mhurhangee/ep-ind-claims huggingface dataset:
A method for aggregating data in wireless communications, the method comprising: communicating data packets, by a packet convergence entity, with a first radio access technology, RAT, link and a second RAT link, wherein the packet convergence entity comprises a packet data convergence protocol, PDCP, entity, and the first RAT link and the second RAT link use different radio access technologies; receiving an indication from each of the first RAT link and the second RAT link; determining, at the packet convergence entity, whether the data packets are received from the first RAT link or the second RAT link based on the indication from each of the first RAT link and the second RAT link; monitoring, at the packet convergence entity, a sequence number value of each of the data packets received on the first RAT link and the second RAT link; determining, at the packet convergence entity, whether the sequence number values of the data packets received on the first RAT link and the second RAT link are out of order; performing, at the packet convergence entity, one or more actions based at least in part on the determination that the sequence number values of the received data packets are out of order; and exchanging packet status information in response to one or more events on one or both of the first RAT link and the second RAT link. communicating data packets, by a packet convergence entity, with a first radio access technology, RAT, link and a second RAT link, wherein the packet convergence entity comprises a packet data convergence protocol, PDCP, entity, and the first RAT link and the second RAT link use different radio access technologies; receiving an indication from each of the first RAT link and the second RAT link; determining, at the packet convergence entity, whether the data packets are received from the first RAT link or the second RAT link based on the indication from each of the first RAT link and the second RAT link; monitoring, at the packet convergence entity, a sequence number value of each of the data packets received on the first RAT link and the second RAT link; determining, at the packet convergence entity, whether the sequence number values of the data packets received on the first RAT link and the second RAT link are out of order; performing, at the packet convergence entity, one or more actions based at least in part on the determination that the sequence number values of the received data packets are out of order; and exchanging packet status information in response to one or more events on one or both of the first RAT link and the second RAT link.
Modular system for checking a valve seat and a valve guide in cylinder heads of internal combustion engines, the system including: - a support frame, - one or more electronic gauges with a nosepiece for checking dimensional and geometric features of the valve seat and the valve guide, - a guide and support assembly movably coupled to the support frame with three degrees of freedom and carrying one or more electronic gauges, the guide and support assembly being adapted to position said one gauge over the valve seat to be checked, and to bring the gauge to cooperate with the valve seat along a vertical direction, - a precentering pin connected to said guide and support assembly adapted to guide the insertion of the gauge in the valve seat and the valve guide by entering a valve seat and a valve guide close to the valve seat and the valve guide to be checked, characterized in that said guide and support assembly includes resting surfaces and matching surfaces integral with said one gauge which rest on said resting surfaces, in a checking condition in which said one gauge cooperates with the valve seat to be checked the matching surfaces integral with the gauge and the resting surfaces being adapted to mutually detach so that said one gauge is substantially unconstrained at least in said vertical direction. - a support frame, - one or more electronic gauges with a nosepiece for checking dimensional and geometric features of the valve seat and the valve guide, - a guide and support assembly movably coupled to the support frame with three degrees of freedom and carrying one or more electronic gauges, the guide and support assembly being adapted to position said one gauge over the valve seat to be checked, and to bring the gauge to cooperate with the valve seat along a vertical direction, - a precentering pin connected to said guide and support assembly adapted to guide the insertion of the gauge in the valve seat and the valve guide by entering a valve seat and a valve guide close to the valve seat and the valve guide to be checked,
Covering element for a timepiece or piece of jewellery, the covering element being made of zirconia, characterised in that the covering element has a zirconia surface provided with a pattern in zirconium carbide or in zirconium nitride, said pattern in zirconium carbide or zirconium nitride corresponding to a superficial modification of the structure of said zirconia into a new crystallographic structure over a thickness of the order of 10 to 500 nm.
An assembly operable for measuring one of a force and a moment, comprising: a compliant flexure mechanism that is one of deflected and deformed under an applied load; a contact low-resolution load sensor coupled to the compliant flexure mechanism in physical contact and operable for measuring one of the deflection and the deformation of the compliant flexure mechanism under a relatively higher load; and a high resolution load sensor coupled to the compliant flexure mechanism and operable for measuring one of the deflection and the deformation of the compliant flexure mechanism under a relatively lower load; characterized in that the high-resolution load sensor is a non-contact sensor that is disposed at a distance from the compliant flexure mechanism such that the high- resolution load sensor is not subject to damage by the relatively higher load. a compliant flexure mechanism that is one of deflected and deformed under an applied load; a contact low-resolution load sensor coupled to the compliant flexure mechanism in physical contact and operable for measuring one of the deflection and the deformation of the compliant flexure mechanism under a relatively higher load; and a high resolution load sensor coupled to the compliant flexure mechanism and operable for measuring one of the deflection and the deformation of the compliant flexure mechanism under a relatively lower load; characterized in that the high-resolution load sensor is a non-contact sensor that is disposed at a distance from the compliant flexure mechanism such that the high- resolution load sensor is not subject to damage by the relatively higher load.
An endoscope, comprising: a handle portion and an insertion portion extending from the handle portion; a control circuit mounted on a handle printed circuit board, which is disposed within the handle portion and comprises a first connector element; and a sensor assembly comprising: an image sensor mounted at a distal end of the insertion portion and configured to generate an image signal; a sensor connector formed as a printed circuit board and comprising a tongue configured to mate with the first connector element and a non-volatile sensor calibration memory storing calibration data with respect to the image sensor; and a cable passing through the insertion portion and connecting the image sensor to the sensor connector, wherein the control circuit is configured to drive the image sensor based on a control signal from a processor, to adjust the image signal from the image sensor to form a calibrated image signal, based on the calibration data stored in the memory, and to transmit the calibrated image signal to the processor. a handle portion and an insertion portion extending from the handle portion; a control circuit mounted on a handle printed circuit board, which is disposed within the handle portion and comprises a first connector element; and a sensor assembly comprising: an image sensor mounted at a distal end of the insertion portion and configured to generate an image signal; a sensor connector formed as a printed circuit board and comprising a tongue configured to mate with the first connector element and a non-volatile sensor calibration memory storing calibration data with respect to the image sensor; and a cable passing through the insertion portion and connecting the image sensor to the sensor connector, wherein the control circuit is configured to drive the image sensor based on a control signal from a processor, to adjust the image signal from the image sensor to form a calibrated image signal, based on the calibration data stored in the memory, and to transmit the calibrated image signal to the processor. an image sensor mounted at a distal end of the insertion portion and configured to generate an image signal; a sensor connector formed as a printed circuit board and comprising a tongue configured to mate with the first connector element and a non-volatile sensor calibration memory storing calibration data with respect to the image sensor; and a cable passing through the insertion portion and connecting the image sensor to the sensor connector, wherein the control circuit is configured to drive the image sensor based on a control signal from a processor, to adjust the image signal from the image sensor to form a calibrated image signal, based on the calibration data stored in the memory, and to transmit the calibrated image signal to the processor.
A method performed by a first node, the method being for configuring a second node to handle two or more ingress member flows (121, 122) split from a flow of packets, each of the two or more ingress member flows (121, 122) comprising a plurality of packets, wherein the configuring is to handle the two or more ingress member flows (121, 122) via at least one elimination function, and at least one replication function supported by the second node, the first node and the second node operating in a communications network, the method comprising: - allocating a first indication to a first ingress member flow to be input into the at least one elimination function, the first indication identifying the first ingress member flow as being comprised in the flow of packets, and the first indication uniquely identifying the first ingress member flow from at least one of: i. a second ingress member flow, of the two or more ingress member flows (121, 122), to be input into the at least one replication function, and ii. any other ingress member flow, of the two or more ingress member flows (121, 122), to be input into the second node, and - configuring the second node to use the allocated first indication. - allocating a first indication to a first ingress member flow to be input into the at least one elimination function, the first indication identifying the first ingress member flow as being comprised in the flow of packets, and the first indication uniquely identifying the first ingress member flow from at least one of: i. a second ingress member flow, of the two or more ingress member flows (121, 122), to be input into the at least one replication function, and ii. any other ingress member flow, of the two or more ingress member flows (121, 122), to be input into the second node, and i. a second ingress member flow, of the two or more ingress member flows (121, 122), to be input into the at least one replication function, and ii. any other ingress member flow, of the two or more ingress member flows (121, 122), to be input into the second node, and - configuring the second node to use the allocated first indication.
A face recognition system comprising an apparatus, the apparatus comprising: a base image determiner configured to determine at least one base image from among an image registered by a user as a base image and an image considered based on a usage log of a user to demonstrate the most or least frequent facial expression of the user; a continuously photographed image generator configured to generate continuously photographed images by continuously photographing a subject; an image selector configured to select each of the continuously photographed images; a difference calculator configured to extract a feature value of a feature from the at least one base image and for each of the selected images a feature value of the feature from the selected image, respectively, and to calculate a difference between the at least one base image and each of the selected images based on the extracted feature values; and a peak image determiner configured to determine a peak image from among the continuously photographed images as an image with the greatest or smallest difference to the base image from among the plurality of continuously photographed images, wherein when the base image represents a most frequent expression of the subject, the peak image is determined as the one with the greatest difference to the base image, and when the base image represents a least frequent expression of the subject, the peak image is determined as the one with the smallest difference to the base image; and wherein the apparatus is configured to provide the continuously photographed images without the determined peak image for face recognition. a base image determiner configured to determine at least one base image from among an image registered by a user as a base image and an image considered based on a usage log of a user to demonstrate the most or least frequent facial expression of the user; a continuously photographed image generator configured to generate continuously photographed images by continuously photographing a subject; an image selector configured to select each of the continuously photographed images; a difference calculator configured to extract a feature value of a feature from the at least one base image and for each of the selected images a feature value of the feature from the selected image, respectively, and to calculate a difference between the at least one base image and each of the selected images based on the extracted feature values; and a peak image determiner configured to determine a peak image from among the continuously photographed images as an image with the greatest or smallest difference to the base image from among the plurality of continuously photographed images, wherein when the base image represents a most frequent expression of the subject, the peak image is determined as the one with the greatest difference to the base image, and when the base image represents a least frequent expression of the subject, the peak image is determined as the one with the smallest difference to the base image; and wherein the apparatus is configured to provide the continuously photographed images without the determined peak image for face recognition.
An arrangement for mixing a fluid to a process liquid by means of at least one injection mixing station, said arrangement comprising the at least one mixing station comprising two or more injection mixers adapted for fastening, when in use, on a periphery of a process liquid flow pipe, each injection mixer having an inlet (4-F) for the fluid to be mixed and at least one first inlet for an injection liquid used for injecting the fluid out of the injection mixer, each of the at least one first inlets being connected by means of feed pipes to a means for dividing the injection liquid, the injection liquid dividing means, when in use, being arranged in flow communication via an injection liquid line with the process liquid flow pipe, and having at least as many outlets (32, 42, 44, 62, 64) as there are injection mixers in the at least one injection mixing station, each one of the outlets (32, 42, 44, 62, 64) having, when in use, a volume flow, characterized in that the injection liquid dividing means is a centrifugal pump (30, 40, 60) having a casing with outlets (32, 42, 44, 62, 64) divided round the casing, the centrifugal pump being designed and constructed to provide, when in use, an equal fluid pressure in the casing.
A method of laser processing a glass material (1, 20, 130, 720) comprising: focusing a pulsed laser beam into a laser beam focal line; directing the laser beam focal line into the glass material (1, 20, 130, 720) at a first location, the laser beam focal line generating an induced absorption within the glass material (1, 20, 130, 720), the induced absorption producing a damage track along the laser beam focal line within the glass material (1, 20, 130, 720); translating the glass material (1, 20, 130, 720) and the pulsed laser beam relative to each other starting from the first location along a first closed contour, thereby producing a plurality of damage tracks along the first closed contour within the glass material(1, 20, 130, 720); and directing a focused CO 2 laser into the glass material (1, 20, 130, 720) around a second closed contour contained within the first closed contour to facilitate removal of an inner plug of the glass material (1, 20, 130, 720) along the first closed contour. focusing a pulsed laser beam into a laser beam focal line; directing the laser beam focal line into the glass material (1, 20, 130, 720) at a first location, the laser beam focal line generating an induced absorption within the glass material (1, 20, 130, 720), the induced absorption producing a damage track along the laser beam focal line within the glass material (1, 20, 130, 720); translating the glass material (1, 20, 130, 720) and the pulsed laser beam relative to each other starting from the first location along a first closed contour, thereby producing a plurality of damage tracks along the first closed contour within the glass material(1, 20, 130, 720); and directing a focused CO 2 laser into the glass material (1, 20, 130, 720) around a second closed contour contained within the first closed contour to facilitate removal of an inner plug of the glass material (1, 20, 130, 720) along the first closed contour.
Litter for use in animal keeping, consisting of 10 to 80% by weight of cellulosic substance which is selected from at least one component of the group consisting of wood meal, bran, hulls and bran, cereal hull and cereal husk, 10 to 70% by weight of cereal flour and 0.1 to 4% by weight of gel former, wherein the gel former is selected from at least one component of the group consisting of modified starch, guaran, carob gum, tara gum, xanthan gum, gellan gum, gum karaya, alginate, agar, carrageenan, gum arabic, pectin, tragacanth and cellulose ether, based on the total weight of the litter, where the above components always amount to 100% by weight, where the cellulosic substance is present in the form of particles with a particle size of from 0.2 to 6 mm.
A system comprising the following computer-executable components: a receiver component adapted to receive an indication that a conversation window for a first messaging contact is desirably collapsed, wherein the conversation window for the first messaging contact is one of a plurality of conversation windows that correspond to an instant messaging application that is executable on a computing device, and wherein the receiver component is adapted to receive an indication that a text entry field of the conversation window is desirably detached from a remainder of the conversation window; a detacher component adapted to detach the text entry field from the remainder of the conversation window, and to cause the text entry field to be usable in conversations with multiple contacts, wherein the text entry field includes a respective button for each of the plurality of conversation windows, and wherein messages entered into the text entry field are directed to a respective contact of the conversation windows based upon a selected one of said buttons; and a window minimizer component adapted to collapse the conversation window into a graphical indication of at least the first contact in a contacts window of the instant messaging application, wherein the graphical indication is highlighted to indicate that a conversation exists with the first messaging contact. a receiver component adapted to receive an indication that a conversation window for a first messaging contact is desirably collapsed, wherein the conversation window for the first messaging contact is one of a plurality of conversation windows that correspond to an instant messaging application that is executable on a computing device, and wherein the receiver component is adapted to receive an indication that a text entry field of the conversation window is desirably detached from a remainder of the conversation window; a detacher component adapted to detach the text entry field from the remainder of the conversation window, and to cause the text entry field to be usable in conversations with multiple contacts, wherein the text entry field includes a respective button for each of the plurality of conversation windows, and wherein messages entered into the text entry field are directed to a respective contact of the conversation windows based upon a selected one of said buttons; and a window minimizer component adapted to collapse the conversation window into a graphical indication of at least the first contact in a contacts window of the instant messaging application, wherein the graphical indication is highlighted to indicate that a conversation exists with the first messaging contact.
A communication method, comprising: receiving (S102, S202, S302, S402, S502, S602) a correspondence from a network device, wherein the correspondence is a correspondence between N measurement gap configurations and N reference signal groups, one or more reference signals comprised in the reference signal group occupy a same time domain resource, the N reference signal groups are in a one-to-one correspondence with the N measurement gap configurations, and N is an integer greater than 1; and for one first measurement gap configuration in the N measurement gap configurations, measuring (S103, S203, S303, S403, S503, S603), based on the first measurement gap configuration, one or more reference signals comprised in a first reference signal group corresponding to the first measurement gap configuration; wherein the one or more reference signals comprised in the reference signal group are used for a same measurement purpose and/or wherein the one or more reference signals comprised in the reference signal group are of a same type. receiving (S102, S202, S302, S402, S502, S602) a correspondence from a network device, wherein the correspondence is a correspondence between N measurement gap configurations and N reference signal groups, one or more reference signals comprised in the reference signal group occupy a same time domain resource, the N reference signal groups are in a one-to-one correspondence with the N measurement gap configurations, and N is an integer greater than 1; and for one first measurement gap configuration in the N measurement gap configurations, measuring (S103, S203, S303, S403, S503, S603), based on the first measurement gap configuration, one or more reference signals comprised in a first reference signal group corresponding to the first measurement gap configuration; wherein the one or more reference signals comprised in the reference signal group are used for a same measurement purpose and/or wherein the one or more reference signals comprised in the reference signal group are of a same type.