mhurhangee/ep-ind-claims huggingface dataset:
A drainage and filtering system for a washing machine, comprising: an outer barrel; and a filtering apparatus, wherein a groove is defined at the bottom of the outer barrel, the bottom of the groove is provided with a drainage port, the filtering apparatus is mounted in the groove and covers the upper part of the drainage port, the filtering apparatus is provided with at least one filtering passage leading to the drainage port, and a foreign material stop structure is arranged in the filtering passage and the filtering apparatus further comprises an upper cover board and multiple baffles arranged on a lower surface of the upper cover board and the multiple baffles are matched to form a sidewall of the filtering passage and the foreign material stop structure in the filtering passage, characterized in that, an annular rib, corresponding to the drainage port, is provided at the lower surface of the upper cover board and multiple flow-guiding blades are distributed radially from the center of the annular rib, with the flow-guiding blades being highest at the intersection in the center, and with the height at the center being greater than that of a sidewall baffle forming the sidewall of the filtering passage, and further with the height of the flow-guiding blades decreasing radially from the center towards the outside, forming a tapered structure, which enters the drainage port. an outer barrel; and a filtering apparatus, wherein a groove is defined at the bottom of the outer barrel, the bottom of the groove is provided with a drainage port, the filtering apparatus is mounted in the groove and covers the upper part of the drainage port, the filtering apparatus is provided with at least one filtering passage leading to the drainage port, and a foreign material stop structure is arranged in the filtering passage and the filtering apparatus further comprises an upper cover board and multiple baffles arranged on a lower surface of the upper cover board and the multiple baffles are matched to form a sidewall of the filtering passage and the foreign material stop structure in the filtering passage, characterized in that, an annular rib, corresponding to the drainage port, is provided at the lower surface of the upper cover board and multiple flow-guiding blades are distributed radially from the center of the annular rib, with the flow-guiding blades being highest at the intersection in the center, and with the height at the center being greater than that of a sidewall baffle forming the sidewall of the filtering passage, and further with the height of the flow-guiding blades decreasing radially from the center towards the outside, forming a tapered structure, which enters the drainage port.
A system comprising of: a first wireless network operating in Time Division Duplex, TDD, mode and comprising of a plurality of distributed wireless transceiver stations; a second wireless network operating in Frequency Domain Duplex, FDD, mode and comprising of one or a plurality of antennas; wherein the first wireless network uses precoding across the wireless transceiver stations to create one or a plurality of points of zero radio frequency, RF, energy at the location of at least one of the plurality of antennas; wherein the first wireless network is a multi-user multiple antenna system, MU-MAS, that uses precoding to create the points of zero RF energy at the locations of at least one of the plurality of antennas of the second wireless network and, wherein precoding is computed based on channel state information, CSI, between the plurality of wireless transceiver stations of the first wireless network and one or the plurality of antennas of the second wireless network; and wherein the CSI is estimated using in-band or out-of- band training signals sent over a plurality of wireless links between the wireless transceiver stations and one or the plurality of antennas of the second wireless network. a first wireless network operating in Time Division Duplex, TDD, mode and comprising of a plurality of distributed wireless transceiver stations; a second wireless network operating in Frequency Domain Duplex, FDD, mode and comprising of one or a plurality of antennas; wherein the first wireless network uses precoding across the wireless transceiver stations to create one or a plurality of points of zero radio frequency, RF, energy at the location of at least one of the plurality of antennas; wherein the first wireless network is a multi-user multiple antenna system, MU-MAS, that uses precoding to create the points of zero RF energy at the locations of at least one of the plurality of antennas of the second wireless network and, wherein precoding is computed based on channel state information, CSI, between the plurality of wireless transceiver stations of the first wireless network and one or the plurality of antennas of the second wireless network; and wherein the CSI is estimated using in-band or out-of- band training signals sent over a plurality of wireless links between the wireless transceiver stations and one or the plurality of antennas of the second wireless network.
A method for updating a software key, comprising: receiving (110, 210), by a trusted client device, key information and verification information corresponding to a software and transmitted by a server, wherein the key information comprises a first software signature public key to be updated and a new second software signature public key, and the verification information comprises software verification information; verifying whether a legal first software signature public key that corresponds to the software and is stored in the trusted client device is consistent with the received first software signature public key; verifying (120, 240) whether the software verification information is legal if the legal first software signature public key that corresponds to the software and is stored in the trusted client device is consistent with the received first software signature public key; and updating (130, 250) the legal first software signature public key that corresponds to the software and is stored in the trusted client device to be the second software signature public key if the software verification information is legal. receiving (110, 210), by a trusted client device, key information and verification information corresponding to a software and transmitted by a server, wherein the key information comprises a first software signature public key to be updated and a new second software signature public key, and the verification information comprises software verification information; verifying whether a legal first software signature public key that corresponds to the software and is stored in the trusted client device is consistent with the received first software signature public key; verifying (120, 240) whether the software verification information is legal if the legal first software signature public key that corresponds to the software and is stored in the trusted client device is consistent with the received first software signature public key; and updating (130, 250) the legal first software signature public key that corresponds to the software and is stored in the trusted client device to be the second software signature public key if the software verification information is legal.
Vertical maritime structure for the attenuation of wave reflection, comprising: a frontal face, an anti-reflective zone located near the frontal face to attenuate wave reflection, and incorporating several dissipation chambers, wherein the dissipation chambers are opened on the frontal face through openings,,, made in the frontal face of the structure, wherein each dissipation chamber is formed by a set of units selected from cells or blocks of the structure, and wherein adjacent units of each dissipation chamber are interconnected through intermediate openings, wherein the dissipation chambers have impermeable lateral and back walls, wherein each dissipation chamber has a width of at least one cell or block; and wherein each dissipation chamber extends horizontally in the structure forming circuits characterized in that the dissipation chambers are isolated from each other, wherein the circuits are formed by several interconnected cells or blocks with at least two different directions of circulation, and wherein the length of one dissipation chamber is longer than the width of the anti-reflective zone of the structure, wherein said width of the anti-reflective zone extends from the vertical frontal face to the more distant point of the anti-reflective zone in a direction perpendicular to the vertical frontal face. a frontal face, an anti-reflective zone located near the frontal face to attenuate wave reflection, and incorporating several dissipation chambers, wherein the dissipation chambers are opened on the frontal face through openings,,, made in the frontal face of the structure, wherein each dissipation chamber is formed by a set of units selected from cells or blocks of the structure, and wherein adjacent units of each dissipation chamber are interconnected through intermediate openings, wherein the dissipation chambers have impermeable lateral and back walls, wherein each dissipation chamber has a width of at least one cell or block; and wherein each dissipation chamber extends horizontally in the structure forming circuits characterized in that the dissipation chambers are isolated from each other, wherein the circuits are formed by several interconnected cells or blocks with at least two different directions of circulation, and wherein the length of one dissipation chamber is longer than the width of the anti-reflective zone of the structure, wherein said width of the anti-reflective zone extends from the vertical frontal face to the more distant point of the anti-reflective zone in a direction perpendicular to the vertical frontal face.
An apparatus of a User Equipment, UE, operable to communicate with a fifth-generation Evolved Node-B, gNB, on a wireless network, the apparatus comprising: a receiving circuitry configured to receive a wireless communication having one or more Orthogonal Frequency Division Multiplexing, OFDM, symbols within a plurality of slots, wherein at least one slot from among the plurality of slots includes a Tracking Reference Signal, TRS, transmission and a Synchronization Signal block, SS-block, transmission, the TRS transmission spanning one or more OFDM symbols following one or more OFDM symbols of SS-block transmission; one or more processors to: process the TRS transmission, process the SS-block transmission, and measure a reference signal parameter based on the TRS transmission and the SS- block transmission; and an interface for receiving the TRS transmission and the SS-block transmission from the receiving circuitry. a receiving circuitry configured to receive a wireless communication having one or more Orthogonal Frequency Division Multiplexing, OFDM, symbols within a plurality of slots, wherein at least one slot from among the plurality of slots includes a Tracking Reference Signal, TRS, transmission and a Synchronization Signal block, SS-block, transmission, the TRS transmission spanning one or more OFDM symbols following one or more OFDM symbols of SS-block transmission; one or more processors to: process the TRS transmission, process the SS-block transmission, and measure a reference signal parameter based on the TRS transmission and the SS- block transmission; and an interface for receiving the TRS transmission and the SS-block transmission from the receiving circuitry. process the TRS transmission, process the SS-block transmission, and measure a reference signal parameter based on the TRS transmission and the SS- block transmission; and an interface for receiving the TRS transmission and the SS-block transmission from the receiving circuitry.
A method of producing an anti-corrosive layer on a painted and subsequently perforated sheet-metal component, especially a car body part, wherein a corrosion-resistant protective layer in the form of a heat-activatable plastics material foil made sticky by heating is applied under pressure to the inner surface of the hole and at least to the edge regions of the part adjoining the painted side of the hole.
Mixer, in particular for mixing viscous fluids, such as paints and plasters, in a container, the mixer comprising a frame, a clamping mechanism for holding a container, which mechanism is translatably and/or rotatably mounted in the frame, a motor for translatably and/or rotatably driving the clamping mechanism, a sensor for measuring vibrations of the clamping mechanism and a controller connected to the sensor and the motor and arranged to control the motor to adjust translations and/or rotations of the clamping mechanism in dependence of the measured vibrations, characterized in that the controller is arranged to increase the frequency of the translations and/or rotations until a parameter of the measured vibrations reaches a pre-selected threshold.
Apparatus for stimulating healing of wounds characterized by comprising an air-tight envelope for receiving an affected part of the body, said envelope including a porous pad (22, 24, 26) within the envelope, said porous pad (22, 24, 26) being adapted to contact the wound surface, and connection means for connecting the interior of the envelope to a source of negative pressure, wherein the porous pad (22, 24, 26) is in the form of a glove formed from a flexible plastics or rubber foam and the envelope comprises an air-impermeable sheet material.
A method comprising: downloading at the request of a user an application for storage in a secure module of a terminal; receiving from the user a user assigned descriptive name for the downloaded application; storing in a selector assistant module of the terminal the descriptive name together with an application identity of the downloaded application in an elementary file directory associated with the downloaded application, the descriptive name being stored in a user editable field, and the elementary file being stored for access by the selector assistant module of the terminal, where the selector assistant module is interposed between a source of requests and the secure module; in response to a request to activate a stored application, the selector assistant module presenting the user with a list having a list element comprising the stored user assigned descriptive name; and activating the application associated with a selection of the list element by the user. downloading at the request of a user an application for storage in a secure module of a terminal; receiving from the user a user assigned descriptive name for the downloaded application; storing in a selector assistant module of the terminal the descriptive name together with an application identity of the downloaded application in an elementary file directory associated with the downloaded application, the descriptive name being stored in a user editable field, and the elementary file being stored for access by the selector assistant module of the terminal, where the selector assistant module is interposed between a source of requests and the secure module; in response to a request to activate a stored application, the selector assistant module presenting the user with a list having a list element comprising the stored user assigned descriptive name; and activating the application associated with a selection of the list element by the user.
A dressing for treating a tissue site on a patient, the dressing comprising: a foam member for placing proximate to the tissue site; a covering, wherein at least a first portion of the covering comprises an evaporative window defined by an area of the covering that is free from adhesive and having a liquid-impermeable, vapor-permeable membrane, and a second portion comprises a drape material having adhesive on a portion thereof; wherein the covering is operable to form a sealed space over the tissue site; and wherein the liquid-impermeable, vapor-permeable membrane allows liquids in the sealed space that have evaporated to egress the sealed space. a foam member for placing proximate to the tissue site; a covering, wherein at least a first portion of the covering comprises an evaporative window defined by an area of the covering that is free from adhesive and having a liquid-impermeable, vapor-permeable membrane, and a second portion comprises a drape material having adhesive on a portion thereof; wherein the covering is operable to form a sealed space over the tissue site; and wherein the liquid-impermeable, vapor-permeable membrane allows liquids in the sealed space that have evaporated to egress the sealed space.
Manual dosing device, in particular a pipette, with a main body and with a fluid discharge unit, wherein the main body comprises displacement means for displacing a fluid and actuation means for actuating the displacement means, and wherein the main body and the fluid discharge unit are removably connected to one another by means of a screw connection, wherein a detent connection is provided between the main body and the fluid discharge unit, which detent connection is lockable by screwing the fluid discharge unit and the main body together, wherein the at least one detent element and the at least one counterdetent element are arranged such that they can be locked together by screwing the thread and the counterthread together until a defined screw position is reached, in particular until an end position of the screw connection, in which the main body and the fluid discharge unit are connected together as intended, is reached, characterized in that, by the production of the detent connection, acoustic and haptic feedback can be generated indicating that the screw connection between the fluid discharge unit and the main body has reached its correct end position.
Method for providing multicast/broadcast service continuity for mobile terminals in a radio access network, wherein said mobile terminals register with a base station of said radio access network regarding said multicast/broadcast service and wherein said base station transmits multicast/broadcast service related data as group communications to said registered mobile terminals, wherein said multicast/broadcast service is a Multimedia Broadcast Multicast Service, MBMS, wherein a mobile terminal performs MBMS related radio measurements, the method being characterized in that a decision on actions to be performed by said base station and/or by said mobile terminal for preserving reliable transmission/reception of said MBMS related data to/by said mobile terminal is taken by said base station or by said mobile terminal based on the results of said MBMS related radio measurements and based on MBMS service topology in neighboring cells and/or unicast transmission possibilities, and a mobility management entity, MME, of said radio access network, upon being informed by said mobile terminal of a successful start of MBMS data reception by said mobile terminal, signals an update of said mobile terminal's context including information of the mobile terminal's currently received MBMS bearer services to said base station, wherein said base station, based on the update of said mobile terminal's context signaled from said MME, determines whether to configure said mobile terminal to send MBMS related radio measurement reports to said base station.
A method of manufacturing a solid electrolyte, comprising: using a target with a composition of Li 9 Al 3 (P 2 O 7) 3 (PO 4) 2; creating plasma; and forming an amorphous solid electrolyte film containing lithium, aluminum, phosphorus, and oxygen over a substrate in an argon atmosphere, a temperature of the substrate being a room temperature during film deposition. using a target with a composition of Li 9 Al 3 (P 2 O 7) 3 (PO 4) 2; creating plasma; and forming an amorphous solid electrolyte film containing lithium, aluminum, phosphorus, and oxygen over a substrate in an argon atmosphere, a temperature of the substrate being a room temperature during film deposition.
A printed electronic device comprising at least one electrically insulating dielectric layer comprising a cured energy curable ink or coating composition comprising a) at least one multifunctional hybrid monomer having a polymerizable (meth)acrylate group and a polymerizable vinyl ether group; b) between 0.1 to 15.0% by weight of photo initiator wherein at least 50% by weight of the photoinitatior is a low migration photoinitiator; wherein the ink or coating composition comprises less than 30% by weight of a mono functional monomer and less than 10% by weight of solvent; and wherein the low migration photoinitiator is a polymeric photoinitiator and/or a multifunctional photoinitiator, or a polymerizable photoinitiator. a) at least one multifunctional hybrid monomer having a polymerizable (meth)acrylate group and a polymerizable vinyl ether group; b) between 0.1 to 15.0% by weight of photo initiator wherein at least 50% by weight of the photoinitatior is a low migration photoinitiator; wherein the ink or coating composition comprises less than 30% by weight of a mono functional monomer and less than 10% by weight of solvent; and wherein the low migration photoinitiator is a polymeric photoinitiator and/or a multifunctional photoinitiator, or a polymerizable photoinitiator.
A cable management arrangement comprising: (a) a plurality of cables extending between first and second ends; (b) a supporting sheet having a first side and a second side, at least a portion of the plurality of cables being removably adhered to the supporting sheet's first side by a first adhesive, at least a second portion of the plurality of cables being permanently secured to the supporting sheet's first side; (c) a second adhesive provided on at least a portion of the supporting sheet's second side; and (d) a protection sheet covering the second adhesive, the protection sheet being removable from the supporting sheet to allow the supporting sheet to be adhered to a surface. (a) a plurality of cables extending between first and second ends; (b) a supporting sheet having a first side and a second side, at least a portion of the plurality of cables being removably adhered to the supporting sheet's first side by a first adhesive, at least a second portion of the plurality of cables being permanently secured to the supporting sheet's first side; (c) a second adhesive provided on at least a portion of the supporting sheet's second side; and (d) a protection sheet covering the second adhesive, the protection sheet being removable from the supporting sheet to allow the supporting sheet to be adhered to a surface.
An integrated circuit comprising: a sampling circuit having an input impedance and a sampling capacitor; a source impedance representing the impedance of an input network driving the sampling circuit; a cancellation path, in parallel to the sampling circuit, to generate a cancelling non-linear current to substantially cancel a non-linear current drawn to the input impedance, resulting in a decrease of a non-linear current flowing through the source impedance, wherein the input network provides a common input voltage to drive the sampling circuit and the cancellation path; the sampling circuit comprises transistors coupled to respective ends of the sampling capacitor; and the cancellation path comprises a transistor and the input network is coupled to a gate of the transistor in the cancellation path. a sampling circuit having an input impedance and a sampling capacitor; a source impedance representing the impedance of an input network driving the sampling circuit; a cancellation path, in parallel to the sampling circuit, to generate a cancelling non-linear current to substantially cancel a non-linear current drawn to the input impedance, resulting in a decrease of a non-linear current flowing through the source impedance, wherein the input network provides a common input voltage to drive the sampling circuit and the cancellation path; the sampling circuit comprises transistors coupled to respective ends of the sampling capacitor; and the cancellation path comprises a transistor and the input network is coupled to a gate of the transistor in the cancellation path.