mhurhangee/ep-ind-claims huggingface dataset:
A method of supporting handover of a mobile Relay Node, "RN", from a source radio base station to a target radio base station, the method performed by an anchor node and comprising: anchoring a control-plane connection of a relay-connected User Equipment, "UE" before said handover with respect to a control plane entity that supports the relay-connected UE and acting as a proxy for the control plane entity towards the source radio base station, for control-plane signaling involving the relay-connected UE; receiving a handover request message from the source radio base station and sending a corresponding handover request message to the target radio base station, said corresponding handover request message identifying the anchor node rather than the control plane entity as the supporting control plane entity of the relay-connected UE, and initiating switching of a user-plane connection of the relay-connected UE from the source radio base station to the target radio base station, while retaining the control-plane connection of the relay-connected UE at the anchor node; and anchoring the control-plane connection of the relay-connected UE after said handover with respect to the control plane entity and acting as a proxy for the control plane entity towards the target radio base station, for control-plane signaling involving the relay-connected UE. anchoring a control-plane connection of a relay-connected User Equipment, "UE" before said handover with respect to a control plane entity that supports the relay-connected UE and acting as a proxy for the control plane entity towards the source radio base station, for control-plane signaling involving the relay-connected UE; receiving a handover request message from the source radio base station and sending a corresponding handover request message to the target radio base station, said corresponding handover request message identifying the anchor node rather than the control plane entity as the supporting control plane entity of the relay-connected UE, and initiating switching of a user-plane connection of the relay-connected UE from the source radio base station to the target radio base station, while retaining the control-plane connection of the relay-connected UE at the anchor node; and anchoring the control-plane connection of the relay-connected UE after said handover with respect to the control plane entity and acting as a proxy for the control plane entity towards the target radio base station, for control-plane signaling involving the relay-connected UE.
A medical device for treating PFO, comprising: a catheter; an operation wire capable of passing through the catheter, being advanceable and retractable in an axial direction with respect to the catheter and possessing a distal end and a proximal end; a distal member interlocked on the distal side of the operation wire; a grasping unit (20, 30, 40, 50, 125, 140) interlocked on the proximal side of the operation wire, and a safety mechanism; characterized in that the safety mechanism includes, a proximal member (21, 53, 130) having a large diameter portion larger than an outer diameter of the operation wire, being fixed to the proximal end of the operation wire; and a movement restriction-hole at the proximal end of the catheter, the movement restriction-hole possessing a size through which the operation wire can pass and concurrently, through which the large diameter portion cannot pass toward a proximal end direction; in case in which an operator pulls the grasping unit (20, 30, 40, 50, 125, 140) by a restriction of the movement restriction-hole for releasing the interlock between the proximal member (21, 53, 130) and the grasping unit (20, 30, 40, 50, 125, 140) by a load lower than a breaking strength between the operation wire and the distal member. a catheter; an operation wire capable of passing through the catheter, being advanceable and retractable in an axial direction with respect to the catheter and possessing a distal end and a proximal end; a distal member interlocked on the distal side of the operation wire; a grasping unit (20, 30, 40, 50, 125, 140) interlocked on the proximal side of the operation wire, and a safety mechanism;
An ankle brace for a prosthetic device comprising a prosthetic foot and a below-knee part, said ankle brace being provided to bridge a free space between the prosthetic foot and the below-knee part and having a main body which is made from a flexible material and which comprises a cavity for receiving the prosthetic device, whereas the at least one reinforcement element is arranged on the main body in order to increase the inherent stability of the ankle brace, characterized in that the reinforcement element is designed as a frame surrounding the main body.
A symmetrical pulley with unlimited rotation having a mechanism for terminating winding of a rope onto a drum, wherein the said pulley comprises: - a fixed part for mounting onto a winch housing or a ramp board, said fixed part having at least one sensor or switch for terminating winding of a rope onto a drum, and - a rotatable part connected with the fixed part via a bearing or a sliding bushing, said rotatable part having: ∘ two equally sized sheaves (221a, 221b), each inside a sheave housing, ∘ optionally two rollers installed above the said sheaves (221a, 221b) for directing the rope and positioning the rotatable part of the pulley, and ∘ a two-part collision piece installed above housings of said sheaves (221a, 221b) and/or both optional rollers, wherein each of the parts of the collision piece are movably mounted at the side of the housing, so that they cover the rollers and create an opening for a rope in the middle part, said opening being smaller than the end part of the rope, and ∘ said collision part is via a lever connected with a ring that can activate the sensor or the switch in a way that terminates winding of the rope onto the drum. - a fixed part for mounting onto a winch housing or a ramp board, said fixed part having at least one sensor or switch for terminating winding of a rope onto a drum, and - a rotatable part connected with the fixed part via a bearing or a sliding bushing, said rotatable part having: ∘ two equally sized sheaves (221a, 221b), each inside a sheave housing, ∘ optionally two rollers installed above the said sheaves (221a, 221b) for directing the rope and positioning the rotatable part of the pulley, and ∘ a two-part collision piece installed above housings of said sheaves (221a, 221b) and/or both optional rollers, wherein each of the parts of the collision piece are movably mounted at the side of the housing, so that they cover the rollers and create an opening for a rope in the middle part, said opening being smaller than the end part of the rope, and ∘ said collision part is via a lever connected with a ring that can activate the sensor or the switch in a way that terminates winding of the rope onto the drum. ∘ two equally sized sheaves (221a, 221b), each inside a sheave housing, ∘ optionally two rollers installed above the said sheaves (221a, 221b) for directing the rope and positioning the rotatable part of the pulley, and ∘ a two-part collision piece installed above housings of said sheaves (221a, 221b) and/or both optional rollers, wherein each of the parts of the collision piece are movably mounted at the side of the housing, so that they cover the rollers and create an opening for a rope in the middle part, said opening being smaller than the end part of the rope, and ∘ said collision part is via a lever connected with a ring that can activate the sensor or the switch in a way that terminates winding of the rope onto the drum.
Segment for a cylindrical tool body for a milling tool formed for the hobbing of a workpiece having cogs, such as cogwheels, racks and the like, which tool body comprises a plurality of detachably interconnected such segments, the segment being disc-shaped and comprises a hub part having two opposite plane-parallel end surfaces (13, 14) that extend perpendicular to the rotation axis (C1, C3), and a peripheral cam for a plurality of tangentially spaced-apart milling inserts, wherein characterized in that the segment furthermore comprises a male or female member for the detachable interconnection with a bordering segment, the male or female member being situated so that the rotation axis (C1, C3) extends through the male or female member, the male or female member includes a contact surface, which converges from a big end toward a small end and, characterized in that in a cross-section across the rotation axis, the contact surface forms an out-of-round curve.
A child motion apparatus comprising: a base having an upper surface; an upright column connected with the base, protruding upward through the upper surface (103 and disposed below the seat; a seat pivotally supported by the upright column above the upper surface of the base, the seat being disposed at a top of the upright column and being rotatable relative the base about a rotation axis defined by the upright column; and an anchor (190, 194) movably assembled with either of the seat and the base at a position distant from the upright column, the anchor (190, 194) having a locking position where the anchor (190, 194) extends across a gap between a bottom of the seat and the upper surface of the base and blocks rotation of the seat about the rotation axis, and an unlocking position allowing rotation of the seat about the rotation axis. a base having an upper surface; an upright column connected with the base, protruding upward through the upper surface (103 and disposed below the seat; a seat pivotally supported by the upright column above the upper surface of the base, the seat being disposed at a top of the upright column and being rotatable relative the base about a rotation axis defined by the upright column; and an anchor (190, 194) movably assembled with either of the seat and the base at a position distant from the upright column, the anchor (190, 194) having a locking position where the anchor (190, 194) extends across a gap between a bottom of the seat and the upper surface of the base and blocks rotation of the seat about the rotation axis, and an unlocking position allowing rotation of the seat about the rotation axis.
A method of forming a toilet assembly comprising: providing a pre-formed flush engine comprising: a bowl; a sump at a lower portion of the bowl; and a trapway extending from the sump; and inserting the flush engine into a first mold, the first mold defining a first shape substantially similar to and smaller than an outer shape of the toilet assembly; injection molding a polymeric material around the flush engine to form a foam subassembly; removing the foam subassembly from the first mold and inserting the foam subassembly into a second mold, the second mold defining a second shape substantially the same as the outer shape of the toilet assembly; injection molding a resin around the foam subassembly to form the completed toilet assembly; and removing the toilet assembly from the second mold. providing a pre-formed flush engine comprising: a bowl; a sump at a lower portion of the bowl; and a trapway extending from the sump; and a bowl; a sump at a lower portion of the bowl; and a trapway extending from the sump; and inserting the flush engine into a first mold, the first mold defining a first shape substantially similar to and smaller than an outer shape of the toilet assembly; injection molding a polymeric material around the flush engine to form a foam subassembly; removing the foam subassembly from the first mold and inserting the foam subassembly into a second mold, the second mold defining a second shape substantially the same as the outer shape of the toilet assembly; injection molding a resin around the foam subassembly to form the completed toilet assembly; and removing the toilet assembly from the second mold.
Disengagement system for the actuation of a clutch, wherein the disengagement system is in particular in the form of a CSC (Concentric Slave Cylinder) and has at least one piston (2, 4) which is displaceable in a housing along a longitudinal axis and whose end pointing in the direction of a respective pressure chamber (2.1, 4.1) has a respective seal (2.2, 4.2) and which, at the region situated opposite the seal (2.2, 4.2), acts on a respective engagement bearing (3, 5), wherein a bearing drag torque of the engagement bearing (3, 5) is supported by friction acting within the release system, characterized in that the respective engagement bearing (3, 5) is connected in rotationally secured fashion to the respective piston (2, 4), and in that the respective seal (2.2, 4.2) is connected in rotationally secured fashion to the respective piston (2, 4) directly or via a sealing ring carrier (2.2', 4.2').
A method of wireless communications, comprising the steps of: assigning, by a base station, a mini-slot having a start symbol and a duration to a user equipment, UE; determining grant content for the LTE based on the current configuration of the data channel, the start symbol, and the duration; selecting a location of the grant within a control channel based on a property of the mini-slot; transmitting the grant from the base station on the control channel, the grant including the grant content; and communicating with the UE during the mini-slot according to the grant. assigning, by a base station, a mini-slot having a start symbol and a duration to a user equipment, UE; determining grant content for the LTE based on the current configuration of the data channel, the start symbol, and the duration; selecting a location of the grant within a control channel based on a property of the mini-slot; transmitting the grant from the base station on the control channel, the grant including the grant content; and communicating with the UE during the mini-slot according to the grant.
D-allulose syrup comprising, in addition to D-allulose, a mass content of D-allulose dimer, determined by gas chromatography according to the method described on page 5, line 22 to page 6, line 24 as well as on pages 13 to 16, ranging from 2.0 to 15%.
A method performed by a remap address space controller, RASC, coupled between a controller and a memory bus for controlling access to an address space of at least one of a memory and a memory-mapped peripheral, the method comprising: selectively remapping a physical address of a memory bus transaction received from the controller (102, 702) to form a remapped physical address according to a current execution context of the controller (102, 702), the selectively remapping being based on a determination of whether the current execution context of the controller (102, 702) allows the memory bus transaction to access the address space (114, 714); and selectively providing the memory bus transaction with the remapped physical address to the memory bus based on the determination of whether the current execution context of the controller (102, 702) allows the memory bus transaction to access the address space (114, 714). executing code of a first partition associated with the current execution context by the controller (102, 702), separately in time from executing code of any other partitions of N partitions, N being an integer greater than one; determining the current execution context of the controller based on an indicator received from a master controller coupled to the memory bus; and initiating a switch of the current execution context from a first context associated with the first partition being executed by the controller, to a second context associated with a second partition of the N partitions being executed by the controller. selectively remapping a physical address of a memory bus transaction received from the controller (102, 702) to form a remapped physical address according to a current execution context of the controller (102, 702), the selectively remapping being based on a determination of whether the current execution context of the controller (102, 702) allows the memory bus transaction to access the address space (114, 714); and selectively providing the memory bus transaction with the remapped physical address to the memory bus based on the determination of whether the current execution context of the controller (102, 702) allows the memory bus transaction to access the address space (114, 714). executing code of a first partition associated with the current execution context by the controller (102, 702), separately in time from executing code of any other partitions of N partitions, N being an integer greater than one; determining the current execution context of the controller based on an indicator received from a master controller coupled to the memory bus; and initiating a switch of the current execution context from a first context associated with the first partition being executed by the controller, to a second context associated with a second partition of the N partitions being executed by the controller.
Airplane cabin used for transporting passengers comprising: - a main structure being the structure of the aircraft and enclosing the cabin, - a bridge forming a flat surface on which the seats (12, 42) are secured; - an aisle extending longitudinally in the cabin and raised with respect to the bridge, and - beds accessed by said aisle and arranged above seats (12,42) of the bridge, characterized by the fact that - said longitudinal aisle is a central circle, - the beds accessed by the raised aisle are arranged transversely with respect to the aisle and the two sides of such aisle, and - the beds are suspended on the side of the central aisle to the principal structure of the cabin and are attached on the other side of the aisle to this same structure. - a main structure being the structure of the aircraft and enclosing the cabin, - a bridge forming a flat surface on which the seats (12, 42) are secured; - an aisle extending longitudinally in the cabin and raised with respect to the bridge, and - beds accessed by said aisle and arranged above seats (12,42) of the bridge, characterized by the fact that - said longitudinal aisle is a central circle, - the beds accessed by the raised aisle are arranged transversely with respect to the aisle and the two sides of such aisle, and - the beds are suspended on the side of the central aisle to the principal structure of the cabin and are attached on the other side of the aisle to this same structure.
A method of production of vitamin-D 2 using ergosterol as a starting material, or production of vitamin-D 3 using 7-dehydrocholesterol as the starting material, comprising: (a) irradiating the starting material in a solution comprising an organic base selected from the group consisting of an aliphatic amine or an aromatic amine or an inorganic hydroxide base selected from magnesium carbonate hydroxide, ammonium hydroxide, lithium hydroxide, potassium hydroxide, sodium hydroxide, magnesium hydroxide, calcium hydroxide, magnesium-alumina hydroxide with ultraviolet light to obtain a product containing pre-vitamin-D 2 or pre-vitamin-D 3, and (b) heating the product to convert the pre-vitamin-D 2 or pre-vitamin-D 3 to vitamin D 2 or vitamin D 3. (a) irradiating the starting material in a solution comprising an organic base selected from the group consisting of an aliphatic amine or an aromatic amine or an inorganic hydroxide base selected from magnesium carbonate hydroxide, ammonium hydroxide, lithium hydroxide, potassium hydroxide, sodium hydroxide, magnesium hydroxide, calcium hydroxide, magnesium-alumina hydroxide with ultraviolet light to obtain a product containing pre-vitamin-D 2 or pre-vitamin-D 3, and (b) heating the product to convert the pre-vitamin-D 2 or pre-vitamin-D 3 to vitamin D 2 or vitamin D 3.
A blended nonwoven fabric, characterized in that it is used as an air-permeable support member in a filter medium having a porous fluororesin membrane, the air-permeable support member being laminated on at least one surface of the porous fluororesin membrane, and the blended nonwoven fabric comprising: core-sheath fibers having a polyester core and a polyolefin sheath; polyester fibers; and core-sheath fibers having a polyester core and a copolymerized polyester sheath.
An apparatus to generate an artificial bird for impact testing, the apparatus comprising: a mold generator to form a mold; a mold filler to fill the mold with a first layer of crushed ice and a second layer of crushed ice; a compressor to compress an ice surface of at least one of the first layer or the second layer of the crushed ice, characterized in that the apparatus further comprises: a sprayer to mist an ice surface of the first layer of the crushed ice with water prior to positioning the second layer of the crushed ice on the first layer of the crushed ice; and a freezer to re-freeze the crushed ice layers inside the mold to form an artificial bird, wherein the compressor compresses the ice surface of the first layer or the second layer to form indentations on the ice surface. wherein the mold is formed based on a bird class identification, and the bird class identification includes a bird weight, the bird weight used to determine a total amount of crushed ice used to fill the mold. a mold generator to form a mold; a mold filler to fill the mold with a first layer of crushed ice and a second layer of crushed ice; a compressor to compress an ice surface of at least one of the first layer or the second layer of the crushed ice, characterized in that the apparatus further comprises: a sprayer to mist an ice surface of the first layer of the crushed ice with water prior to positioning the second layer of the crushed ice on the first layer of the crushed ice; and a freezer to re-freeze the crushed ice layers inside the mold to form an artificial bird, wherein the compressor compresses the ice surface of the first layer or the second layer to form indentations on the ice surface. wherein the mold is formed based on a bird class identification, and the bird class identification includes a bird weight, the bird weight used to determine a total amount of crushed ice used to fill the mold. a sprayer to mist an ice surface of the first layer of the crushed ice with water prior to positioning the second layer of the crushed ice on the first layer of the crushed ice; and a freezer to re-freeze the crushed ice layers inside the mold to form an artificial bird, wherein the compressor compresses the ice surface of the first layer or the second layer to form indentations on the ice surface. wherein the mold is formed based on a bird class identification, and the bird class identification includes a bird weight, the bird weight used to determine a total amount of crushed ice used to fill the mold.
An electrolyte membrane for a membrane-electrode assembly comprising: an admixture comprising: (a) an ionomer; and (b) a block copolymer comprising a hydrophilic domain and a hydrophobic domain, wherein the hydrophobic domain comprises an antioxidation repeat unit. an admixture comprising: (a) an ionomer; and (b) a block copolymer comprising a hydrophilic domain and a hydrophobic domain, (a) an ionomer; and (b) a block copolymer comprising a hydrophilic domain and a hydrophobic domain, wherein the hydrophobic domain comprises an antioxidation repeat unit.