mhurhangee/ep-ind-claims huggingface dataset:
A method of reporting an exchange of messages between nodes in a network, the method comprising: receiving from a first device, using circuitry, a request for data for a target node, the data indicative of an exchange of messages between nodes in a network linked to the target node, characterized by: determining, by the circuitry, whether a request for data for the target node has previously been received; and, when a request for data for the target node has previously been received, the method comprises: building, by the circuitry, data indicative of the exchange of messages between nodes in the network linked to the target node; identifying, by the circuitry, a new portion of the data based on a comparison of the data with previous data which has been built for the target node; and reporting to the first device, by the circuitry, the new portion of the data. determining, by the circuitry, whether a request for data for the target node has previously been received; and, when a request for data for the target node has previously been received, the method comprises: building, by the circuitry, data indicative of the exchange of messages between nodes in the network linked to the target node; identifying, by the circuitry, a new portion of the data based on a comparison of the data with previous data which has been built for the target node; and reporting to the first device, by the circuitry, the new portion of the data. building, by the circuitry, data indicative of the exchange of messages between nodes in the network linked to the target node; identifying, by the circuitry, a new portion of the data based on a comparison of the data with previous data which has been built for the target node; and reporting to the first device, by the circuitry, the new portion of the data.
External mammary prosthesis, characterized in that it comprises a framework of flexible material having the shape of a breast, said framework defining an internal cavity and having, at a proximal end, an annular base conformed to the shape of the chest of a person and, at a distal end, a solid disc zone having the shape of a nipple and its adjoining areola, the disc zone defining a sagittal axis, the annular base being connected to the disc zone by sinuous arms made of flexible material, said arms demarcating the internal cavity and being spaced apart from each other in order to define aeration zones opening into the internal cavity.
A network interface controller comprising: at least one Ethernet port configured to provide an Ethernet link, and is arranged to include: a physical, PHY, layer circuitry; and a Media Access Controller, the Media Access Controller configured to be associated with the PHY layer circuitry; and one or more non-transitory machine-readable storage media comprising a plurality of instructions stored thereon that, which when executed, cause the network interface controller to: in response to detecting a power on reset signal, initialize a timer with a delay time for the at least one Ethernet port to delay configuration of the PHY layer circuitry and the Media Access Controller for a duration corresponding to the delay time after detecting the power on reset signal to thereby delay establishment of the Ethernet link, wherein the PHY layer circuitry and the Media Access Controller are disabled during the delay time; and in response to expiration of the delay time, configure the PHY layer circuitry and the Media Access Controller to enable the at least one Ethernet port for establishing the Ethernet link. at least one Ethernet port configured to provide an Ethernet link, and is arranged to include: a physical, PHY, layer circuitry; and a Media Access Controller, the Media Access Controller configured to be associated with the PHY layer circuitry; and a physical, PHY, layer circuitry; and a Media Access Controller, the Media Access Controller configured to be associated with the PHY layer circuitry; and one or more non-transitory machine-readable storage media comprising a plurality of instructions stored thereon that, which when executed, cause the network interface controller to: in response to detecting a power on reset signal, initialize a timer with a delay time for the at least one Ethernet port to delay configuration of the PHY layer circuitry and the Media Access Controller for a duration corresponding to the delay time after detecting the power on reset signal to thereby delay establishment of the Ethernet link, wherein the PHY layer circuitry and the Media Access Controller are disabled during the delay time; and in response to expiration of the delay time, configure the PHY layer circuitry and the Media Access Controller to enable the at least one Ethernet port for establishing the Ethernet link. in response to detecting a power on reset signal, initialize a timer with a delay time for the at least one Ethernet port to delay configuration of the PHY layer circuitry and the Media Access Controller for a duration corresponding to the delay time after detecting the power on reset signal to thereby delay establishment of the Ethernet link, wherein the PHY layer circuitry and the Media Access Controller are disabled during the delay time; and in response to expiration of the delay time, configure the PHY layer circuitry and the Media Access Controller to enable the at least one Ethernet port for establishing the Ethernet link.
Receptacle for a cosmetic product, comprising a container equipped with a tubular body and an inner volume, the receptacle comprising a cup capable of being moved in said tubular body and configured to receive said product, the receptacle comprising means for moving the cup equipped with a first and a second part coaxial with the cup along an axis of the container, the cup, the first and the second part being connected to one another according to a telescopic movement along said axis, wherein the cup comprises at least one extension tab (10, 11) capable of cooperating with the first part, the extension tab (10, 11) enabling to control the movement of the cup in relation to the first part, wherein the first part comprises a first thread capable of cooperating with an excrescence arranged on the extension tab (10, 11), the sliding of said excrescence in the first thread controlling the movement of the cup in relation to the first part and wherein the first and second parts are equipped with an unblocking through bore opposite one another.
A washing method of a washing machine, wherein the washing machine comprises an outer drum, an inner drum, an impeller, and a driving apparatus, in a washing process, a driving apparatus drives the inner drum and the impeller to rotate opposite to each other, and after each rotation cycle, the inner drum and the impeller reversely rotate, wherein a rotation cycle is a cycle time when the inner drum and the impeller rotate opposite to each other, characterized in that the driving apparatus drives the inner drum and the impeller to reverse asynchronously, so as to enable the impeller and the inner drum to rotate in a same direction within a reversal time difference; and characterized in that: when washing starts, the impeller and the inner drum rotate in opposite to each other, and a delayed starting time between the impeller and the inner drum is greater than 0 and less than or equal to 3S; wherein one of the impeller and inner drum first rotates, after a delay of a set time, the other one of the inner drum and impeller further rotates in an opposite direction, each rotation cycle time of the inner drum is equal to that of the impeller, and the set time of the delay is less than the rotation cycle time.
Device for measuring the evolution in a range of temperatures during an operation of welding between a first component and a second component made of plastic characterised in that it comprises a dummy component indicative of the first component, the dummy component being provided with a set of heat sensors fixed and distributed on at least part of a contact surface of the dummy component with the second component, said dummy component being furthermore made of a material that cannot be welded under the conditions of the welding operation exhibiting thermal characteristics similar to those of the first component.
Land-based electric vehicle charging plug having a plug base and a separate and interchangeable interface which is detachably fixed to the plug base, wherein the plug base has an electrically nonconductive base body and at least one charging current base contact, the interface has an electrically nonconductive interface body and at least one charging current interface contact, which is plugged together with the corresponding charging current base contact, and the plug base and the interface have positive guide means, which form an insertion funnel (64, 65, 72, 73), characterized in that the positive guide means is formed as a lug body (52, 52'), which engages in a corresponding lug guide when they are plugged together, wherein the positive guide plane (X-Y) lies in the base plane of the flat lug body (52, 52'). the plug base has an electrically nonconductive base body and at least one charging current base contact, the interface has an electrically nonconductive interface body and at least one charging current interface contact, which is plugged together with the corresponding charging current base contact, and the plug base and the interface have positive guide means, which form an insertion funnel (64, 65, 72, 73), characterized in that the positive guide means is formed as a lug body (52, 52'), which engages in a corresponding lug guide when they are plugged together, wherein the positive guide plane (X-Y) lies in the base plane of the flat lug body (52, 52').
A method of monitoring a conveyance apparatus within a conveyance system, wherein the conveyance system is an elevator system and the conveyance apparatus is an elevator car or wherein the conveyance system is an escalator system and the conveyance apparatus is a moving stair, the method comprising: detecting a vibratory signature at a primary location in the conveyance system during a commissioning phase using a primary sensing apparatus located at the primary location; detecting a vibratory signature at a secondary location in the conveyance system during the commissioning phase using a secondary sensing apparatus located at the secondary location; determining a transfer algorithm in response to the vibratory signature at the primary location during the commissioning phase and the vibratory signature at the secondary location during the commissioning phase; detecting a vibratory signature at the primary location during a normal operation phase using the primary sensing apparatus located at the primary location; and converting the vibratory signature at the primary location during the normal operation phase to a vibratory signature at the secondary location during the normal operation phase using the transfer algorithm. detecting a vibratory signature at a primary location in the conveyance system during a commissioning phase using a primary sensing apparatus located at the primary location; detecting a vibratory signature at a secondary location in the conveyance system during the commissioning phase using a secondary sensing apparatus located at the secondary location; determining a transfer algorithm in response to the vibratory signature at the primary location during the commissioning phase and the vibratory signature at the secondary location during the commissioning phase; detecting a vibratory signature at the primary location during a normal operation phase using the primary sensing apparatus located at the primary location; and converting the vibratory signature at the primary location during the normal operation phase to a vibratory signature at the secondary location during the normal operation phase using the transfer algorithm.
A method for stratification of a patient for assessing the suitability of a therapy for the patient suffering from an ER and/or PR positive and HER2 negative cancer, the therapy being directed towards a signaling pathway, comprising the following step: (i) determining the activation status of an ER and/or PR signaling pathway by applying a Proximity Ligation Assay to detect in a tissue sample of the patient the presence of at least one member of the ER and/or PR family, said at least one member being part of a transcription factor complex, and at least one protein selected from the group consisting of TAFs, TBP, POLII, TFII, p300, CREB, and CBP, wherein the at least one protein is part of the same transcription factor complex, wherein the stratification is based on the activation status determined in step (i) and the suitability of the therapy is assessed based on the stratification, wherein a signaling pathway of step (i) is determined to be active, if the at least one ER and/or PR family member is located in the nucleus in close proximity to the at least one protein selected from the group consisting of either TAFs, TBP, POLII, TFII, p300, CREB, and CBP, wherein if the signaling pathway of step (i) is determined to be active, the patient is stratified as being suited for endocrine treatment. (i) determining the activation status of an ER and/or PR signaling pathway by applying a Proximity Ligation Assay to detect in a tissue sample of the patient the presence of at least one member of the ER and/or PR family, said at least one member being part of a transcription factor complex, and at least one protein selected from the group consisting of TAFs, TBP, POLII, TFII, p300, CREB, and CBP, wherein the at least one protein is part of the same transcription factor complex,
A medical video data sender comprising an image acquiring circuitry for acquiring an image frame or image field as medical video data from a medical video data input, a video processing unit for processing the medical video data and a communication unit for sending the processed data over the data network, at least two of the image acquiring circuitry and the video processing unit and the communication unit being arranged for, together, simultaneously handling a first part of an image frame and a second part of said image frame being different parts of the same image frame of the medical video data, each of said first part of said image frame and said second part of said image frame being an incomplete image field or said first part and said second part being different parts of a same image field of said medical video data, and wherein the image acquiring circuitry comprises an image divider for dividing an image frame of said medical video data into image blocks as said first and said second parts of said image frame, each image block containing one or more complete lines of the entire image field or image frame.
A high pressure fuel pump comprising at least one pumping assembly and a drive assembly, the or each pumping assembly comprising a plunger arranged for reciprocal movement along a pumping axis (A-A'), the drive assembly comprising a drive means and a driveshaft comprising a rider journal adjoined to a front bearing and a rear bearing, the rider journal and at least the rear bearing comprising offset axes (B-B', C-C') relative to one another, a rider fitted on said rider journal to effect movement of the rider along an eccentric rotational path, wherein the rider comprises at least one outwardly facing flat surface for cooperation with said pumping assembly, wherein the drive assembly comprises a stroke-increasing arrangement disposed between the rider and the pumping assembly the high pressure fuel pump being characterised in that the stroke-increasing arrangement comprises at least two angled members (41, 42) configured to translate movement along a first axis (D-D') to along the pumping axis (A-A').
A photo-voltaic cell comprising - first and second output terminals (16a,16b); - a semiconductor substrate having a first conductivity type, having first and second surface facing each other; - a first pattern of base and emitter surface regions on the first surface, the base and emitter surface regions being coupled to the first and second output terminals (16a,16b), respectively, the base and emitter surface regions having the first conductivity type and a second conductivity type opposite to the first conductivity type respectively; - a second pattern of first and second further surface regions (18a,18b) on the second surface, electrically floating with respect to the first and second output terminals, the first and second further surface regions having the first and second conductivity type respectively, the first and second further surface regions at least partly overlapping the emitter and base regions respectively, when seen in a projection along a direction perpendicular to the first surface. - first and second output terminals (16a,16b); - a semiconductor substrate having a first conductivity type, having first and second surface facing each other; - a first pattern of base and emitter surface regions on the first surface, the base and emitter surface regions being coupled to the first and second output terminals (16a,16b), respectively, the base and emitter surface regions having the first conductivity type and a second conductivity type opposite to the first conductivity type respectively; - a second pattern of first and second further surface regions (18a,18b) on the second surface, electrically floating with respect to the first and second output terminals, the first and second further surface regions having the first and second conductivity type respectively, the first and second further surface regions at least partly overlapping the emitter and base regions respectively, when seen in a projection along a direction perpendicular to the first surface.
A method for storing a video image, characterized by comprising: generating a confidence value after receiving M frames of an image each time, wherein M is a positive integer, the confidence value is a rational number greater than or equal to 0, a greater confidence value denotes a greater probability for a focused-on target exists in the image; after receiving N frames of the image each time, determining a target encoding frame rate based on the confidence value latest generated, and a mapping relationship curve between confidence value and target encoding frame rate, encoding and recording the N frames of the image based on the target encoding frame rate determined, wherein N is a positive integer. generating a confidence value after receiving M frames of an image each time, wherein M is a positive integer, the confidence value is a rational number greater than or equal to 0, a greater confidence value denotes a greater probability for a focused-on target exists in the image; after receiving N frames of the image each time, determining a target encoding frame rate based on the confidence value latest generated, and a mapping relationship curve between confidence value and target encoding frame rate, encoding and recording the N frames of the image based on the target encoding frame rate determined, wherein N is a positive integer.
An optoelectronic device comprising a polymer blend layer having a first surface for receiving charge carriers of a first type and a second surface for receiving charge carriers of a second type, the polymer blend comprising an optoelectronically active, first polymer (70, 82); characterized in that: the polymer blend layer also comprises a charge transport, second polymer (68, 80); and the relative proportions of the first and second polymers varies within the polymer blend layer such that a portion of the polymer blend layer adjacent the first surface comprises a relatively high proportion of the second polymer to facilitate, in use, the reception of charge carriers into the polymer blend layer. the polymer blend layer also comprises a charge transport, second polymer (68, 80); and the relative proportions of the first and second polymers varies within the polymer blend layer such that a portion of the polymer blend layer adjacent the first surface comprises a relatively high proportion of the second polymer to facilitate, in use, the reception of charge carriers into the polymer blend layer.
A prosthetic foot comprising: a heel member having a heel member shaft extending upwardly from a heel end thereof; a forefoot member having a forefoot member shaft extending upwardly from a toe end thereof; an ankle member receiving the heel member shaft and forefoot member shaft therein so as to allow the heel member shaft and forefoot member shaft to translate in a direction of a wearer's leg in response to an upward force thereon; at least one compressible member coupled to the ankle member and in compressible contact with the heel member shaft and/or forefoot member shaft so as to compress in response to the translation thereof and wherein the heel member shaft and forefoot member shaft are translatable along the ankle member independently of one another. a heel member having a heel member shaft extending upwardly from a heel end thereof; a forefoot member having a forefoot member shaft extending upwardly from a toe end thereof; an ankle member receiving the heel member shaft and forefoot member shaft therein so as to allow the heel member shaft and forefoot member shaft to translate in a direction of a wearer's leg in response to an upward force thereon; at least one compressible member coupled to the ankle member and in compressible contact with the heel member shaft and/or forefoot member shaft so as to compress in response to the translation thereof and wherein the heel member shaft and forefoot member shaft are translatable along the ankle member independently of one another.
A cell culture container comprising: in a sealable culture container which forms a first culture zone, a first partition member having a wall surface formed to be lower than a wall surface of the culture container which forms a second culture zone; and means for raising and lowering the first partition member in a state that the culture container is sealed. in a sealable culture container which forms a first culture zone, a first partition member having a wall surface formed to be lower than a wall surface of the culture container which forms a second culture zone; and means for raising and lowering the first partition member in a state that the culture container is sealed.
An arrangement for supporting a steel pile (5; 17; 26; 35) in an impact pile driving device, the arrangement comprising a cushion element (1; 10, 20; 30) being a metal piece having an impact surface, a side surface and a supporting surface (4, 14; 23; 31), to which the steel pile (5; 17; 26; 35) can be supported, and in which arrangement the supporting surface (4; 14; 23, 31) is provided with one or more absorbing surfaces (6; 16; 25; 33) that can be placed against the end of the wall (8; 18; 27; 36) of the steel pile (5; 17; 26, 35), characterized in that the material of the cushion element (1; 10, 20; 30) is harder than the end of the wall (8; 18; 27; 36) of the steel pile (5; 17; 27; 35) abutting the one or more absorbing surfaces (6; 16; 25; 33) and that by the effect of the impact driving at least part of the end of the wall (8; 18; 27; 36) at the one or more absorbing surfaces (6; 16; 25; 33) has been shaped against the one or more absorbing surfaces (6; 16; 25; 33), whereupon the movement of the wall (8; 18; 27; 36) in the direction of a plane transverse to the direction of impact driving of the steel pile is prevented, at least at the position of the head of the steel pile (5; 17; 26; 35).