mhurhangee/ep-ind-claims huggingface dataset:
A beer brewing pack comprising: a pack body having a mounting part to be mounted in a fermentation tank assembly, the pack body having an outer hollow part protruding therefrom; a flexible container coupled to a lower portion of the pack body; and a main flow path body; characterized in that an inner hollow part inserted and accommodated in the outer hollow part is formed in the main flow path body, in that the main flow path body has a handle part located at an upper portion of the outer hollow part, in that the inner hollow part is separably inserted into the pack body to be in surface contact with the outer hollow part, and in that the handle part is formed at an upper portion of the inner hollow part. a pack body having a mounting part to be mounted in a fermentation tank assembly, the pack body having an outer hollow part protruding therefrom; a flexible container coupled to a lower portion of the pack body; and a main flow path body; characterized in that an inner hollow part inserted and accommodated in the outer hollow part is formed in the main flow path body, in that the main flow path body has a handle part located at an upper portion of the outer hollow part, in that the inner hollow part is separably inserted into the pack body to be in surface contact with the outer hollow part, and in that the handle part is formed at an upper portion of the inner hollow part.
A water-based ink for ink-jet printing on a low-liquid absorbing printing medium, comprising a pigment, a polymer dispersant, a water-soluble organic solvent and water, in which: the water-soluble organic solvent comprises at least one solvent selected from the group consisting of propylene glycol monomethyl ether and propylene glycol monopropyl ether and at least one solvent selected from the group consisting of 1,4-butanediol, 1,6-hexanediol, dipropylene glycol and 2-pyrrolidone; a content of the water-soluble organic solvent in the water-based ink is not less than 20% by mass and not more than 45% by mass; and a content of the solvent (S 1) in the water-soluble organic solvent is not less than 78% by mass and not more than 95% by mass. the water-soluble organic solvent comprises at least one solvent selected from the group consisting of propylene glycol monomethyl ether and propylene glycol monopropyl ether and at least one solvent selected from the group consisting of 1,4-butanediol, 1,6-hexanediol, dipropylene glycol and 2-pyrrolidone; a content of the water-soluble organic solvent in the water-based ink is not less than 20% by mass and not more than 45% by mass; and a content of the solvent (S 1) in the water-soluble organic solvent is not less than 78% by mass and not more than 95% by mass.
A method, comprising: receiving, at a device in a network, a packet (400, 502) that includes one or more segment routing labels (408, 510-522) and a service function chaining, SFC, header (406, 508); removing, by the device, the one or more segment routing labels from the packet; inserting, by the device, an identifier of the one or more segment routing labels into metadata of the SFC header, wherein the identifier is a unique identifier for retrieving an associated one or more segment routing labels from a local table; associating the identifier with the one or more segment routing labels; storing, by the device, the one or more segment routing labels in a local table of the device; and forwarding, by the device, the packet with the inserted identifier of the one or more segment routing labels to a service function. receiving, at a device in a network, a packet (400, 502) that includes one or more segment routing labels (408, 510-522) and a service function chaining, SFC, header (406, 508); removing, by the device, the one or more segment routing labels from the packet; inserting, by the device, an identifier of the one or more segment routing labels into metadata of the SFC header, wherein the identifier is a unique identifier for retrieving an associated one or more segment routing labels from a local table; associating the identifier with the one or more segment routing labels; storing, by the device, the one or more segment routing labels in a local table of the device; and forwarding, by the device, the packet with the inserted identifier of the one or more segment routing labels to a service function.
A surgical instrument, comprising: a handle portion; a body portion coupled to the handle portion, the body portion having a distal portion configured to releasably engage a plurality of loading unit types; a sensor tube including a magnetic core disposed within the body portion, the sensor tube being configured to engage the plurality of loading unit types, wherein the sensor tube moves a predetermined distance in response to engaging a loading unit of the plurality of loading unit types; and a transformer disposed about the sensor tube, wherein the transformer is configured to generate a sensor signal corresponding to a predetermined distance the sensor tube is displaced by the loading unit upon engagement of the loading unit with the sensor tube, said surgical instrument being characterized in that the transformer includes a plurality of coils disposed about the sensor tube, the coils being arranged with a centre coil as a primary coil adapted for receiving an alternating current therethrough and outer coils (296, 297) as secondary coils having a voltage induced in each secondary coil proportionally, the coils being connected in reverse series so that the output voltage is the difference between the two voltages of the outer coils whereby when the core is in its central position equidistant between the outer coils, equal but opposite voltages are induced in the outer coils to provide an output voltage of zero. a handle portion; a body portion coupled to the handle portion, the body portion having a distal portion configured to releasably engage a plurality of loading unit types; a sensor tube including a magnetic core disposed within the body portion, the sensor tube being configured to engage the plurality of loading unit types, wherein the sensor tube moves a predetermined distance in response to engaging a loading unit of the plurality of loading unit types; and a transformer disposed about the sensor tube, wherein the transformer is configured to generate a sensor signal corresponding to a predetermined distance the sensor tube is displaced by the loading unit upon engagement of the loading unit with the sensor tube, said surgical instrument being characterized in that the transformer includes a plurality of coils disposed about the sensor tube, the coils being arranged with a centre coil as a primary coil adapted for receiving an alternating current therethrough and outer coils (296, 297) as secondary coils having a voltage induced in each secondary coil proportionally, the coils being connected in reverse series so that the output voltage is the difference between the two voltages of the outer coils whereby when the core is in its central position equidistant between the outer coils, equal but opposite voltages are induced in the outer coils to provide an output voltage of zero.
Connector suitable for being fitted on a shield wall, the connector comprising - a sleeve made of electrically insulating plastic material and having a wall with an inner surface and an outer surface, the sleeve being moulded in a single piece with a support, - a shield contact ring made of electrically conductive material, fitted in the sleeve, the shield contact ring being formed by a section of metal strip wound around a longitudinal axis parallel to that of the sleeve in which it is fitted and having ∘ an inner portion parallel to the longitudinal axis of the sleeve and located inside the sleeve, bearing on a first section of the inner surface of the wall of the sleeve, and intended to be in electrical contact with a ferrule placed around the shielding sheath of an electrical cable; ∘ an outer portion located outside the sleeve, made in one piece with the inner portion and intended to be linked electrically to a shield wall, - characterized by the fact that the outer portion extends the inner portion, through at least one opening formed in the wall of the sleeve, parallel to the longitudinal axis of the sleeve. - a sleeve made of electrically insulating plastic material and having a wall with an inner surface and an outer surface, the sleeve being moulded in a single piece with a support, - a shield contact ring made of electrically conductive material, fitted in the sleeve, the shield contact ring being formed by a section of metal strip wound around a longitudinal axis parallel to that of the sleeve in which it is fitted and having ∘ an inner portion parallel to the longitudinal axis of the sleeve and located inside the sleeve, bearing on a first section of the inner surface of the wall of the sleeve, and intended to be in electrical contact with a ferrule placed around the shielding sheath of an electrical cable; ∘ an outer portion located outside the sleeve, made in one piece with the inner portion and intended to be linked electrically to a shield wall, ∘ an inner portion parallel to the longitudinal axis of the sleeve and located inside the sleeve, bearing on a first section of the inner surface of the wall of the sleeve, and intended to be in electrical contact with a ferrule placed around the shielding sheath of an electrical cable; ∘ an outer portion located outside the sleeve, made in one piece with the inner portion and intended to be linked electrically to a shield wall, - characterized by the fact that the outer portion extends the inner portion, through at least one opening formed in the wall of the sleeve, parallel to the longitudinal axis of the sleeve.
Fire protection flap with a housing and a blocking flap mounted therein such as to pivot, in particular in the middle in relation to the housing cross-section, about a pivot axis between an open position and a closed position, wherein, for pivoting, i.e. for tensioning, of the blocking flap, an actuation handle is provided, which can be rotated about a rotation axle assigned to it and is arranged on the outside of the housing, and interacts directly or indirectly with the blocking flap such as to move it out of its closed position, against resetting force, into its open position, wherein at least one stop is provided, with which the blocking flap is in contact directly or indirectly in its open position, and wherein the fire protection flap comprises a triggering device, which can be brought into a fixing position and can be triggered by heat and can therefore be repositioned automatically into a release position, and wherein the actuation handle, and therefore the blocking flap connected to it, in the open position, can be fixed against a resetting force by means of the triggering device, located in its fixed position, can be fixed into a position which corresponds to the open position of the blocking flap, and can be pivoted out of this fixed position after the triggering of the triggering device and the consequent change of the triggering device into its release position, by the resetting force, into a second position corresponding to the closed position of the blocking flap, characterised in that the actuation handle is configured, by way of its material or by a supplementary element or by an intermediate element arranged between the actuation handle and the rotation axis, in such a way that a further displacement, in particular rotation, is permitted of the part of the actuation handle interacting with the triggering device, in the same direction (arrow 13), overcoming an additional force, in particular a resetting force, wherein the additional force is greater than the resetting force which is to be applied in order to displace the blocking flap out of its closed position into its open position.
Method for providing a predicative navigation function for a vehicle, in which a current position of the vehicle is recorded, without specifying a destination of a user, an intended route is determined, wherein an intentional probability is determined for the intended route, traffic data is recorded, which comprises disruption data on traffic disruption and the associated position of the traffic disruptions, if the intentional probability exceeds an intentional threshold, it is ascertained from the recorded traffic data whether a traffic disruption is relevant to the intended route determined, and, depending on the position of the vehicle relative to the position of the traffic disruption ascertained, a warning is output, wherein without specifying a destination of the user, a plurality of intended routes is determined, wherein an intentional probability is determined for each of the intended routes, characterised in that the total of the intentional probabilities of the intended routes is calculated for which a traffic disruption is relevant, and the warning is output depending on this total.
A method at a network controller RNC for user equipment, UE, offloading from a serving cell to a second cell, the method comprising: receiving, at a network controller, RNC, a measurement report from a UE, the measurement report comprising radio link measurement quantities of a serving cell and one or more candidate serving cells, wherein the measurement quantities include long term channel quality indicator estimates for each of the serving cell and the one or more candidate serving cells, wherein long term channel quality indicator estimates are determined after interference cancellation or suppression; based on the long term channel quality indicator estimates of the measurement report from the UE, performing, at the network controller, RNC, for each of the one or more candidate serving cells, a link level degradation evaluation, wherein the network controller, RNC, assumes that the UE is offloaded from the serving cell to the candidate neighbor cell and then compares the long term channel quality indicator estimates for the one or more candidate serving cells, and based thereon, evaluating a link level performance difference that will be introduced if the UE is offloaded to each of the candidate serving cells; and based thereon determining, at the network controller, RNC, whether to offload the UE to the second cell among the one or more candidate serving cells. receiving, at a network controller, RNC, a measurement report from a UE, the measurement report comprising radio link measurement quantities of a serving cell and one or more candidate serving cells, wherein the measurement quantities include long term channel quality indicator estimates for each of the serving cell and the one or more candidate serving cells, wherein long term channel quality indicator estimates are determined after interference cancellation or suppression; based on the long term channel quality indicator estimates of the measurement report from the UE, performing, at the network controller, RNC, for each of the one or more candidate serving cells, a link level degradation evaluation, wherein the network controller, RNC, assumes that the UE is offloaded from the serving cell to the candidate neighbor cell and then compares the long term channel quality indicator estimates for the one or more candidate serving cells, and based thereon, evaluating a link level performance difference that will be introduced if the UE is offloaded to each of the candidate serving cells; and based thereon determining, at the network controller, RNC, whether to offload the UE to the second cell among the one or more candidate serving cells.
Method of conveying a strip-shaped material in a container processing machine, in particular a strip of labels in a labelling machine, whereby the strip-shaped material is guided in the container processing machine via a plurality of rollers and at least one drive roller, characterised in that in a maintenance mode, the drive roller is controlled by applying a manual force signal to the strip-shaped material.
A light emitting diode package comprising: a package body comprising an upper face and a lower face, the lower face comprising a recess; a leadframe comprising a first lead component and a second lead component; a thermal element comprising one or more lateral protrusions (74, 76) protruding from lateral side walls of the thermal element and a lower protruding portion defining a bottom surface of the thermal element, wherein the thermal element is thermally and electrically isolated from the first and second lead components (22, 24) by isolating portions (26, 28) of the package body, and wherein the bottom surface is flush with, or extends from, the recess; a first group (92, 94, 98A) of LEDs arranged over the thermal element, wherein the first group (92, 94, 98A) of LEDs comprises a first LED electrically connected in series to a second LED; and a reflector cavity bounded by a floor comprising portions of the first and second lead components (22, 24), the isolating portions (26, 28) of the package body and a top surface of the thermal element, wherein the package body is disposed around the thermal element and the one or more of the first and second lead components (22. 24), so that the at least one lateral protrusion (74, 76) is enveloped on all external sides thereof by the package body, thereby retaining the thermal element and one or more of the first and second lead components (22, 24) as an integral unit with the package body. a package body comprising an upper face and a lower face, the lower face comprising a recess; a leadframe comprising a first lead component and a second lead component; a thermal element comprising one or more lateral protrusions (74, 76) protruding from lateral side walls of the thermal element and a lower protruding portion defining a bottom surface of the thermal element, wherein the thermal element is thermally and electrically isolated from the first and second lead components (22, 24) by isolating portions (26, 28) of the package body, and wherein the bottom surface is flush with, or extends from, the recess; a first group (92, 94, 98A) of LEDs arranged over the thermal element, wherein the first group (92, 94, 98A) of LEDs comprises a first LED electrically connected in series to a second LED; and a reflector cavity bounded by a floor comprising portions of the first and second lead components (22, 24), the isolating portions (26, 28) of the package body and a top surface of the thermal element, wherein the package body is disposed around the thermal element and the one or more of the first and second lead components (22. 24), so that the at least one lateral protrusion (74, 76) is enveloped on all external sides thereof by the package body, thereby retaining the thermal element and one or more of the first and second lead components (22, 24) as an integral unit with the package body.
Method for hammer strike monitoring for monitoring implantations of prostheses in bone by means of a surgical hammer, comprising at least the following steps a) recording the sound emissions in an operating theatre as audio measurement data during an implantation and transferring the audio measurement data to a trained artificial neural network b) pre-processing and segmentation of the audio measurement data from step a) by the trained artificial neural network, so that the audio measurement data generated by hammer strike of a surgical hammer on a prosthesis are extracted and pre-processed audio measurement data (D1*) are generated. c) determining the classification data at least from the pre-processed audio measurement data (D1*) from step b) by means of the trained artificial neural network, which comprise at least one classification value for at least one stroke of a surgical hammer on a prosthesis, so that this classification data can be used to evaluate the impact quality, the pre-processed audio measurement data (D1*) being used over the entire course of an operation d) output of the classification data from step c) for monitoring implantations of prostheses a) recording the sound emissions in an operating theatre as audio measurement data during an implantation and transferring the audio measurement data to a trained artificial neural network b) pre-processing and segmentation of the audio measurement data from step a) by the trained artificial neural network, so that the audio measurement data generated by hammer strike of a surgical hammer on a prosthesis are extracted and pre-processed audio measurement data (D1*) are generated. c) determining the classification data at least from the pre-processed audio measurement data (D1*) from step b) by means of the trained artificial neural network, which comprise at least one classification value for at least one stroke of a surgical hammer on a prosthesis, so that this classification data can be used to evaluate the impact quality, the pre-processed audio measurement data (D1*) being used over the entire course of an operation d) output of the classification data from step c) for monitoring implantations of prostheses
An optical circuit comprising: a first branching part configured to branch light; a first optical coupler configured to couple first branched light in the branched light to a first optical waveguide for transmission; and an optical reflection part configured to reflect second branched light in the branched light; wherein, at an input side of the first branching part, a phase difference between reflected light from the first optical coupler and reflected light from the optical reflection part is (2m-1)π, wherein m is an integer; characterized in that the optical reflection part is a second optical coupler; and diffracted light from the first optical coupler and diffracted light from the second optical coupler is coupled to the first optical waveguide. a first branching part configured to branch light; a first optical coupler configured to couple first branched light in the branched light to a first optical waveguide for transmission; and an optical reflection part configured to reflect second branched light in the branched light; wherein, at an input side of the first branching part, a phase difference between reflected light from the first optical coupler and reflected light from the optical reflection part is (2m-1)π, wherein m is an integer; characterized in that the optical reflection part is a second optical coupler; and diffracted light from the first optical coupler and diffracted light from the second optical coupler is coupled to the first optical waveguide.