mhurhangee/ep-ind-claims huggingface dataset:
A hydrogenated block copolymer, which is obtained by hydrogenating a block copolymer having two or more polymer blocks (a) each containing a structural unit derived from an aromatic vinyl compound and one or more polymer blocks (b) each containing structural units derived from isoprene and 1,3-butadiene, wherein the weight-average molecular weight (Mw) of the hydrogenated block copolymer is 70,000 to 115,000, wherein the weight-average molecular weight is a value in terms of standard polystyrene determined by gel permeation chromatography measurement, and wherein the hydrogenated block copolymer has a crystallization peak temperature (Tc) defined as described below of -3 to 15°C: (crystallization peak temperature (Tc)) a peak top temperature of an exothermic peak observed when a temperature of a sample is increased from 30°C to 150°C at a rate of temperature increase of 10°C/min and then the sample is cooled to -100°C at a rate of temperature decrease of 10°C/min, the peak top temperature being measured with differential scanning calorimeter, is defined as the crystallization peak temperature (Tc). (crystallization peak temperature (Tc)) a peak top temperature of an exothermic peak observed when a temperature of a sample is increased from 30°C to 150°C at a rate of temperature increase of 10°C/min and then the sample is cooled to -100°C at a rate of temperature decrease of 10°C/min, the peak top temperature being measured with differential scanning calorimeter, is defined as the crystallization peak temperature (Tc).
A transmission apparatus comprising: a first mapping unit configured to allocate a plurality of low-speed Optical channel Data Units, hereafter abbreviated to ODUs, that respectively allocate client signals, to a plurality of tributary slots; a second mapping unit configured to allocate the tributary slots to a high-speed ODU that has a bit rate higher than a bit rate of the low-speed ODUs; a transmitter module (12, 13) configured to generate an Optical channel Transport Unit, hereafter abbreviated to OTU, frame from signals which are allocated to the high-speed ODU by the second mapping unit and to transmit the OTU frame to a transmission path; and a rate controller configured to control a bit rate of the tributary slots based on the bit rate of the low-speed ODU and the bit rate of the high-speed ODU, characterised in that the rate controller is configured to control the bit rate of the tributary slots to be higher than or equal to the bit rate of the low-speed ODU, and to be, when the bit rate of the high-speed ODU is 400 Gbps: 10 Gbps when there are 40 tributary slots; 40 Gbps when there are 10 tributary slots; or 100 Gbps when there are 4 tributary slots. a first mapping unit configured to allocate a plurality of low-speed Optical channel Data Units, hereafter abbreviated to ODUs, that respectively allocate client signals, to a plurality of tributary slots; a second mapping unit configured to allocate the tributary slots to a high-speed ODU that has a bit rate higher than a bit rate of the low-speed ODUs; a transmitter module (12, 13) configured to generate an Optical channel Transport Unit, hereafter abbreviated to OTU, frame from signals which are allocated to the high-speed ODU by the second mapping unit and to transmit the OTU frame to a transmission path; and a rate controller configured to control a bit rate of the tributary slots based on the bit rate of the low-speed ODU and the bit rate of the high-speed ODU, characterised in that the rate controller is configured to control the bit rate of the tributary slots to be higher than or equal to the bit rate of the low-speed ODU, and to be, when the bit rate of the high-speed ODU is 400 Gbps: 10 Gbps when there are 40 tributary slots; 40 Gbps when there are 10 tributary slots; or 100 Gbps when there are 4 tributary slots. 10 Gbps when there are 40 tributary slots; 40 Gbps when there are 10 tributary slots; or 100 Gbps when there are 4 tributary slots.
Quick assembly field tent, comprising: - a plurality of arch frames (10, 11, 12) which extend vertically by a predefined height with respect to a supporting surface and are arranged in a mutually spaced-apart manner along a longitudinal direction perpendicular to the vertical direction and lying on the supporting surface, said plurality of arch frames being arranged to form the arch of the tent; - at least one inner sheet, shaped so as to comprise a roof portion and vertical side walls joined to the roof portion, said inner sheet being arranged internally to the plurality of arch frames (10, 11, 12) and at least partially spaced from the arch frames (10, 11, 12), said inner sheet comprising a hooking portion enlarged with respect to the thickness of the inner sheet, said hooking portion being arranged on an outer side of the inner sheet, i.e. facing the arch frames (10, 11, 12), and extending mainly along a direction parallel to the longitudinal direction; said field tent being characterized in that it further comprises a plurality of pulling cables (4, 4', 4"), each pulling cable (4, 4', 4") comprising at a first end thereof a hooking device (5, 5', 5") comprising an open annular seat in which the hooking portion is slidably inserted in a direction parallel to the longitudinal direction and so that the hooking portion is constrained to remain in the open annular seat when stressed in the other directions of the space perpendicular to the longitudinal direction, said pulling cable being subjected to tension to support the inner sheet in its unfolded configuration to form an accessible inner volume of the tent. - a plurality of arch frames (10, 11, 12) which extend vertically by a predefined height with respect to a supporting surface and are arranged in a mutually spaced-apart manner along a longitudinal direction perpendicular to the vertical direction and lying on the supporting surface, said plurality of arch frames being arranged to form the arch of the tent; - at least one inner sheet, shaped so as to comprise a roof portion and vertical side walls joined to the roof portion, said inner sheet being arranged internally to the plurality of arch frames (10, 11, 12) and at least partially spaced from the arch frames (10, 11, 12), said inner sheet comprising a hooking portion enlarged with respect to the thickness of the inner sheet, said hooking portion being arranged on an outer side of the inner sheet, i.e. facing the arch frames (10, 11, 12), and extending mainly along a direction parallel to the longitudinal direction;
Apparatus for endovascularly replacing a patient's heart valve, the apparatus comprising an expandable anchor supporting a replacement valve and a delivery catheter adapted to deliver the anchor and replacement valve to a vicinity of the heart, the anchor and replacement valve being adapted for percutaneous delivery and deployment to replace the patient's heart valve, the anchor and the replacement valve being further adapted to permit blood flow through the replacement valve and to prevent blood backflow through the replacement valve after the replacement valve exits the catheter and before final deployment of the anchor, wherein the apparatus further comprises a seal adapted to prevent blood flow around the replacement valve when the anchor and replacement valve are fully deployed, characterized in that the seal comprises a pleated seal.
A method performed by an access network entity in a wireless communication system, the method comprising: receiving, from a terminal in the wireless communication system, a message including first information for identifying an access and mobility management function, AMF, the first information including an AMF set identifier and an AMF identifier; selecting an AMF set based on the AMF set identifier; selecting an AMF from the selected AMF set; and transmitting, to the terminal, second information for identifying the selected AMF and the terminal, wherein the AMF set comprises a plurality of AMFs and each AMF in the set supports the same network slice, and wherein the AMF set identifier is an identifier of the AMF set, and the AMF identifier is an identifier of an AMF within the AMF set. receiving, from a terminal in the wireless communication system, a message including first information for identifying an access and mobility management function, AMF, the first information including an AMF set identifier and an AMF identifier; selecting an AMF set based on the AMF set identifier; selecting an AMF from the selected AMF set; and transmitting, to the terminal, second information for identifying the selected AMF and the terminal, wherein the AMF set comprises a plurality of AMFs and each AMF in the set supports the same network slice, and wherein the AMF set identifier is an identifier of the AMF set, and the AMF identifier is an identifier of an AMF within the AMF set.
A device for endoluminal treatment of venous insufficiencies, comprising: a flexible waveguide (100, 200, 500, 600, 800, 900) defining an elongated axis, a proximal end optically connectable to a source of radiation, and a distal end receivable within the blood vessel and including a radiation emitting surface (110, 210, 510, 610) adapted to emit radiation from the radiation source laterally with respect to the elongated axis of the waveguide (100, 200, 500, 600, 800, 900) and annularly from the waveguide (100, 200, 500, 600, 800, 900) onto an angularly extending portion of the surrounding vessel wall, the device further comprising a cover (106, 206, 506, 606, 906) that is fixedly secured to the waveguide (100, 200, 500, 600, 800, 900) and sealed with respect thereto, substantially transparent with respect to the emitted radiation, that encloses the emitting surface (110, 210, 510, 610) therein, and that defines a gas-waveguide interface that refracts emitted radiation laterally with respect to the elongated axis of the waveguide (100, 200, 500, 600, 800, 900) onto the surrounding vessel wall.
A secondary lithium battery comprising: a battery case; battery terminals; an negative electrode; a positive electrode; a separator for separating the negative electrode from the positive electrode; and an electrolyte which comprises a room temperature ionic liquid of: (i) a cation of Formula I: in which X is N, P or As R 1 is alkyl or a fully or partially halogenated alkyl; R 2 is alkyl or a fully or partially halogenated alkyl; R 3 to R 6 are each independently H, alkyl, halo, fully or partially halogenated alkyl, nitrile, or alkyl substituted by nitrile or heteroatom; and (ii) an anion; together with (iii) lithium ions, wherein the electrolyte is liquid at the temperature of operation of the battery. a battery case; battery terminals; an negative electrode; a positive electrode; a separator for separating the negative electrode from the positive electrode; and an electrolyte which comprises a room temperature ionic liquid of: (i) a cation of Formula I: in which X is N, P or As R 1 is alkyl or a fully or partially halogenated alkyl; R 2 is alkyl or a fully or partially halogenated alkyl; R 3 to R 6 are each independently H, alkyl, halo, fully or partially halogenated alkyl, nitrile, or alkyl substituted by nitrile or heteroatom; and (ii) an anion; together with (iii) lithium ions, wherein the electrolyte is liquid at the temperature of operation of the battery. (i) a cation of Formula I: in which X is N, P or As R 1 is alkyl or a fully or partially halogenated alkyl; R 2 is alkyl or a fully or partially halogenated alkyl; R 3 to R 6 are each independently H, alkyl, halo, fully or partially halogenated alkyl, nitrile, or alkyl substituted by nitrile or heteroatom; and in which X is N, P or As R 1 is alkyl or a fully or partially halogenated alkyl; R 2 is alkyl or a fully or partially halogenated alkyl; R 3 to R 6 are each independently H, alkyl, halo, fully or partially halogenated alkyl, nitrile, or alkyl substituted by nitrile or heteroatom; and (ii) an anion; together with (iii) lithium ions,
A method of cleaning waste fats and/or oils, in particular animal fats, containing plastic particles, characterized in that it comprises the following steps: - heating the waste fats and/or oils containing plastic particles to a temperature above the softening temperature of the plastic of the plastic particles, - cooling the waste fats and/or oils to a temperature below the softening temperature of the plastic of the plastic particles and - separating the plastic particles from the liquid waste fats and/or oils. - heating the waste fats and/or oils containing plastic particles to a temperature above the softening temperature of the plastic of the plastic particles, - cooling the waste fats and/or oils to a temperature below the softening temperature of the plastic of the plastic particles and - separating the plastic particles from the liquid waste fats and/or oils.
A location privacy protection method, applied to a wireless terminal associated with an access point, wherein the location privacy protection method comprises: generating an identifier update notification message to be sent to the access point, wherein the identifier update notification message comprises a first identifier of the wireless terminal, wherein the first identifier is a fixed MAC address of the wireless terminal, to indicate that the identifier update notification message is to be sent by the wireless terminal, and the identifier update notification message further comprises second identifier information of the wireless terminal, wherein the second identifier information is a second identifier of the wireless terminal that is encrypted by using a key, where the key is an identifier update key previously received by the terminal from the access point, and wherein the second identifier is a temporary MAC address; sending the identifier update notification message to notify the access point of an updated identifier of the wireless terminal, so that the access point can acquire the second identifier according to the second identifier information, and use the second identifier as an identifier of the wireless terminal; and sending a subsequent message to the access point, wherein the subsequent message comprises the second identifier, to indicate that the subsequent message is sent by the wireless terminal. generating an identifier update notification message to be sent to the access point, wherein the identifier update notification message comprises a first identifier of the wireless terminal, wherein the first identifier is a fixed MAC address of the wireless terminal, to indicate that the identifier update notification message is to be sent by the wireless terminal, and the identifier update notification message further comprises second identifier information of the wireless terminal, wherein the second identifier information is a second identifier of the wireless terminal that is encrypted by using a key, where the key is an identifier update key previously received by the terminal from the access point, and wherein the second identifier is a temporary MAC address; sending the identifier update notification message to notify the access point of an updated identifier of the wireless terminal, so that the access point can acquire the second identifier according to the second identifier information, and use the second identifier as an identifier of the wireless terminal; and sending a subsequent message to the access point, wherein the subsequent message comprises the second identifier, to indicate that the subsequent message is sent by the wireless terminal.
A hair clipper having a housing, cutting blades, secured to the housing outside of the housing, and a vacuum system, the vacuum system comprising an air flow generator in the housing, an air inlet adjacent the cutting blades, leading inside the housing, the air flow generator creating a total air flow that draws air from the cutting blades, into the housing, an air exhaust in the housing that releases the total air flow under pressure created by the air flow generator, and a debris chamber between the air flow generator and the air inlet, the debris chamber having a primary air flow path and at least one secondary air flow path (104, 105), wherein a primary air flow through the primary air flow path is higher than a secondary air flow through the secondary air flow path (104, 105) before debris accumulates in the debris chamber, the primary air flow decreasing as debris accumulates in the primary air flow path, whereupon some debris accumulates in the secondary air flow path (104, 105) as air is diverted through the secondary air flow path (104, 105), and wherein the debris chamber has a hinged portion and a fixed piece that share a hinge on one end and form the air inlet on the other end, the hinged portion having a set of bumps on the other end and the fixed piece having a set of corresponding holes on the other end, whereby the size of the air inlet is adjustable, the size of the air inlet being determined by inserting selected bumps into selected holes.
A physiotherapy instrument for human body facet joint inflammation, comprising a rigid housing forming an L-shaped therapy cavity, a negative pressure generation control system, and a sealed connecting component, wherein the housing is provided with at least one opening for a limb to enter and leave, and the therapy cavity is connected to the negative pressure generation control system by means of an air passage, wherein the housing comprises a plurality of rigid parts structurally fitted, in use, to engage with each other to form a cavity wall of the therapy cavity after a bent limb of a user is received, and the housing is airtightly fixable to the limb at the at least one opening by means of the sealed connecting component, whereby the housing is configured for receiving a user's knee joint or elbow joint that is bent before being placed in the housing. wherein the housing is provided with at least one opening for a limb to enter and leave, and the therapy cavity is connected to the negative pressure generation control system by means of an air passage, wherein the housing comprises a plurality of rigid parts structurally fitted, in use, to engage with each other to form a cavity wall of the therapy cavity after a bent limb of a user is received, and the housing is airtightly fixable to the limb at the at least one opening by means of the sealed connecting component, whereby the housing is configured for receiving a user's knee joint or elbow joint that is bent before being placed in the housing.
Silica particles having a d BET calculated from a specific surface area by a BET method of 1 nm or more and 100 nm or less and a ratio (d DLS /d BET) of a d DLS measured by a dynamic light scattering method to the d BET of 1.2 or less, wherein a coefficient of variation in a particle diameter measured using a transmission electron microscope at a magnification of 200,000 is 12% or less.
Plastic pallet (1, 30) comprising: - a plastic upper deck (2, 31) made in one piece with a compact skin region and a foamed core region, and having an upper side on which goods can be stacked, - a plurality of plastic skids (3, 34) having a compact skin region and a foamed core region, said plastic skids being spaced apart from the upper deck (2, 31) and arranged substantially parallel to the upper deck (2, 31), and plastic spacer blocks (6, 33) that are located between the upper deck (2, 31) and the skids (3, 34), wherein the spacer blocks are formed as separate parts in which the spacer blocks (6, 33) are formed with a compact skin region and a foamed core region or as an entirely compact part, wherein the upper deck (2, 31) and the skids (3, 34) are manufactured as separate parts which in an assembled state are tightened together by plastic tightening pins, which each extend through a bore in each of the spacer blocks (6, 33) and corresponding holes in the upper deck (2, 31) and the skids (3, 34), and which plastic pins are arranged breakable to form a weakest part. - a plastic upper deck (2, 31) made in one piece with a compact skin region and a foamed core region, and having an upper side on which goods can be stacked, - a plurality of plastic skids (3, 34) having a compact skin region and a foamed core region, said plastic skids being spaced apart from the upper deck (2, 31) and arranged substantially parallel to the upper deck (2, 31), and
A telescopic boom extending along a longitudinal axis, comprising: - a base section intended to be connected to a frame of a machine for lifting loads, - a plurality of movable sections (4, 5, 6), - a hydraulic cylinder connecting the base section to a first movable section of said plurality for extending the first movable section relative to the base section, - at least one extension chain interposed between the base section and a second movable section of said plurality for extending the second movable section relative to the first movable section, - at least one further extension chain interposed between the first movable section and a third movable section of said plurality for extending the third movable section relative to the second movable section, characterized in that the extension chain and the further extension chain are located at opposite sides of the longitudinal axis. - a base section intended to be connected to a frame of a machine for lifting loads, - a plurality of movable sections (4, 5, 6), - a hydraulic cylinder connecting the base section to a first movable section of said plurality for extending the first movable section relative to the base section, - at least one extension chain interposed between the base section and a second movable section of said plurality for extending the second movable section relative to the first movable section, - at least one further extension chain interposed between the first movable section and a third movable section of said plurality for extending the third movable section relative to the second movable section,
Substructure for a facade cladding, having a support which can be fixed to a wall and to which a holding part can be fixed in different positions on a portion projecting from the wall, a strip for fixing a multiplicity of cladding elements (6, 7, 8) being fixed to the holding part, wherein a movable connection between the holding part and the support can be fixed via at least one locking element, characterized in that the at least one locking element is wedge-shaped and can be driven into a gap between the holding part and the projecting portion of the support.