mhurhangee/ep-ind-claims huggingface dataset:
Tool for producing a thread, in particular an internal thread, comprising a) at least one cutting region having at least one cutting edge (11, 13), a1) wherein the at least one cutting region is formed and/or provided for producing a workpiece surface for the thread and/or for the cutting production of a pre-thread in the or a workpiece surface, b) at least one thread-forming region, b1) wherein the at least one thread-forming region is formed and/or provided for the chipless production of the thread or for the chipless rework or finish processing of the pre-thread by the respective thread or pre-thread being pressed into or formed in the workpiece surface, c) in which the cutting region(s) and the thread-forming region(s) are coupled or connected to one another in such a way that they are rotatable or rotate together about a tool axis, d) in which at least one cutting region is at least partly formed on a front-face tool end and/or adjacent to a front-face tool end, characterized in that e) a front-face recess which is intended for receiving chips is formed on the front-face tool end. f) in that the cross-sectional area of the front-face recess decreases with increasing distance from the front-face tool end, and g) in that the tool is designed as a tool having grooves and/or passages and/or apertures for directing the removed chips, the grooves and/or passages and/or apertures running and/or opening out in the cutting region and/or in the thread-forming region. a) at least one cutting region having at least one cutting edge (11, 13), a1) wherein the at least one cutting region is formed and/or provided for producing a workpiece surface for the thread and/or for the cutting production of a pre-thread in the or a workpiece surface, b) at least one thread-forming region, b1) wherein the at least one thread-forming region is formed and/or provided for the chipless production of the thread or for the chipless rework or finish processing of the pre-thread by the respective thread or pre-thread being pressed into or formed in the workpiece surface, c) in which the cutting region(s) and the thread-forming region(s) are coupled or connected to one another in such a way that they are rotatable or rotate together about a tool axis, d) in which at least one cutting region is at least partly formed on a front-face tool end and/or adjacent to a front-face tool end, characterized in that e) a front-face recess which is intended for receiving chips is formed on the front-face tool end. f) in that the cross-sectional area of the front-face recess decreases with increasing distance from the front-face tool end, and g) in that the tool is designed as a tool having grooves and/or passages and/or apertures for directing the removed chips, the grooves and/or passages and/or apertures running and/or opening out in the cutting region and/or in the thread-forming region.
A radio frequency identification, RFID, tag comprising: a dielectric substrate comprising a first side and a second side; a ground plane coupled to a first side of the dielectric substrate, wherein the ground plane comprises a metal exclusion region; an antenna coupled to the second side of the dielectric substrate, the antenna comprising: a first dipole arm including a first meandering feed line; a second dipole arm including a second meandering feed line; a meandering T-matching structure coupled to both the first dipole arm and the second dipole arm, wherein the first meandering feed line and the second meandering feed line are coupled to the meandering T-matching structure; a first radiating part coupled to the first meandering feed line; and a second radiating part coupled to the second meandering feed line, wherein a gap physically separates the first meandering feed line and the second meandering feed line, wherein the antenna is coupled to the metal exclusion region through a first via and a second via in the dielectric substrate; and an integrated circuit coupled to the first side of the dielectric substrate; wherein the antenna comprises a first frequency tuning stub and a second frequency tuning stub. a ground plane coupled to a first side of the dielectric substrate, wherein the ground plane comprises a metal exclusion region; an antenna coupled to the second side of the dielectric substrate, the antenna comprising: a first dipole arm including a first meandering feed line; a second dipole arm including a second meandering feed line; a meandering T-matching structure coupled to both the first dipole arm and the second dipole arm, wherein the first meandering feed line and the second meandering feed line are coupled to the meandering T-matching structure; a first radiating part coupled to the first meandering feed line; and a second radiating part coupled to the second meandering feed line, a first dipole arm including a first meandering feed line; a second dipole arm including a second meandering feed line; a meandering T-matching structure coupled to both the first dipole arm and the second dipole arm, wherein the first meandering feed line and the second meandering feed line are coupled to the meandering T-matching structure; a first radiating part coupled to the first meandering feed line; and a second radiating part coupled to the second meandering feed line, wherein a gap physically separates the first meandering feed line and the second meandering feed line, wherein the antenna is coupled to the metal exclusion region through a first via and a second via in the dielectric substrate; and an integrated circuit coupled to the first side of the dielectric substrate; wherein the antenna comprises a first frequency tuning stub and a second frequency tuning stub.
A method of wireless communication comprising: receiving reference signal, RS, transmissions for different antenna ports, wherein the RS transmissions are multiplexed over a set of resource elements, REs, using a code division multiplexing, CDM, group that is spread in a time dimension using a first spreading sequence and in a frequency dimension using a second spreading sequence that has a one-to-one correspondence with the first spreading sequence; and performing RS processing based on at least a portion of the set of REs. receiving reference signal, RS, transmissions for different antenna ports, wherein the RS transmissions are multiplexed over a set of resource elements, REs, using a code division multiplexing, CDM, group that is spread in a time dimension using a first spreading sequence and in a frequency dimension using a second spreading sequence that has a one-to-one correspondence with the first spreading sequence; and performing RS processing based on at least a portion of the set of REs.
A monolith for catalytic or sorbent purposes, the monolith comprising: a. a substrate sheet having attached thereto a plurality of catalytic or sorbent beads, each bead having a diameter of at least 50 microns, each bead having catalytic or sorbent material on an exposed surface of the bead, the substrate sheet at least partially defining one or more channels through the monolith, the one or more channels being effective to permit a fluid to contact the beads when the fluid flows through the channel; and b. a separator sheet, the separator sheet at least partially defining the one or more channels. a. a substrate sheet having attached thereto a plurality of catalytic or sorbent beads, each bead having a diameter of at least 50 microns, each bead having catalytic or sorbent material on an exposed surface of the bead, the substrate sheet at least partially defining one or more channels through the monolith, the one or more channels being effective to permit a fluid to contact the beads when the fluid flows through the channel; and b. a separator sheet, the separator sheet at least partially defining the one or more channels.
A hybrid working machine comprising: an engine serving as a power source; a hydraulic pump serving as a hydraulic power source of a hydraulic actuator, the hydraulic pump being driven by the engine; a generator driven by the engine; an electric storage device that is charged with electric power generated by the generator; a rotation motor serving as a driving source of a rotating structure, the rotation motor being driven by the generator and the electric storage device; and control means for controlling the generator and the rotation motor, characterized by electric-storage-device breakdown detecting means for detecting that the electric storage device is unusable; and wherein the control means is configured to perform, when it is detected by the electric-storage-device breakdown detecting means that the electric storage device is unusable, emergency evacuation control that suppresses the power consumption of the rotation motor to be less than or equal to the power generation of the generator while maintaining voltage of a direct current bus ( 9a, 9b) greater than or equal to a normal operation voltage of a control system of the hybrid working machine. an engine serving as a power source; a hydraulic pump serving as a hydraulic power source of a hydraulic actuator, the hydraulic pump being driven by the engine; a generator driven by the engine; an electric storage device that is charged with electric power generated by the generator; a rotation motor serving as a driving source of a rotating structure, the rotation motor being driven by the generator and the electric storage device; and control means for controlling the generator and the rotation motor, characterized by electric-storage-device breakdown detecting means for detecting that the electric storage device is unusable; and
A pin for extending through a first hole of a first body and second hole of a second body so as to prevent separation of the first body from the second body, the pin comprising: a cylindrical body having a through-hole passing from a first end face to a second end face of the cylindrical body; a driving washer provided on the first end face; an anti-tamper washer provided on the second end face; and a bolt passing through the driving washer, the through-hole in the cylindrical body, and the anti-tamper washer to engage a nut, so as to clamp the cylindrical body, driving washer and anti-tamper washer together, wherein: the driving washer comprises a driving portion through which a torque may be provided to the pin, and a retainer against which either a bolt head of the bolt or a nut head of the nut is located so as to prevent full access to the respective bolt head or nut head when the pin is in an assembled state; and the anti-tamper washer is provided with an anti-tamper element that prevents full access to the other of the nut head or the bolt head when the pin is in an assembled state. a cylindrical body having a through-hole passing from a first end face to a second end face of the cylindrical body; a driving washer provided on the first end face; an anti-tamper washer provided on the second end face; and a bolt passing through the driving washer, the through-hole in the cylindrical body, and the anti-tamper washer to engage a nut, so as to clamp the cylindrical body, driving washer and anti-tamper washer together, wherein: the driving washer comprises a driving portion through which a torque may be provided to the pin, and a retainer against which either a bolt head of the bolt or a nut head of the nut is located so as to prevent full access to the respective bolt head or nut head when the pin is in an assembled state; and the anti-tamper washer is provided with an anti-tamper element that prevents full access to the other of the nut head or the bolt head when the pin is in an assembled state. the driving washer comprises a driving portion through which a torque may be provided to the pin, and a retainer against which either a bolt head of the bolt or a nut head of the nut is located so as to prevent full access to the respective bolt head or nut head when the pin is in an assembled state; and the anti-tamper washer is provided with an anti-tamper element that prevents full access to the other of the nut head or the bolt head when the pin is in an assembled state.
A method for a set of multiple servers in which each server (a) provides a service having a name or other identifier and is accessible via a network interface, (b) has a network address that differs from the network addresses of the other servers (102a,102b) in the set, and (c) shares its network address with a co-located resolution mechanism (100a, 100b) that is accessible via the same network interface and that maps the name or other identifier that is received from a client in a service request to the server's network address, the method further comprising: operating the resolution mechanisms (100a, 100b) listed in a registry to obtain the network address of at least one of the servers (102a, 102b), which is currently operational and/or accessible to provide the service to the client, wherein one of the resolution mechanism will return its own network address to the client to enable the client to have its service request completed by the server co-located with the responding resolution mechanism, without the client needing to first access the chosen server (102a, 102b) to determine if it is operational and/or accessible. operating the resolution mechanisms (100a, 100b) listed in a registry to obtain the network address of at least one of the servers (102a, 102b), which is currently operational and/or accessible to provide the service to the client, wherein one of the resolution mechanism will return its own network address to the client to enable the client to have its service request completed by the server co-located with the responding resolution mechanism, without the client needing to first access the chosen server (102a, 102b) to determine if it is operational and/or accessible.
A side airbag module comprising: a gas generating means for generating a hot and high-pressure gas and injecting the gas through an outlet when a car collision occurs; a side airbag cushion that is configured to be filled with the injected gas and is inflated mainly from back to front at a side of a passenger; a baffle which includes a first vent hole, and is formed inside the side airbag cushion to divide the inner space of the side airbag cushion into a rear chamber and a front chamber such that when the side airbag cushion is completely inflated, the baffle is positioned perpendicular to the ground so that most of the front chamber is located ahead of the rear chamber; characterised in that two second vent holes (22a, 22b) formed in the front chamber to vent the injected gas to outside the side airbag cushion, the overall cross-section of the second vent holes being greater than that of the first vent hole, the side airbag mobule being arranged such that the rear chamber is inflated first and the front chamber is inflated later as the side airbag cushion is inflated mainly from back to front at a side of the passenger, one of the second vent holes has a vertical location with respect to the ground which is lower than the vertical location of the first vent hole, and the other of the second vent holes has a vertical location with respect to the ground which is higher than the vertical location of the first vent hole. a gas generating means for generating a hot and high-pressure gas and injecting the gas through an outlet when a car collision occurs; a side airbag cushion that is configured to be filled with the injected gas and is inflated mainly from back to front at a side of a passenger; a baffle which includes a first vent hole, and is formed inside the side airbag cushion to divide the inner space of the side airbag cushion into a rear chamber and a front chamber such that when the side airbag cushion is completely inflated, the baffle is positioned perpendicular to the ground so that most of the front chamber is located ahead of the rear chamber; characterised in that two second vent holes (22a, 22b) formed in the front chamber to vent the injected gas to outside the side airbag cushion, the overall cross-section of the second vent holes being greater than that of the first vent hole, the side airbag mobule being arranged such that the rear chamber is inflated first and the front chamber is inflated later as the side airbag cushion is inflated mainly from back to front at a side of the passenger, one of the second vent holes has a vertical location with respect to the ground which is lower than the vertical location of the first vent hole, and the other of the second vent holes has a vertical location with respect to the ground which is higher than the vertical location of the first vent hole.
Measuring arrangement for measuring optical properties of a reflective optical element, in particular for microlithography, with: • an EUV light source; • a detector for detecting EUV radiation reflected at the reflective optical element; and • an imaging system (30, 40, 50, 60, 70, 80, 90), which images object points on the reflective optical element onto in each case an image point on the detector; • wherein the imaging system has for the reflection of the EUV radiation a first optical component (31, 41, 51, 61, 71, 81, 91) and at least one second optical component (32, 42, 52, 62, 72, 82, 92); and • wherein, both at the first optical component (31, 41, 51, 61, 71, 81, 91) and at the second optical component (32, 42, 52, 62, 72, 82, 92), the reflection angles in relation to the respective surface normal that respectively occur during the reflection of the EUV radiation are at least 70°. • an EUV light source; • a detector for detecting EUV radiation reflected at the reflective optical element; and • an imaging system (30, 40, 50, 60, 70, 80, 90), which images object points on the reflective optical element onto in each case an image point on the detector; • wherein the imaging system has for the reflection of the EUV radiation a first optical component (31, 41, 51, 61, 71, 81, 91) and at least one second optical component (32, 42, 52, 62, 72, 82, 92); and • wherein, both at the first optical component (31, 41, 51, 61, 71, 81, 91) and at the second optical component (32, 42, 52, 62, 72, 82, 92), the reflection angles in relation to the respective surface normal that respectively occur during the reflection of the EUV radiation are at least 70°.
An aneurysm bridging device for use in a bifurcation of a blood vessel, wherein the bifurcation comprises an inlet vessel with a first diameter, a first outlet vessel with a second diameter, and a second outlet vessel, said bridging device comprising: a substantially tubular wire-frame structure with a distal region, a central region and a proximal region, said wire frame structure having a collapsed diameter configuration for delivery through a delivery catheter and an expanded diameter configuration, wherein said distal region and proximal region establish a cylindrical structure with a first diameter, in the expanded diameter configuration, that matches or slightly exceeds the diameter of the blood vessel in which they are to be placed, and wherein the central region has a bulbous outline with a second diameter, in the expanded diameter configuration, which exceeds the first diameter of the distal region and proximal region; the proximal region comprising a first proximal zigzag segment, and the distal region comprising a first distal zigzag segment, and characterized in that said central region comprises a first central zigzag segment, and a plurality of spirally oriented struts (39, 42) joining the zigzag segment of the central region to the zigzag segments of the distal region and the proximal region (25 29). a substantially tubular wire-frame structure with a distal region, a central region and a proximal region, said wire frame structure having a collapsed diameter configuration for delivery through a delivery catheter and an expanded diameter configuration, wherein said distal region and proximal region establish a cylindrical structure with a first diameter, in the expanded diameter configuration, that matches or slightly exceeds the diameter of the blood vessel in which they are to be placed, and wherein the central region has a bulbous outline with a second diameter, in the expanded diameter configuration, which exceeds the first diameter of the distal region and proximal region; the proximal region comprising a first proximal zigzag segment, and the distal region comprising a first distal zigzag segment, and characterized in that said central region comprises a first central zigzag segment, and a plurality of spirally oriented struts (39, 42) joining the zigzag segment of the central region to the zigzag segments of the distal region and the proximal region (25 29).
A line card chassis, wherein, the line card chassis comprising line card units, optical-electrical conversion units and optical fiber interface units; the optical-electrical conversion unit has an onboard optical assembly module used for mutual conversion between an optical signal and an electrical signal; an electrical signal interface of the onboard optical assembly module is connected to a line card unit through an electrical connector, and an optical signal interface of the onboard optical assembly module is connected to an optical fiber interface unit through an optical connector; and the optical fiber interface unit couples the optical signal to a cluster interface of a panel on a router through an optical fiber, and the cluster interface is used to concatenate different chassis in the router. the optical-electrical conversion unit has an onboard optical assembly module used for mutual conversion between an optical signal and an electrical signal; an electrical signal interface of the onboard optical assembly module is connected to a line card unit through an electrical connector, and an optical signal interface of the onboard optical assembly module is connected to an optical fiber interface unit through an optical connector; and the optical fiber interface unit couples the optical signal to a cluster interface of a panel on a router through an optical fiber, and the cluster interface is used to concatenate different chassis in the router.
A shielded draining pipe mesh adapted for mounting on a surface and for being covered by a substance, where at least one pipe in cross section is essentially U-shaped with an open side intended to face the surface, characterised in that the pipe is provided with a shield that covers the open side, and where the shield is constituted by a net structure, and where the pipe is provided with side bands (3a-b) extending along either side of the edges of the pipe at its open side, and where the shield is attached to the side bands.