mhurhangee/ep-ind-claims huggingface dataset:
A pressure application roller unit for the laying down of fibre strips on a surface, with a pressure application roller mounted in a mounting unit such that it can rotate about a shaft, wherein the pressure application roller is subdivided into a multiplicity of roller segments (4, 6) arranged next to one another, which in each case are mounted in the mounting unit such that they can be displaced, characterized in that the roller segments (4, 6) are individually spring-mounted in the displacement direction, in each case via an initial pressure application unit (20, 21), wherein the roller segments (4, 6) are exposed indirectly to a desired spring force by the initial pressure application units (20, 21) rolling on the roller segments (4, 6) in each case, wherein the initial application units (20, 21) in each case have a wheel (14, 16) that is pre-loaded by a spring, which wheel rolls on a peripheral surface (26, 28) of the roller segments (4, 6), wherein for each wheel (14, 16) of each initial pressure application unit (20, 21) respectively one compression spring (22, 24) is provided, and wherein the roller segments (4, 6) are provided in each case with an elastic sleeve, at least in some sections.
Method for the dry pickling of the surface of a workpiece (100, 301) consisting of a fibre-reinforced composite material comprising the steps consisting in: a. exciting the surface of the workpiece with a thermoelastic energy pulse by means of a single laser shot so as to simultaneously produce a disruption (112, 212) that is capable of detaching the particles adhering to said surface and an acoustic wave (113, 213) that is capable of propagating through the workpiece, the energy of the laser pulse is 6 joules for a pulse duration of 100 ns; b. measuring the acoustic response of the workpiece upon the excitation produced in step a) so as to detect discontinuities that are capable of affecting the propagation of the wave (113, 213) through the thickness of the workpiece (100, 301). a. exciting the surface of the workpiece with a thermoelastic energy pulse by means of a single laser shot so as to simultaneously produce a disruption (112, 212) that is capable of detaching the particles adhering to said surface and an acoustic wave (113, 213) that is capable of propagating through the workpiece, the energy of the laser pulse is 6 joules for a pulse duration of 100 ns; b. measuring the acoustic response of the workpiece upon the excitation produced in step a) so as to detect discontinuities that are capable of affecting the propagation of the wave (113, 213) through the thickness of the workpiece (100, 301).
Cooking hob having at least one cooking zone and at least one frontal user interface, which comprises at least one control and/or display element (15, 16) for at least one hotplate, which user interface is embodied as an arched sheet metal profile (5, 5', 5") having a first limb and a second limb, which second limb is arranged on the front end face of the cooking zone, characterised in that - the first limb is arranged on the topside of the cooking zone and - a control panel having at least one control element and/or at least one display element (15, 16) is arranged at least in sections between the first limb of the sheet metal profile (5, 5', 5") and the topside of the cooking zone. - the first limb is arranged on the topside of the cooking zone and - a control panel having at least one control element and/or at least one display element (15, 16) is arranged at least in sections between the first limb of the sheet metal profile (5, 5', 5") and the topside of the cooking zone.
A train protection system including a control device configured to control movement of a vehicle moving on a track with a wheel rolling, the train protection system comprising: a first device configured to detect rotation of at least one of the wheel and an axle of the wheel to generate speed information and to input the speed information as a first detected value to the control device; and a second device (2, 3) configured to input, to the control device, a second detected value (P2, P3) obtained by detecting a speed or an acceleration of the vehicle, wherein when the control device detects that the wheel slips or idles, the control device corrects, based on the second detected value (P2, P3), a speed detected value obtained from the first device and controls the movement of the vehicle based on the corrected speed information while the wheel slips or idles, characterized in that, when the control device detects that the wheel slips or idles, the control device corrects the speed information by adding an acceleration or deceleration of a speed obtained by the second device (2, 3) to a speed obtained based on the first detected value. a first device configured to detect rotation of at least one of the wheel and an axle of the wheel to generate speed information and to input the speed information as a first detected value to the control device; and a second device (2, 3) configured to input, to the control device, a second detected value (P2, P3) obtained by detecting a speed or an acceleration of the vehicle, wherein when the control device detects that the wheel slips or idles, the control device corrects, based on the second detected value (P2, P3), a speed detected value obtained from the first device and controls the movement of the vehicle based on the corrected speed information while the wheel slips or idles, characterized in that, when the control device detects that the wheel slips or idles, the control device corrects the speed information by adding an acceleration or deceleration of a speed obtained by the second device (2, 3) to a speed obtained based on the first detected value.
A labelling machine for labels printed on a continuous film, comprising a rotating carousel provided with means for supporting individual containers to be labelled, which are adapted to turn said containers about their own axis, and further comprising a reel of film pretreated with adhesive and devices for the alignment and adjustment of the tension of the film that unwinds from the reel, characterized in that the labelling machine further comprises a rotating drum adapted to receive and retain the film that exits from a feeder so that the film adheres to the surface of said drum, thus making said film available to the cutting action of a laser head that is adapted to cut the film at the separation line between two consecutive labels (26, 27, 28), and said drum being arranged relative to said container supporting means of said carousel to move the individual labels (26, 27, 28), separated after cutting, into contact with corresponding containers supported by the carousel and to apply the individual labels to the corresponding containers.
A system that facilitates secure scanning of a computer, comprising: a processor coupled to a memory, the processor configured to execute the following computer executable components stored in the memory: a data acquisition component configured to receive state data of a target computer; a virtualization component configured to generate a virtual replica of the target computer from the state data on a second computer isolated from the target computer; and an interface component configured to intercept a request by a computer scanner for the state data from the target computer, to retrieve the state data that satisfies the request from the virtual replica of the target computer and to provide the retrieved state data to the computer scanner in response to the request. a data acquisition component configured to receive state data of a target computer; a virtualization component configured to generate a virtual replica of the target computer from the state data on a second computer isolated from the target computer; and an interface component configured to intercept a request by a computer scanner for the state data from the target computer, to retrieve the state data that satisfies the request from the virtual replica of the target computer and to provide the retrieved state data to the computer scanner in response to the request.
A turbocharger system comprising: a turbine wheel configured to rotate about an axis of rotation; and a turbine housing that houses the turbine wheel, the turbine housing defining at least one scroll (200, 202) with a volute flow passage (201, 203), the volute flow passage having an inlet and an end that are spaced apart along a flow axis in a circumferential direction about the axis of rotation; the volute flow passage defining a plurality of cross sections arranged in series along the flow axis from the inlet to the end, the plurality of cross sections taken normal to the flow axis, the plurality of cross sections having an area, a centroid spaced at a radial distance from the axis of rotation, and a sidewall angle; the volute flow passage having an A/R-distribution from the inlet to the end that is substantially linear; and the volute flow passage having an A-distribution from the inlet to the end that is at least partly nonlinear; characterized in: the volute flow passage having a sidewall angle distribution from the inlet to the end that is at least partly nonlinear. a turbine wheel configured to rotate about an axis of rotation; and a turbine housing that houses the turbine wheel, the turbine housing defining at least one scroll (200, 202) with a volute flow passage (201, 203), the volute flow passage having an inlet and an end that are spaced apart along a flow axis in a circumferential direction about the axis of rotation; the volute flow passage defining a plurality of cross sections arranged in series along the flow axis from the inlet to the end, the plurality of cross sections taken normal to the flow axis, the plurality of cross sections having an area, a centroid spaced at a radial distance from the axis of rotation, and a sidewall angle; the volute flow passage having an A/R-distribution from the inlet to the end that is substantially linear; and the volute flow passage having an A-distribution from the inlet to the end that is at least partly nonlinear; characterized in: the volute flow passage having a sidewall angle distribution from the inlet to the end that is at least partly nonlinear.
A method for transmitting Wireless Local Area Network, WLAN, sharing data in a Wi-Fi Peer-to-Peer, P2P, group, the method comprising: forming, by a mobile station that is a Wi-Fi P2P group owner, the Wi-Fi P2P group; establishing, at the Wi-Fi P2P group owner, a connection to a WLAN access point; identifying whether data, to be communicated with a mobile station that is a Wi-Fi P2P client, is WLAN network sharing data (305; 307) or intra-P2P data, which is communicated within the Wi-Fi P2P group, the WLAN network sharing data being outgoing to and incoming from outside of the Wi-Fi P2P group via the WLAN access point and the Wi-Fi P2P group owner; assigning, when the data is the WLAN network sharing data, a high priority to the WLAN network sharing data; performing a channel access contention with the high priority (311; 313); and transmitting the WLAN network sharing data through a radio channel which is acquired by the channel access contention. forming, by a mobile station that is a Wi-Fi P2P group owner, the Wi-Fi P2P group; establishing, at the Wi-Fi P2P group owner, a connection to a WLAN access point; identifying whether data, to be communicated with a mobile station that is a Wi-Fi P2P client, is WLAN network sharing data (305; 307) or intra-P2P data, which is communicated within the Wi-Fi P2P group, the WLAN network sharing data being outgoing to and incoming from outside of the Wi-Fi P2P group via the WLAN access point and the Wi-Fi P2P group owner; assigning, when the data is the WLAN network sharing data, a high priority to the WLAN network sharing data; performing a channel access contention with the high priority (311; 313); and transmitting the WLAN network sharing data through a radio channel which is acquired by the channel access contention.
A method of forming an anode of a solid oxide fuel cell, comprising the steps of: a) combining an yttria-stabilized-zirconia powder with a NiO/YSZ or NiO powder, wherein particles of the YSZ powder are elongate-shaped YSZ particles having a median particle size, d 50, in a range of between about 15 μm and about 60 μm and particles of the NiO/YSZ or NiO powder are particles having a median particle size, d 50, in a range of between about 0.5 μm and about 8 μm; and b) sintering the YSZ powder with the NiO/YSZ or NiO powder combination to form the anode component, wherein upon sintering the combined powders, the elongate-shaped YSZ particles form a microstructural cage of open porosity, wherein the NiO/YSZ or NiO particles are distributed through the open porosity of the cage, characterized in that the particles of the YSZ powder are fused, elongate-shaped YSZ particles having a median particle aspect ratio AR 50 in a range between 1.2 and 3.0. a) combining an yttria-stabilized-zirconia powder with a NiO/YSZ or NiO powder, wherein particles of the YSZ powder are elongate-shaped YSZ particles having a median particle size, d 50, in a range of between about 15 μm and about 60 μm and particles of the NiO/YSZ or NiO powder are particles having a median particle size, d 50, in a range of between about 0.5 μm and about 8 μm; and b) sintering the YSZ powder with the NiO/YSZ or NiO powder combination to form the anode component, wherein upon sintering the combined powders, the elongate-shaped YSZ particles form a microstructural cage of open porosity, wherein the NiO/YSZ or NiO particles are distributed through the open porosity of the cage,
An access device for placing a medical article within a body space, the access device comprising: a needle comprising a fenestration near a distal end of the needle; and a dilator disposed about the needle, a distal end of the dilator positioned distal to the fenestration, characterized in that the access device further comprises: an inner member coaxially disposed between the needle and the dilator, a distal end of the inner member positioned distal to the fenestration and proximal to the distal end of the dilator; wherein a space between an outer diameter of the needle and an inner diameter of the inner member defines a blood flash channel in fluid communication with the fenestration to allow blood to flow from an interior of the needle through the fenestration to the blood flash channel when the needle punctures a blood vessel. a needle comprising a fenestration near a distal end of the needle; and a dilator disposed about the needle, a distal end of the dilator positioned distal to the fenestration, an inner member coaxially disposed between the needle and the dilator, a distal end of the inner member positioned distal to the fenestration and proximal to the distal end of the dilator; wherein a space between an outer diameter of the needle and an inner diameter of the inner member defines a blood flash channel in fluid communication with the fenestration to allow blood to flow from an interior of the needle through the fenestration to the blood flash channel when the needle punctures a blood vessel.
A system for treatment of a patient, comprising: a. a suction chamber with a vacuum conduit for delivering negative pressure to a wound, a rigid sidewall and a longitudinal axis, wherein the suction chamber is configured to generate a vacuum in communication with the vacuum conduit; b. a piston assembly comprising a slidable seal with a perimeter edge configured to slidably seal against the rigid sidewalls of the suction chamber along the longitudinal axis; and c. a first one-way valve configured to permit exit of fluid out of the suction chamber and to resist entry of fluid into the suction chamber, wherein the one- way valve is not located along the vacuum conduit, characterised by the system further comprising a valve flap located over an opening of the first one-way valve, wherein the valve flap is configured to permit the passage of air, but resists the passage of liquids or solids, wherein the valve flap is disposed over a stand-off over the first one-way valve, wherein the stand-off comprises one or more gaps in communication with an opening of the first one-way valve. a. a suction chamber with a vacuum conduit for delivering negative pressure to a wound, a rigid sidewall and a longitudinal axis, wherein the suction chamber is configured to generate a vacuum in communication with the vacuum conduit; b. a piston assembly comprising a slidable seal with a perimeter edge configured to slidably seal against the rigid sidewalls of the suction chamber along the longitudinal axis; and c. a first one-way valve configured to permit exit of fluid out of the suction chamber and to resist entry of fluid into the suction chamber, wherein the one- way valve is not located along the vacuum conduit, characterised by the system further comprising a valve flap located over an opening of the first one-way valve,
Apparatus for forming a chamfer on an edge of a metal sheet or of a pipe, said apparatus comprising a chamfering device which has a tool that is operated by means of a drive and processes the metal sheet or the pipe, and a guide device (4, 5, 6) which supports the metal sheet or the pipe, wherein the chamfering device is mounted in a resilient manner in the apparatus and in a height-adjustable manner in a supporting device of the apparatus, characterized in that the chamfering device is mounted in a resilient manner in the supporting device.
A clothes treatment apparatus, comprising: a drum rotatably provided within a cabinet to accommodate washing and drying objects; and a heat pump module provided with an evaporator, a compressor, a condenser, and an expansion valve, through which refrigerant is circulated, to provide a heat source to air discharged from the drum and circulated to the drum, characterized in that the heat pump module comprises: an internal heat exchanger including an internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961) disposed within the evaporator, and at a downstream side of the evaporator with respect to a movement direction of the air, and a connection pipe connecting a refrigerant outlet of the condenser to the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961) to introduce refrigerant discharged from the condenser into the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961), wherein heat of refrigerant discharged from the condenser is released to refrigerant of the evaporator at the downstream side of the evaporator through the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961). a drum rotatably provided within a cabinet to accommodate washing and drying objects; and a heat pump module provided with an evaporator, a compressor, a condenser, and an expansion valve, through which refrigerant is circulated, to provide a heat source to air discharged from the drum and circulated to the drum, characterized in that the heat pump module comprises: an internal heat exchanger including an internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961) disposed within the evaporator, and at a downstream side of the evaporator with respect to a movement direction of the air, and a connection pipe connecting a refrigerant outlet of the condenser to the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961) to introduce refrigerant discharged from the condenser into the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961), wherein heat of refrigerant discharged from the condenser is released to refrigerant of the evaporator at the downstream side of the evaporator through the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961). an internal heat exchanger including an internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961) disposed within the evaporator, and at a downstream side of the evaporator with respect to a movement direction of the air, and a connection pipe connecting a refrigerant outlet of the condenser to the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961) to introduce refrigerant discharged from the condenser into the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961), wherein heat of refrigerant discharged from the condenser is released to refrigerant of the evaporator at the downstream side of the evaporator through the internal heat exchange pipe (261, 361, 461, 561, 661, 761, 861, 961).
A composition comprising: a) a crosslinked hydrophilic polymer containing secondary or tertiary amino functional groups, and b) a swelling agent, wherein the crosslinked hydrophilic polymer a) is obtainable by reacting a hydrophilic polymer containing amino functional groups with a crosslinking agent which contains at least two epoxide functional groups. a) a crosslinked hydrophilic polymer containing secondary or tertiary amino functional groups, and b) a swelling agent,
An apparatus for medical sterilization using plasma, comprising: a sterilization reactor to perform sterilization treatment on an object to be treated; a vacuum forming unit which comprises a vacuum pump connected to the sterilization reactor and vacuumizes the inside of the sterilization reactor; a hydrogen peroxide supply unit which provides gaseous hydrogen peroxide supplied into the sterilization reactor; and a microwave plasma generation unit to generate plasma using microwaves, wherein the microwave plasma generation unit comprises an electromagnetic wave generation source to generate microwaves, a plasma generation portion which connects the hydrogen peroxide supply unit to the sterilization reactor such that hydrogen peroxide is supplied to the sterilization reactor and in which plasma is generated by microwaves, a microwave guide which transfers the microwaves generated by the electromagnetic wave generation source to the plasma generation portion characterized in that the plasma generation portion having a tube shape, and the plasma generation portion is formed in double tubes such that a cooling fluid flows between the two tubes. a sterilization reactor to perform sterilization treatment on an object to be treated; a vacuum forming unit which comprises a vacuum pump connected to the sterilization reactor and vacuumizes the inside of the sterilization reactor; a hydrogen peroxide supply unit which provides gaseous hydrogen peroxide supplied into the sterilization reactor; and a microwave plasma generation unit to generate plasma using microwaves, wherein the microwave plasma generation unit comprises an electromagnetic wave generation source to generate microwaves, a plasma generation portion which connects the hydrogen peroxide supply unit to the sterilization reactor such that hydrogen peroxide is supplied to the sterilization reactor and in which plasma is generated by microwaves, a microwave guide which transfers the microwaves generated by the electromagnetic wave generation source to the plasma generation portion characterized in that the plasma generation portion having a tube shape, and the plasma generation portion is formed in double tubes such that a cooling fluid flows between the two tubes.