mhurhangee/ep-ind-claims huggingface dataset:
Polypropylene composition, comprising (a) at least 80.0 wt.-% of an α-nucleated heterophasic composition (HECO) having a comonomer content in the range of 2.0 to 15.0 mol-%, as determined according to the description, comprising a (semi)crystalline polypropylene, wherein the (semi)crystalline polypropylene is at least bimodal, an elastomeric ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, a first α-nucleating agent (b) at least 5.0 wt.-% of a polyethylene being a copolymer of ethylene and a C 4 -C 12 α-olefin, preferably a copolymer of ethylene and 1-butene, and (c) at least 1.4 wt.-% of a second α-nucleating agent which is different from the first α-nucleating agent, based on the overall weight of the polypropylene composition. (a) at least 80.0 wt.-% of an α-nucleated heterophasic composition (HECO) having a comonomer content in the range of 2.0 to 15.0 mol-%, as determined according to the description, comprising a (semi)crystalline polypropylene, wherein the (semi)crystalline polypropylene is at least bimodal, an elastomeric ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, a first α-nucleating agent a (semi)crystalline polypropylene, wherein the (semi)crystalline polypropylene is at least bimodal, an elastomeric ethylene/propylene copolymer dispersed in said (semi)crystalline polypropylene, a first α-nucleating agent (b) at least 5.0 wt.-% of a polyethylene being a copolymer of ethylene and a C 4 -C 12 α-olefin, preferably a copolymer of ethylene and 1-butene, and (c) at least 1.4 wt.-% of a second α-nucleating agent which is different from the first α-nucleating agent,
A method with the following steps: a. providing one or more information carrier(s) comprising a substrate formed from a first material with a dielectric or conductive pattern which encodes information formed by a second material and a detection device having a capacitive touch screen, • wherein said substrate has a first dielectric coefficient ε1 and said second material has a second dielectric coefficient ε2, the second coefficient ε2 being different from the first coefficient ε1, or • wherein the information carrier comprises a material with a first conductivity and a material with a second conductivity, the second conductivity being different from the first conductivity, b. inducing an interaction between the information carrier and the touch screen, wherein the interaction is based on a difference in the dielectric coefficient or the conductivity of the pattern and generates a touch signal and c. wherein the interaction is induced by relative motion between the information carrier and the touch screen wherein the relative motion is a gesture and the detection device decodes the information. a. providing one or more information carrier(s) comprising a substrate formed from a first material with a dielectric or conductive pattern which encodes information formed by a second material and a detection device having a capacitive touch screen, • wherein said substrate has a first dielectric coefficient ε1 and said second material has a second dielectric coefficient ε2, the second coefficient ε2 being different from the first coefficient ε1, or • wherein the information carrier comprises a material with a first conductivity and a material with a second conductivity, the second conductivity being different from the first conductivity, • wherein said substrate has a first dielectric coefficient ε1 and said second material has a second dielectric coefficient ε2, the second coefficient ε2 being different from the first coefficient ε1, or • wherein the information carrier comprises a material with a first conductivity and a material with a second conductivity, the second conductivity being different from the first conductivity, b. inducing an interaction between the information carrier and the touch screen, wherein the interaction is based on a difference in the dielectric coefficient or the conductivity of the pattern and generates a touch signal and c. wherein the interaction is induced by relative motion between the information carrier and the touch screen wherein the relative motion is a gesture and the detection device decodes the information.
An automotive glazing having a thickness suitable for replacing a single ply toughened or tempered glazing in a vehicle, the glazing consisting of first and second plies of a glazing material having an interlayer laminated therebetween; characterised in that the glazing meets at least one of the following tests: a) test 9 of ANSI standard Z26.1 using a 196 to 201 g steel dart dropped from a height of 9.14 metres; b) test 12 of ANSI standard Z26.1 using a 224 to 230 g steel ball dropped from a height of 9.14 metres; and c) the ball-impact test of ECE Regulation number 43 for a 225 to 229 g steel ball dropped from a height of 5 metres; and wherein the glazing passes ECE Regulation 43 standard for penetration resistance of laminated windscreens using a 2.26 kg ball that is dropped from a height of 4.0 metres, or that passes the corresponding ANSI Z26.1 standard, where the drop height is 3.66 metres; and wherein the glazing material is glass, and the glass is one of annealed, semi-toughened or semi-tempered glass; each of the first and second plies are 1.6 mm or 1.8 mm thick; the thickness of the interlayer is between 0.3 mm and 0.65 mm; the glazing is from 3.5 mm to 4.3 mm thick; the interlayer is a PVB (polyvinyl butyral) interlayer; and the interlayer is a single-layer interlayer. a) test 9 of ANSI standard Z26.1 using a 196 to 201 g steel dart dropped from a height of 9.14 metres; b) test 12 of ANSI standard Z26.1 using a 224 to 230 g steel ball dropped from a height of 9.14 metres; and c) the ball-impact test of ECE Regulation number 43 for a 225 to 229 g steel ball dropped from a height of 5 metres; the glazing material is glass, and the glass is one of annealed, semi-toughened or semi-tempered glass; each of the first and second plies are 1.6 mm or 1.8 mm thick; the thickness of the interlayer is between 0.3 mm and 0.65 mm; the glazing is from 3.5 mm to 4.3 mm thick; the interlayer is a PVB (polyvinyl butyral) interlayer; and the interlayer is a single-layer interlayer.
A sealing system for a gas turbine engine, comprising: a first surface disposed at a first rotationally stationary component of the gas turbine engine, the first surface extending radially relative to a gas turbine engine central axis; a second surface disposed at a second rotationally stationary component of the gas turbine engine, the second surface extending radially relative to the gas turbine engine central axis, and being spaced a dimension away from the first surface defining an axial gap through which a fluid can flow; characterized by at least two recesses (34, 38), a first of the two recesses (34, 38) being formed in the first surface and a second of the two recesses (34, 38) being formed in the second surface, oriented such that the fluid flow through the axial gap crosses the at least two recesses (34, 38), the recesses (34, 38) being configured such that the axial gap is enlarged at the recesses (34, 38), the recesses (34, 38) being configured to dissipate mechanical energy of the fluid flow through the axial gap to thereby inhibit fluid flow through the axial gap; wherein the first of the at least two recesses (34, 38) is positioned asymmetrically across the axial gap from the second of the two recesses (34, 38) defining an expansion chamber across the gap; and wherein the fluid flow is contracted to the axial gap downstream from the second recess of the two recesses (34,38). a first surface disposed at a first rotationally stationary component of the gas turbine engine, the first surface extending radially relative to a gas turbine engine central axis; a second surface disposed at a second rotationally stationary component of the gas turbine engine, the second surface extending radially relative to the gas turbine engine central axis, and being spaced a dimension away from the first surface defining an axial gap through which a fluid can flow; characterized by at least two recesses (34, 38), a first of the two recesses (34, 38) being formed in the first surface and a second of the two recesses (34, 38) being formed in the second surface, oriented such that the fluid flow through the axial gap crosses the at least two recesses (34, 38), the recesses (34, 38) being configured such that the axial gap is enlarged at the recesses (34, 38), the recesses (34, 38) being configured to dissipate mechanical energy of the fluid flow through the axial gap to thereby inhibit fluid flow through the axial gap; wherein the first of the at least two recesses (34, 38) is positioned asymmetrically across the axial gap from the second of the two recesses (34, 38) defining an expansion chamber across the gap; and wherein the fluid flow is contracted to the axial gap downstream from the second recess of the two recesses (34,38).
A method of sending a self-signed certificate from a communication device, the self-signed certificate being signed by said communication device, the method comprising: receiving a communication in relation to establishing a session from a second communication device in proximity to said communication device; outputting on an output device of said communication device a certificate hash of the self-signed certificate or an address of where to obtain the certificate hash, wherein said output device (204, 256) comprises a display screen or a speaker of said communication device, and wherein said outputting of the certificate hash or address is performed on said display screen or said speaker; and sending the self-signed certificate to said second communication device. receiving a communication in relation to establishing a session from a second communication device in proximity to said communication device; outputting on an output device of said communication device a certificate hash of the self-signed certificate or an address of where to obtain the certificate hash, wherein said output device (204, 256) comprises a display screen or a speaker of said communication device, and wherein said outputting of the certificate hash or address is performed on said display screen or said speaker; and sending the self-signed certificate to said second communication device.
A lercanidipine and losartan compound preparation, characterized in that lercanidipine hydrochloride accounts for 0.5-40% and losartan potassium accounts for 6.25-50%, based on mass percentage of the compound preparation, and the mass ratio of lercanidipine hydrochloride to losartan potassium as active pharmaceutical ingredients in the compound preparation is 30:46.
A pharmaceutical composition comprising a nicotinic agonist and a nicotinic acetylcholine receptor (nAChR) desensitization inhibitor, and a pharmaceutically acceptable carrier, wherein the nicotinic agonist is nicotine or a pharmaceutically acceptable salt, or N-oxide thereof; and the nAChR desensitization inhibitor is opipramol or a pharmaceutically acceptable salt or ester thereof.
A method for providing content in a broadcast system, the method comprising the steps of: receiving, by a set-top box, a request for synchronization from a mobile terminal, the request including personal information management system (PIMS) information having a user's schedule included in user information; creating, by a set-top box, a first recommended content list comprising content that is scheduled at times that do not conflict with existing entries in the received user's schedule, and delivering the first recommended content list to the mobile terminal; receiving, by the set-top box, from the mobile terminal, a content list selected from a updated PIMS information, which is updated based on the first recommended content list; and sending, by the set-top box, a request for the content to a service provider, receiving the requested content from the service provider when a user of the mobile terminal accepts viewing content included in the received content list, and providing the received content to the mobile terminal. receiving, by a set-top box, a request for synchronization from a mobile terminal, the request including personal information management system (PIMS) information having a user's schedule included in user information; creating, by a set-top box, a first recommended content list comprising content that is scheduled at times that do not conflict with existing entries in the received user's schedule, and delivering the first recommended content list to the mobile terminal; receiving, by the set-top box, from the mobile terminal, a content list selected from a updated PIMS information, which is updated based on the first recommended content list; and sending, by the set-top box, a request for the content to a service provider, receiving the requested content from the service provider when a user of the mobile terminal accepts viewing content included in the received content list, and providing the received content to the mobile terminal.
Construction machine comprising a swivel body and a swivel control apparatus for swiveling the swivel body by a motor, the swivel body supporting an attachment including a boom, an arm, and an end attachment, the swivel control apparatus is characterized by comprising: a drive command determining part for determining either a speed of a swivel motion of the swivel body or an acceleration and deceleration of the swivel motion of the swivel body in response to a swivel radius being calculated from a boom angle (θB) being a tilt angle of the boom and an arm angle (θA) being a tilt angle of the arm, wherein a swivel drive command for the motor generated based on an operation amount of an operation lever relates to either a speed of the motor or an acceleration and deceleration of the motor and is changed such that as a swivel radius is made greater when the swivel drive command for the motor is generated based on an operation amount of the operation lever and the position of the end attachment, and the end attachment is positioned at a farther position from the swivel body, a signal of the swivel drive command becomes smaller. a drive command determining part for determining either a speed of a swivel motion of the swivel body or an acceleration and deceleration of the swivel motion of the swivel body in response to a swivel radius being calculated from a boom angle (θB) being a tilt angle of the boom and an arm angle (θA) being a tilt angle of the arm, a speed of a swivel motion of the swivel body or an acceleration and deceleration of the swivel motion of the swivel body in response to a swivel radius being calculated from a boom angle (θB) being a tilt angle of the boom and an arm angle (θA) being a tilt angle of the arm, wherein a swivel drive command for the motor generated based on an operation amount of an operation lever relates to either a speed of the motor or an acceleration and deceleration of the motor and is changed such that as a swivel radius is made greater when the swivel drive command for the motor is generated based on an operation amount of the operation lever and the position of the end attachment, and the end attachment is positioned at a farther position from the swivel body, a signal of the swivel drive command becomes smaller. a speed of the motor or an acceleration and deceleration of the motor and is changed such that as a swivel radius is made greater when the swivel drive command for the motor is generated based on an operation amount of the operation lever and the position of the end attachment, and the end attachment is positioned at a farther position from the swivel body, a signal of the swivel drive command becomes smaller.
A method comprising: - receiving airflow setpoint values from each of a plurality of variable air volume VAV units (106A, 106B,..., 106N) to determine a combined airflow set point for the plurality of VAV units of an air handling unit AHU; - determining an effective static pressure setpoint for the AHU based on a relation between the combined airflow setpoint value and a static pressure represented by a system effect curve; - operating the AHU at the effective static pressure setpoint; - characterized by monitoring a damper position of each VAV unit (106A, 106B,..., 106N) for determining a starving VAV unit from the plurality of VAV units and computing the effective static pressure setpoint of the AHU; - determining an offset for the starving VAV unit (106A, 106B,..., 106N); and - adjusting the offset to the effective static pressure setpoint of the AHU for the starving VAV unit. - receiving airflow setpoint values from each of a plurality of variable air volume VAV units (106A, 106B,..., 106N) to determine a combined airflow set point for the plurality of VAV units of an air handling unit AHU; - determining an effective static pressure setpoint for the AHU based on a relation between the combined airflow setpoint value and a static pressure represented by a system effect curve; - operating the AHU at the effective static pressure setpoint; - characterized by monitoring a damper position of each VAV unit (106A, 106B,..., 106N) for determining a starving VAV unit from the plurality of VAV units and computing the effective static pressure setpoint of the AHU; - determining an offset for the starving VAV unit (106A, 106B,..., 106N); and - adjusting the offset to the effective static pressure setpoint of the AHU for the starving VAV unit.
Device for holding a container in a container treatment device, preferably for holding a bottle at the bottle neck thereof, comprising a clasp carrier, a first clasp arm arranged on the clasp carrier so as to be pivotable about a first pivot axis, and a second clasp arm arranged on the clasp carrier so as to be pivotable about a second pivot axis, wherein the first clasp arm is longer than the second clasp arm, and wherein the first clasp arm and the second clasp arm are pivotally coupled to one another via a coupling arrangement, and the clasp arms (3, 4) are magnetically prestressed into a closed position, characterised in that the device is configured such that the clasp arms (3, 4) for receiving a container are only opened passively by inserting the container.
A composition that includes at least one member selected from the group consisting of an acetylaminopropane sulfonate and an acetylaminopropane sulfonate salt for use in the treatment of a subject having fragile X syndrome.
A syringe shield for housing a syringe containing a radioactive drug, the syringe comprising a barrel containing the radioactive drug, a plunger and a tip, the syringe shield comprising: a barrel housing comprising a radiation-shielding material, a first open end, and a second open end, wherein the tip of the syringe is adjacent to or extends out from the second open end when the syringe is housed in the syringe shield; a removable cover shielding radioactivity that is being emitted from the tip of the syringe and comprising a radiation shielding material, wherein the removable cover is removably connectable to the barrel housing so as to cover the second open end, as well as the tip of the syringe when the syringe is housed in the syringe shield, and so as to partially surround the barrel housing, wherein the removable cover is shaped to cover all surfaces of the barrel housing except the underside of the barrel housing and the first open end, and the removable cover is slidably mountable onto the barrel housing without having to lift the barrel housing, and without covering the first open end, and a plunger housing comprising a radiation shielding material and having a first end that is open and is removably connectable to the removable cover so as to enclose the barrel housing therebetween and, when the syringe is housed in the syringe shield, allow the plunger of the syringe to extend through the first open end of the barrel housing and into the plunger housing via the first end of the plunger housing. a barrel housing comprising a radiation-shielding material, a first open end, and a second open end, wherein the tip of the syringe is adjacent to or extends out from the second open end when the syringe is housed in the syringe shield; a removable cover shielding radioactivity that is being emitted from the tip of the syringe and comprising a radiation shielding material, wherein the removable cover is removably connectable to the barrel housing so as to cover the second open end, as well as the tip of the syringe when the syringe is housed in the syringe shield, and so as to partially surround the barrel housing, wherein the removable cover is shaped to cover all surfaces of the barrel housing except the underside of the barrel housing and the first open end, and the removable cover is slidably mountable onto the barrel housing without having to lift the barrel housing, and without covering the first open end, and a plunger housing comprising a radiation shielding material and having a first end that is open and is removably connectable to the removable cover so as to enclose the barrel housing therebetween and, when the syringe is housed in the syringe shield, allow the plunger of the syringe to extend through the first open end of the barrel housing and into the plunger housing via the first end of the plunger housing.
A compression device for artificial valve replacing device, comprising clamp unit blocks, wherein the number of the clamp unit blocks is at least two; the clamp unit blocks are connected with each other in sequence and enclose a compressing channel; the compression device further comprises guide structures for guiding all the clamp unit blocks to retract towards a center of the compressing channel; characterized in that the clamp unit block comprises a connecting portion and comb-shaped connecting arms comprising a plurality of parallel unit sheets fixed on both sides of the connecting portion, wherein the clamp unit blocks are glidingly connected with each other by adjacent comb-shaped connecting arms, which are interleaved and crossed in a staggered row.