comprises a vent configured to allow air to flow therethrough into the deformable chamber thereby allowing the one or more resilient foam layers to expand to an uncompressed state, and the vent further being configured to allow expulsion of air from the deformable chamber upon an impact on the energy absorbing member. a vent configured to allow air to flow therethrough into the deformable chamber thereby allowing the one or more resilient foam layers to expand to an uncompressed state, and the vent further being configured to allow expulsion of air from the deformable chamber upon an impact on the energy absorbing member.
A liquid jet discharge device (10, 100, 200, 300, 350, 400, 500, 600) comprising: a narrow tube having a tube shaped body that is open at both ends, and in which a discharge liquid being disposed therein, the discharge liquid contacting at least at an inner face of the narrow tube at a contact angle of less than 90 degrees; a container in which a transmission medium (36, 202, 304) being disposed at a bottom side thereof where one end of the narrow tube is disposed, so that a pressure wave is propagated from the transmission medium (36, 202, 304) to the discharge liquid; an adjustment mechanism (20, 204) that applies or reduces pressure of gas portion inside the container to cause a liquid surface of the discharge liquid inside the narrow tube and an interface between gas portion and the transmission medium outside the narrow tube and inside the container to be staggered in position along an axial direction of the narrow tube; and a generation mechanism (18, 402, 502, 602) that generates a pressure wave in the transmission medium (36, 202, 304), wherein the pressure wave is propagated from the transmission medium (36, 202, 304) to the discharge liquid such that a liquid jet is discharged from the discharge liquid inside the narrow tube. a narrow tube having a tube shaped body that is open at both ends, and in which a discharge liquid being disposed therein, the discharge liquid contacting at least at an inner face of the narrow tube at a contact angle of less than 90 degrees; a container in which a transmission medium (36, 202, 304) being disposed at a bottom side thereof where one end of the narrow tube is disposed, so that a pressure wave is propagated from the transmission medium (36, 202, 304) to the discharge liquid; an adjustment mechanism (20, 204) that applies or reduces pressure of gas portion inside the container to cause a liquid surface of the discharge liquid inside the narrow tube and an interface between gas portion and the transmission medium outside the narrow tube and inside the container to be staggered in position along an axial direction of the narrow tube; and a generation mechanism (18, 402, 502, 602) that generates a pressure wave in the transmission medium (36, 202, 304), wherein the pressure wave is propagated from the transmission medium (36, 202, 304) to the discharge liquid such that a liquid jet is discharged from the discharge liquid inside the narrow tube.
A user equipment, UE, comprising: one or more antennas; and communication circuitry, coupled with the one or more antennas, the communication circuitry to communicate, via at least one of the one or more antennas, with another UE (210, 220) via device-to-device, D2D, communications; and processing circuitry (216, 226), coupled to the communications circuitry, the processing circuitry configured to: generate a cyclic prefix, CP, for a second symbol of a D2D subframe at an orthogonal frequency division multiplexing, OFDM, resource block or a single-carrier frequency-division multiple access, SC-FDMA, resource block, wherein the CP has a length greater than 33.33 microseconds; use a second half of a useful symbol length of the first symbol, generated using a second half of a useful symbol length of the second symbol, as a part of the CP for the second symbol; and puncture an entirety of a last symbol of the D2D subframe, or puncture a first half of the useful symbol length of the first symbol and a second half of a useful symbol length of the last symbol. wherein the communication circuitry is further to transmit the D2D subframe to the other UE. one or more antennas; and communication circuitry, coupled with the one or more antennas, the communication circuitry to communicate, via at least one of the one or more antennas, with another UE (210, 220) via device-to-device, D2D, communications; and processing circuitry (216, 226), coupled to the communications circuitry, the processing circuitry configured to: generate a cyclic prefix, CP, for a second symbol of a D2D subframe at an orthogonal frequency division multiplexing, OFDM, resource block or a single-carrier frequency-division multiple access, SC-FDMA, resource block, wherein the CP has a length greater than 33.33 microseconds; use a second half of a useful symbol length of the first symbol, generated using a second half of a useful symbol length of the second symbol, as a part of the CP for the second symbol; and puncture an entirety of a last symbol of the D2D subframe, or puncture a first half of the useful symbol length of the first symbol and a second half of a useful symbol length of the last symbol. generate a cyclic prefix, CP, for a second symbol of a D2D subframe at an orthogonal frequency division multiplexing, OFDM, resource block or a single-carrier frequency-division multiple access, SC-FDMA, resource block, wherein the CP has a length greater than 33.33 microseconds; use a second half of a useful symbol length of the first symbol, generated using a second half of a useful symbol length of the second symbol, as a part of the CP for the second symbol; and puncture an entirety of a last symbol of the D2D subframe, or puncture a first half of the useful symbol length of the first symbol and a second half of a useful symbol length of the last symbol. wherein the communication circuitry is further to transmit the D2D subframe to the other UE.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: R 1 and R 2 each is Cl, or R 1 and R 2 are joined to form an oxalate; R 4 and R 5 are each H or together constitute a cyclohexyl ring, X-R 3 is selected from the group consisting of: Y-Z-R 6 is selected from the group consisting of: R 1 and R 2 each is Cl, or R 1 and R 2 are joined to form an oxalate; R 4 and R 5 are each H or together constitute a cyclohexyl ring, X-R 3 is selected from the group consisting of: Y-Z-R 6 is selected from the group consisting of: