mhurhangee/ep-ind-claims huggingface dataset:
Control method for a machine tool comprising a tool holder adapted to support a chiselling tool movably along an axis of motion and a magnetopneumatic striking mechanism having a primary drive arranged around the axis of motion and including in sequence in the direction of impact a first magnetic coil, an annular magnet and a second magnetic coil, having a striker and an anvil within the magnetic coils (46, 47) along the axis of motion in sequence in the direction of impact and having an air spring acting on the striker in the direction of impact, the primary drive accelerating the striker in the direction of impact during the acceleration phase, characterised in that the annular magnet is permanently and radially magnetised and characterised by the steps that a pressure sensor measures the current pressure in the air spring during a movement of the striker in the opposite direction to the direction of impact and a controller starts an acceleration phase when the pressure in the air spring begins to drop.
An isoquinoline or 1 H -2-Benzopyran, selected from the group consisting of TMC-120A, TMC-120B, TMC-120C, penicisochroman G, ustusorane B, compound 6 (7-methylfuro[3,2- h]isoquinoline-3(2 H)-one) and compound 7 (2-(7-methyl-2,3-dihydrofuro[3,2- h]isoquinoline-2-yl)-propan-2-ol) for use in the treatment or prevention of epilepsy.
A method of wireless communication at a first wireless communication device, comprising: identifying (705, 802) a beam failure, BF, event at the first wireless communication device that impacts at least one beam pair link, BPL, wherein identifying the BF event comprises detecting and predicting a BF caused by an event initiated by the first wireless communication device, the event causing a configuration change of one or more impacted antenna panels of the first wireless communication device; and communicating (706, 804) a request to a second wireless communication device to stop communicating on the at least one BPL, the at least one BPL associated with the one or more impacted antenna panels. identifying (705, 802) a beam failure, BF, event at the first wireless communication device that impacts at least one beam pair link, BPL, wherein identifying the BF event comprises detecting and predicting a BF caused by an event initiated by the first wireless communication device, the event causing a configuration change of one or more impacted antenna panels of the first wireless communication device; and communicating (706, 804) a request to a second wireless communication device to stop communicating on the at least one BPL, the at least one BPL associated with the one or more impacted antenna panels.
A composition comprising: i. a continuous matrix phase including an oligomer or polymer which includes alkoxide groups; ii. a dispersed filler phase including conductive filler dispersed in the matrix phase, wherein the filler includes aluminum hydroxide; wherein the filler has a broad particle size distribution characterized by a ratio of D 90 / D 50 of about 3 or more; and wherein the filler is covered and/or reacted with a surface modifier. i. a continuous matrix phase including an oligomer or polymer which includes alkoxide groups; ii. a dispersed filler phase including conductive filler dispersed in the matrix phase, wherein the filler includes aluminum hydroxide; wherein the filler has a broad particle size distribution characterized by a ratio of D 90 / D 50 of about 3 or more; and wherein the filler is covered and/or reacted with a surface modifier.
A method for the production of a 3D printed object, wherein the method comprises: (i) a 3D printing stage, the 3D printing stage comprising 3D printing a 3D printable material to provide the 3D printed object, wherein the 3D printing stage further comprises forming during 3D printing a tunnel in the 3D printed object under construction, and (ii) after the 3D printed object has been completely printed, a filling stage comprising filling the tunnel with a flowable material, wherein the flowable material comprises a functional material, wherein the functional material: - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and wherein the filling stage comprises immobilizing said functional material. (i) a 3D printing stage, the 3D printing stage comprising 3D printing a 3D printable material to provide the 3D printed object, wherein the 3D printing stage further comprises forming during 3D printing a tunnel in the 3D printed object under construction, and (ii) after the 3D printed object has been completely printed, a filling stage comprising filling the tunnel with a flowable material, wherein the flowable material comprises a functional material, wherein the functional material: - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and wherein the filling stage comprises immobilizing said functional material. wherein the flowable material comprises a functional material, wherein the functional material: - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and wherein the filling stage comprises immobilizing said functional material.
A bed frame joint comprising - a first joint part (110; 110'; 110"), - a second joint part (120; 120'; 120"), - a pin (130; 130') extending through the first and second joint parts, and - a leg wherein the first and second joint parts (110, 120; 110', 120'; 110", 120") are provided with a plurality of discs (114, 124; 114', 124'; 114", 124") overlaying each other, wherein each of the discs (114, 124; 114', 124'; 114", 124") is provided with a hole (115, 125; 115', 125') with progressively smaller diameter, and wherein the pin (130; 130'; 130") is tapered, characterized by the leg attached to the pin (130; 130'; 130") of each joint, wherein the pin (130; 130') is provided with a circular base (132; 132'), from which a tapering stem portion (134; 134') extends, and wherein the circular base (132; 132') is provided with a centrally located threaded hole adapted to receive a screw of the leg. - a first joint part (110; 110'; 110"), - a second joint part (120; 120'; 120"), - a pin (130; 130') extending through the first and second joint parts, and - a leg
A brush, comprising: a handle configured for user manipulation; and a head having a plurality of housing regions (120, 130) including a first housing region having a first agent and a second housing region having a second agent, the second housing region being a region of cleaning elements having the second agent on the cleaning elements and the first housing region being a sealed structure surrounded by the region of cleaning elements, the first and second agents being different, wherein the head is configured to prevent intermixing of the first and second agents in a storage mode, and during use of the brush, the head enables intermixing of the first and second agents so as to produce and apply a third agent to a surface. a handle configured for user manipulation; and a head having a plurality of housing regions (120, 130) including a first housing region having a first agent and a second housing region having a second agent, the second housing region being a region of cleaning elements having the second agent on the cleaning elements and the first housing region being a sealed structure surrounded by the region of cleaning elements, the first and second agents being different, wherein the head is configured to prevent intermixing of the first and second agents in a storage mode, and during use of the brush, the head enables intermixing of the first and second agents so as to produce and apply a third agent to a surface.
Use of (i) taurolidine and/or taurultam and (ii) interleukin-2 in the manufacture of a combined preparation for simultaneously, separately or sequentially treating breast cancer or pancreatic cancer.
A control device for a vehicle including a variable compression ratio mechanism arranged to vary a compression ratio of an internal combustion engine, and a torque converter which includes a lock-up mechanism, and which is disposed between the internal combustion engine and a transmission, the control device being characterized in that: when the control device switches the engine compression ratio from a high compression ratio to a low compression ratio, and switches the lock-up mechanism from a lock-up OFF state to a lock-up ON state, the control device is configured to start to switch the lock-up mechanism to the lock-up ON state when a current engine compression ratio is equal to or smaller than a permissible compression ratio which is between the high compression ratio and the low compression ratio.
A method of preparing a tire comprising the steps of: (i) providing a cured tire, the cured tire including a first bead, a second bead, a carcass layer extending from the first bead to the second bead, and an innerliner layer disposed interior to the carcass layer; (ii) directly or indirectly applying an air barrier composition to at least a portion of the innerliner layer to thereby form an air barrier layer; and (iii) directly or indirectly applying a dampening member to the air barrier layer, wherein the dampening member is a foam, characterised in that the air barrier composition includes a phase-separated blend of an elastomeric component and a thermoplastic component. (i) providing a cured tire, the cured tire including a first bead, a second bead, a carcass layer extending from the first bead to the second bead, and an innerliner layer disposed interior to the carcass layer; (ii) directly or indirectly applying an air barrier composition to at least a portion of the innerliner layer to thereby form an air barrier layer; and (iii) directly or indirectly applying a dampening member to the air barrier layer, wherein the dampening member is a foam,
A cleaner head for a vacuum cleaning appliance, comprising: a main body; a front agitator and a rear agitator, each agitator being rotatable relative to the main body; means for rotating the front agitator and the rear agitator; and a surface agitating edge located between the front agitator and the rear agitator characterized in that the means for rotating the front agitator and the rear agitator is arranged to rotate the front agitator and the rear agitator in the same direction. a main body; a front agitator and a rear agitator, each agitator being rotatable relative to the main body; means for rotating the front agitator and the rear agitator; and a surface agitating edge located between the front agitator and the rear agitator characterized in that the means for rotating the front agitator and the rear agitator is arranged to rotate the front agitator and the rear agitator in the same direction.
A saponified ethylene-vinyl ester copolymer composition pellet comprising: a saponified ethylene-vinyl ester copolymer; and an inorganic compound; wherein the saponified ethylene-vinyl ester copolymer composition pellet has a water content of lower than 5 weight %, characterized in that the saponified ethylene-vinyl ester copolymer composition pellet has a crystallinity of not lower than 36 %. a saponified ethylene-vinyl ester copolymer; and an inorganic compound;
A method for providing an operating device in a vehicle, in which - graphic data are generated by a control device, which graphic data control a display surface, such that a list containing buttons (14-1 to 14-6) is displayed, and - an actuation of one of the buttons (14-1 to 14-6) is detected, - whereupon graphic data are generated by the control device, which graphic data control the display surface, such that an adjusting button assigned to the actuated button appears and is displayed for adjusting a value of a parameter, which is assigned to the button, characterized in that in the case of at least one button a display element is displayed, which is a miniature representation of the adjusting button, which is assigned to the button, and that the display element disappears with the miniature representation and instead the current value of the parameter is displayed, if the actuation of the button was detected. - graphic data are generated by a control device, which graphic data control a display surface, such that a list containing buttons (14-1 to 14-6) is displayed, and - an actuation of one of the buttons (14-1 to 14-6) is detected, - whereupon graphic data are generated by the control device, which graphic data control the display surface, such that an adjusting button assigned to the actuated button appears and is displayed for adjusting a value of a parameter, which is assigned to the button,
An implantable medical device having a connector arrangement for establishing a two-pole electric contact between components of the implantable medical device, the connector arrangement comprising a first connector portion comprising a first contact element and a pin receptacle; and a second connector portion comprising a second contact element and a contact pin; and a printed circuit board wherein, the connector arrangement is configured to assume a connected state, in which the first contact element is in contact with the second contact element; and the contact pin is received in the pin receptacle; wherein at least a part of the first connector portion or at least a part of the second connector portion is mounted on the printed circuit board. a first connector portion comprising a first contact element and a pin receptacle; and a second connector portion comprising a second contact element and a contact pin; and a printed circuit board the first contact element is in contact with the second contact element; and the contact pin is received in the pin receptacle;
Laboratory bench for work to be carried out in accordance with prescribed information, such as drawings, comprising a clearance, which penetrates the bench worktop, is positioned in the field of view of the working person and allows an information carrier, which in the retracted position of rest is positioned underneath the worktop, to pass through into an information viewing position situated above the worktop, comprising a lifting unit, which is arranged underneath the worktop and has a pushing part, which is vertically displaceable in the lifting unit for controlled lifting and lowering, and comprising a pneumatic lifting drive of the pushing part, characterized in that the lifting drive is designed for lowering by controlled opening of a shut-off valve of the lifting chamber of the lifting drive and the information carrier is arranged in front of the pushing part in the viewing direction of the working person.
Method for synchronization in a satellite communications system, comprising at least one satellite, wherein communication transmissions to the at least one satellite occur via a respective communications link with the satellite, the method comprising: - determining a system timing reference based on a global positioning system, GPS, timing reference and determining a system frequency reference; - periodically determining a timing delay factor and a frequency Doppler factor of the at least one satellite to which the transmissions occur based on respective satellite ephemeris data reflecting velocity and direction vector motion of the satellite; - dynamically adjusting the system timing reference based on the timing delay factor, and dynamically adjusting the system frequency reference based on the frequency Doppler factor, for the at least one satellite to which the communication transmissions occur; and - synchronizing timing and frequency of the transmissions to the at least one satellite based on the respective adjusted system timing reference and the respective adjusted system frequency reference; characterised in that the periodic determination and dynamic adjustment of the system timing reference and the system frequency reference are performed on a frame-by-frame basis or a slot-by-slot basis. - determining a system timing reference based on a global positioning system, GPS, timing reference and determining a system frequency reference; - periodically determining a timing delay factor and a frequency Doppler factor of the at least one satellite to which the transmissions occur based on respective satellite ephemeris data reflecting velocity and direction vector motion of the satellite; - dynamically adjusting the system timing reference based on the timing delay factor, and dynamically adjusting the system frequency reference based on the frequency Doppler factor, for the at least one satellite to which the communication transmissions occur; and - synchronizing timing and frequency of the transmissions to the at least one satellite based on the respective adjusted system timing reference and the respective adjusted system frequency reference; characterised in that the periodic determination and dynamic adjustment of the system timing reference and the system frequency reference are performed on a frame-by-frame basis or a slot-by-slot basis.
A gas turbine for an aircraft, the turbine extending about an axis and comprising a first rotor comprising first impellers and a second rotor comprising second impellers, the first and second rotors being rotatably mounted about said axis, the first rotor and the second rotor being configured to rotate in opposite directions, with at least some of the second impellers being axially interposed between at least some of the first impellers, characterised in that: - the turbine further comprises a ring to which an abradable material is secured, the ring extending around one of the first impellers with which the abradable material is to cooperate, and - axially between an upstream end and a downstream end of the ring, the ring is held with the second rotor. - the turbine further comprises a ring to which an abradable material is secured, the ring extending around one of the first impellers with which the abradable material is to cooperate, and - axially between an upstream end and a downstream end of the ring, the ring is held with the second rotor.
An olefin-based copolymer having: (i) an elution temperature 1 and an elution temperature 2, which are elution temperatures of the olefin-based copolymer in the temperature range from -20°C to 130°C when measured by temperature rising elution fractionation (TREF); and (ii) a branch gradient number in the range from -1.0 to -0.001 when measured by chromatography Fourier transform infrared spectroscopy (GPC FT-IR), the BGN being calculated using the following equation: BGN = Branch amount of high molecular weight − Branch amount of low molecular weight / Branch amount of low molecular weight wherein "branch amount of high molecular weight" means the amount of branches having at least two carbon atoms per 1,000 carbon atoms in the top 10% of the total molecular weight distribution, and "branch amount of low molecular weight" means the amount of branches having at least two carbon atoms per 1,000 carbon atoms in the bottom 10% of the total molecular weight distribution, the olefin-based copolymer being obtained by polymerizing at least two olefin-based monomers using a catalyst composition comprising a transition metal compound represented by the following Formula 1: (i) an elution temperature 1 and an elution temperature 2, which are elution temperatures of the olefin-based copolymer in the temperature range from -20°C to 130°C when measured by temperature rising elution fractionation (TREF); and (ii) a branch gradient number in the range from -1.0 to -0.001 when measured by chromatography Fourier transform infrared spectroscopy (GPC FT-IR), the BGN being calculated using the following equation: BGN = Branch amount of high molecular weight − Branch amount of low molecular weight / Branch amount of low molecular weight
A network device for authenticating messages, comprising: a digital code generator configured to generate a digital code and include the digital code in messages of a communication session sent between a first device protected by a firewall and a second device outside the protection of the firewall _; characterized in that the network device comprises a security sub-system configured to filter a received message based on whether the digital code is in the message and is authenticated, the received message being directly received from a third party electronic device and the digital code being provided to the third party electronic device by the second device outside the protection of the firewall. a digital code generator configured to generate a digital code and include the digital code in messages of a communication session sent between a first device protected by a firewall and a second device outside the protection of the firewall _; characterized in that the network device comprises a security sub-system configured to filter a received message based on whether the digital code is in the message and is authenticated, the received message being directly received from a third party electronic device and the digital code being provided to the third party electronic device by the second device outside the protection of the firewall.