mhurhangee/ep-ind-claims huggingface dataset:
A drainage piping arrangement for use on a building which has a base plate and/or foundation in the surrounding subsurface, having a substantially horizontal discharge pipe, able to be arranged in the deeper subsurface, and a substantially perpendicular feed line to the horizontal discharge pipe, wherein between the perpendicular feed line and the horizontal discharge pipe there is a long socket connection provided in the perpendicularly oriented piping path, wherein the perpendicular feed line is anchorable to the base plate and/or to the foundation by means of a pipe clamp, characterised in that a check rod is displaceably held in or on the perpendicular feed line in a perpendicular longitudinal direction, wherein the check rod is securely anchored to the horizontal discharge pipe.
A method for providing a solution comprising gadolinium-DOTA wherein said method comprises: (i) manufacturing a commercial batch of said solution; and, (ii) dispensing said solution into plastic containers; wherein said solution is in a form suitable for intravenous administration; wherein said plastic container is a syringe; wherein said plastic container is made from pharmaceutical-grade cyclic olefin; wherein said syringe comprises oxygen in the headspace of the syringe; and wherein said method further comprises the step (iii) of storing said solution dispensed into said plastic containers for more than 90 days and up to 36 months. (i) manufacturing a commercial batch of said solution; and, (ii) dispensing said solution into plastic containers; wherein said solution is in a form suitable for intravenous administration; wherein said plastic container is a syringe; wherein said plastic container is made from pharmaceutical-grade cyclic olefin; wherein said syringe comprises oxygen in the headspace of the syringe; and wherein said method further comprises the step (iii) of storing said solution dispensed into said plastic containers for more than 90 days and up to 36 months.
An apparatus, comprising an antenna; and a transceiver, wherein the transceiver is configured to transmit a first signal via the antenna, the first signal including a unique identification of the apparatus and a request for receive information about the first signal at a receiver, and receive from the receiver a second signal via the antenna, the second signal including first information about a direction of arrival (DoA) of the first signal at the receiver and second information indicative of a location of the receiver, wherein the second information includes data corresponding to the receiver position or a receiver identification, wherein the apparatus is configured to estimate its position using the information included in the second signal. an antenna; and a transceiver, wherein the transceiver is configured to transmit a first signal via the antenna, the first signal including a unique identification of the apparatus and a request for receive information about the first signal at a receiver, and receive from the receiver a second signal via the antenna, the second signal including first information about a direction of arrival (DoA) of the first signal at the receiver and second information indicative of a location of the receiver, wherein the second information includes data corresponding to the receiver position or a receiver identification, wherein transmit a first signal via the antenna, the first signal including a unique identification of the apparatus and a request for receive information about the first signal at a receiver, and receive from the receiver a second signal via the antenna, the second signal including first information about a direction of arrival (DoA) of the first signal at the receiver and second information indicative of a location of the receiver, wherein the second information includes data corresponding to the receiver position or a receiver identification, wherein the apparatus is configured to estimate its position using the information included in the second signal.
A method comprising, by a first network apparatus configured to operate at a first site of a network: receiving, from a first host located in the first site, a data packet destined to a second host located in a second site, wherein the first site and the second site are different, and wherein the data packet comprises an identifier of a first group to which the first host belongs; determining, based on the identifier of the first group in the data packet, that the first group is a source group; determining that an identity of a second group to which the second host belongs is not available at the first network node; sending, to a second network apparatus, a request for an identifier of the second group to which the second host belongs, wherein the request comprises an address of the second host; in response to sending the request for the identity of the second group, receiving, from the second network apparatus, a response comprising the identifier of the second group; determining, based on the received identifier, that the second group is a destination group; applying, to the data packet, one or more policies determined based on a combination of the source group and the destination group; and causing the data packet to be routed to the second host. receiving, from a first host located in the first site, a data packet destined to a second host located in a second site, wherein the first site and the second site are different, and wherein the data packet comprises an identifier of a first group to which the first host belongs; determining, based on the identifier of the first group in the data packet, that the first group is a source group; determining that an identity of a second group to which the second host belongs is not available at the first network node; sending, to a second network apparatus, a request for an identifier of the second group to which the second host belongs, wherein the request comprises an address of the second host; in response to sending the request for the identity of the second group, receiving, from the second network apparatus, a response comprising the identifier of the second group; determining, based on the received identifier, that the second group is a destination group; applying, to the data packet, one or more policies determined based on a combination of the source group and the destination group; and causing the data packet to be routed to the second host.
An electronic circuit chip for an RFID tag, the electronic circuit chip comprising an access circuit configured for coupling the electronic circuit chip to an antenna element of the RFID tag, a memory device being connected to the access circuit, and a transceive buffer, which is connected between the memory device and the access circuit, wherein the memory device is configured for storing a secret value, the transceive buffer is configured for receiving the secret value from the memory device, temporally storing the received secret value, and forwarding the temporally stored secret value to the access circuit, and the electronic circuit chip is configured for making retrievable the secret value from the memory device and deleting the secret value from the memory device, wherein deleting the secret value is accomplished if the secret value has been retrieved by means of a procedure for retrieving the stored secret value. an access circuit configured for coupling the electronic circuit chip to an antenna element of the RFID tag, a memory device being connected to the access circuit, and a transceive buffer, which is connected between the memory device and the access circuit, wherein
A furniture hinge, comprising: - a first fitting portion configured to be fixed to a first furniture part, - a second fitting portion configured to be fixed to a second furniture part, - at least one hinge axis hingedly connecting the first fitting portion and the second fitting portion to each other, - at least one adjustment device for adjusting a position of the first fitting portion relative to the second fitting portion, the adjustment device including at least one movably-supported adjustment element, and the position of the first fitting portion relative to the second fitting portion is adjustable by an actuation of the at least one adjustment element, characterized in that, upon an actuation of the at least one adjustment element, the position of the first fitting portion and the position of the second fitting portion are synchronously and symmetrically adjustable relative to the at least one hinge axis, wherein the at least one adjustment element is rotationally supported, and wherein a transmission mechanism is provided for converting a rotational movement of the adjustment element into a linear movement of the fitting portions (8, 9). - a first fitting portion configured to be fixed to a first furniture part, - a second fitting portion configured to be fixed to a second furniture part, - at least one hinge axis hingedly connecting the first fitting portion and the second fitting portion to each other, - at least one adjustment device for adjusting a position of the first fitting portion relative to the second fitting portion, the adjustment device including at least one movably-supported adjustment element, and the position of the first fitting portion relative to the second fitting portion is adjustable by an actuation of the at least one adjustment element,
A semiconductor structure, comprising: a semiconductor substrate; a metal pad, disposed on an upper surface of the semiconductor substrate, and a surface of the metal pad is provided with a bump; a barrier layer, disposed on a side of the bump away from the metal pad, the barrier layer including a first surface and a second surface; a first solder layer, disposed between the bump and the first surface of the barrier layer, the barrier layer and the bump being spaced apart; and a second solder layer, disposed on the second surface of the barrier layer; wherein the first solder layer, the barrier layer and the second solder layer are in an upward order, and a cross section of the barrier layer has an H-shape, the barrier layer comprises a first groove, a notch of the first groove faces a direction away from the first solder layer, and the second solder layer is disposed in the first groove, part of the second solder layer protrudes from the first groove; the barrier layer further comprises a second groove, and the first solder layer is disposed in the second groove; and the first surface of the barrier layer is a bottom surface of the second groove, and the second surface of the barrier layer is a bottom surface of the first groove; characterized in that the first solder layer has a reversed T-shaped cross section, a smaller end of the first solder layer is located in the second groove, and a larger end of the first solder layer is located beyond the second groove. a semiconductor substrate; a metal pad, disposed on an upper surface of the semiconductor substrate, and a surface of the metal pad is provided with a bump; a barrier layer, disposed on a side of the bump away from the metal pad, the barrier layer including a first surface and a second surface; a first solder layer, disposed between the bump and the first surface of the barrier layer, the barrier layer and the bump being spaced apart; and a second solder layer, disposed on the second surface of the barrier layer; wherein the first solder layer, the barrier layer and the second solder layer are in an upward order, and a cross section of the barrier layer has an H-shape, the barrier layer comprises a first groove, a notch of the first groove faces a direction away from the first solder layer, and the second solder layer is disposed in the first groove, part of the second solder layer protrudes from the first groove; the barrier layer further comprises a second groove, and the first solder layer is disposed in the second groove; and the first surface of the barrier layer is a bottom surface of the second groove, and the second surface of the barrier layer is a bottom surface of the first groove; characterized in that the first solder layer has a reversed T-shaped cross section, a smaller end of the first solder layer is located in the second groove, and a larger end of the first solder layer is located beyond the second groove.
An optical system for real-time closed-loop control of a fundus camera, comprising an optical path structure composed of a two-dimensional fundus camera, a light source, a plurality of lenses, and a dividing mirror, and further comprising an orthogonal steering mirror group, the orthogonal steering mirror group comprising a first steering mirror SM1 moving in a horizontal direction and a second steering mirror SM2 moving in a vertical direction; wherein the optical system is arranged to convert fundus motion information obtained from an image of the fundus camera into residual motion information that has been compensated by the first steering mirror SM1 and the second steering mirror SM2,, and to manipulate the first steering mirror SM1 and the second steering mirror SM2 respectively in real time to compensate for a translational motion and optionally control the fundus camera to compensate for a fundus rotation by a translation control instruction and a fundus rotation control instruction using a relationship between control parameters, wherein an incident light emitted from the light source is collimated by a lens L1 and reaches a dividing mirror DM1, and then a portion of the incident light is reflected by the dividing mirror DM1 and enters a lens L2 to reach a fundus; the light reflected from the fundus transmits through the lens L2, the dividing mirror DM1, and a focusing lens L3, and is received by the two-dimensional fundus camera.
A process for pneumatic manipulation of a concrete member having an anchor rail integrated in the concrete member and being in cross-section substantially C-shaped with an anchor rail slot showing toward the outside of the concrete member, wherein in the anchor rail a preferably closed filler element made of a rubber-elastic material having, as seen in the cross-section of the anchor rail, opposed latching elements, which engage behind the anchor rail in the area of the anchor rail slot, is snapped-in, wherein at least one pneumatic lifting element is placed on the concrete member at least in a partial section comprising the anchor rail, such that the anchor rail is positioned at least partially under the pneumatic lifting element, wherein in the closed volume formed by the pneumatic lifting element and the concrete member an underpressure is created, wherein the filler element is provided either over at least the section of the anchor rail that is exposed to the underpressure, or, with cross-section portions closed by additional filler elements, which after placement of the filler element are still open, is specifically employed only there, where a seal of the pneumatic lifting element is provided, wherein by actuation of the pneumatic lifting element with sucked-on concrete member, the concrete member is lifted and moved to a target site and into a target position, wherein the underpressure in the closed volume is reduced to such an extent that the concrete member and the pneumatic lifting element can be separated from one another, and wherein optionally the filler element is removed at least partially from the anchor rail.
A filler neck closure assembly comprising a nozzle inhibitor formed to include a door support having a central opening sized to receive a fuel-dispensing nozzle (32A, 32B) during a tank-refueling activity, a first door mounted for movement relative to the door support about a door-pivot axis from a closed position partly occluding the central opening to an opened position opening the central opening, and a second door mounted for movement relative to the door support about the door-pivot axis from a closed position partly occluding the central opening and an opened position opening the central opening, the first and second doors (15, 16) cooperating to block movement of a fuel-dispensing nozzle (32A, 32B) through the central opening of the door support when each of the first and second doors (15, 16) is moved to assume the closed position, wherein the door-pivot axis extends parallel to the filler neck.
A playing card comprising a code (11, 110) which is invisible to the naked eye under normal condition and is identifiable by a prescribed identification device, wherein a group of the playing cards comprises one deck or plural decks of the playing cards, the code (11, 110) comprises an identification code representing a group to which the playing card belongs, the identification code comprises a casino information inherent to a casino where the playing card is used, the code (11, 110) further includes a suit code representing a suit and a rank of the card, the code (11, 110) is composed of a plurality of code data divided in two places and printed in more than one place on one playing card, and data contained in the code (11, 110) can be obtained by reading the plurality of code data by means of the identification device.
An isolated human anti-TNFα antibody, or an antigen binding portion thereof, for use in the treatment of depression, wherein the human anti-TNFα antibody, or the antigen binding portion thereof, is subcutaneously administered to the subject and wherein the subcutaneous administration excludes perispinal administration.
A portable heating system, comprising: a lower regulator comprising a conductive material and defining a fuel cavity, the lower regulator, when at a temperature above about 3°C (38° F), is configured to vaporize a liquid fuel mixture of propane and butane received within the fuel cavity and emit only vaporized fuel from the lower regulator; an upper regulator, wherein the emitted vaporized fuel travels from the lower regulator to the upper regulator; and a circuit with a processor that controls and monitors the release of the liquid fuel mixture received within the fuel cavity from a fuel cartridge. a lower regulator comprising a conductive material and defining a fuel cavity, the lower regulator, when at a temperature above about 3°C (38° F), is configured to vaporize a liquid fuel mixture of propane and butane received within the fuel cavity and emit only vaporized fuel from the lower regulator; an upper regulator, wherein the emitted vaporized fuel travels from the lower regulator to the upper regulator; and a circuit with a processor that controls and monitors the release of the liquid fuel mixture received within the fuel cavity from a fuel cartridge.
A method of finishing an aluminium fan blade with an airfoil, a root, a leading edge and a tip comprising: imparting residual stresses onto the blade by peening; bonding a sheath and a cover to the fan blade; coating the blade to protect exposed areas of the fan blade; and curing the blade in low-temperature cure cycles at or below 250°F (121°C, 394 K) to preserve residual stresses imparted, wherein the step of coating the blade to protect exposed areas of the blade further comprises: priming the blade and curing the blade; bonding wear pads with paste adhesive and curing; and painting the blade and curing. imparting residual stresses onto the blade by peening; bonding a sheath and a cover to the fan blade; coating the blade to protect exposed areas of the fan blade; and curing the blade in low-temperature cure cycles at or below 250°F (121°C, 394 K) to preserve residual stresses imparted, wherein the step of coating the blade to protect exposed areas of the blade further comprises: priming the blade and curing the blade; bonding wear pads with paste adhesive and curing; and painting the blade and curing. priming the blade and curing the blade; bonding wear pads with paste adhesive and curing; and painting the blade and curing.
A method of handling anchor-based mobility management by an access base station (BS1-BS4) in a communication system, characterized by comprising the steps of: determining whether to establish a S1-MME interface to a mobility management entity at an anchor base station for a user equipment in order to connect the access base station (BS1-BS4) to the mobility management entity via the anchor base station; selecting at least one anchor base station for establishing the S1-MME interface; and requesting the at least one anchor base station to establish the S1-MME interface for the user equipment by the access base station (BS1-BS4) of the user equipment. determining whether to establish a S1-MME interface to a mobility management entity at an anchor base station for a user equipment in order to connect the access base station (BS1-BS4) to the mobility management entity via the anchor base station; selecting at least one anchor base station for establishing the S1-MME interface; and requesting the at least one anchor base station to establish the S1-MME interface for the user equipment by the access base station (BS1-BS4) of the user equipment.
Method for managing the charging of batteries of a plurality of devices, according to which: • a usage of at least one device is scheduled, • a charging objective for each battery of the plurality of devices is consequently established, • the charging of each battery is managed according to the objective, characterised in that, • during the scheduling, at least one reservation for a type of device and for a need for use is received or estimated, • during a first allocation phase a battery is allocated to each reservation by checking that the battery thus reserved is able to satisfy the need for use by taking its initial state of charge into account, and • a predetermined number of reserve batteries without reservation is added to the reserved batteries and a full charge objective is defined for the reserve batteries. • a usage of at least one device is scheduled, • a charging objective for each battery of the plurality of devices is consequently established, • the charging of each battery is managed according to the objective, characterised in that, • during the scheduling, at least one reservation for a type of device and for a need for use is received or estimated, • during a first allocation phase a battery is allocated to each reservation by checking that the battery thus reserved is able to satisfy the need for use by taking its initial state of charge into account, and • a predetermined number of reserve batteries without reservation is added to the reserved batteries and a full charge objective is defined for the reserve batteries.