mhurhangee/ep-ind-claims huggingface dataset:
A double-sided adhesive bonding element in use with a bundle for an adhesive and detachable connection at the exteriors of at least two articles or containers bonded to each other to form a bundle of at least two articles or containers bonded adhesively to each other, wherein the bonding element comprises at least one carrier layer as well as bonding layers or adhesive layers following planarly on both sides thereto for establishing the bonded connection to the particular exteriors of the joined articles or containers, characterised in that a first adhesive force (F a1) between the article exteriors and the bonding layers or adhesive layers of the bonding element at the particular bonding points is greater than a second adhesive force (F a2) between the bonding layers or adhesive layers and the carrier layer.
A method performed by a source device for remote display of content by a sink device in a wireless network, comprising: identifying, at a source device capable of displaying content, one or more rendering instructions for content to be displayed remotely on a sink device; transmitting encoded content and the one or more rendering instructions to the sink device via a wireless peer-to-peer connection for execution by the sink device, wherein the one or more rendering instructions are adapted to allow rendering the encoded content for a display of at least part of the content; receiving data from the sink device; and transmitting, to the sink device, updated and / or new rendering instructions determined by the source device using the received data, wherein the updated and / or new rendering instructions are for rendering the encoded content. identifying, at a source device capable of displaying content, one or more rendering instructions for content to be displayed remotely on a sink device; transmitting encoded content and the one or more rendering instructions to the sink device via a wireless peer-to-peer connection for execution by the sink device, wherein the one or more rendering instructions are adapted to allow rendering the encoded content for a display of at least part of the content; receiving data from the sink device; and transmitting, to the sink device, updated and / or new rendering instructions determined by the source device using the received data, wherein the updated and / or new rendering instructions are for rendering the encoded content.
A garment comprising (100, 200, 300, 400, 500): a front fabric panel; a back fabric panel; a support panel (130, 230, 330, 430, 530) supported by the back fabric panel, wherein the back fabric panel and the support panel are both stretchable material, said support panel providing additional support to the wearer; and at least one pair of stays supported by the garment, wherein the stays are located only in a region of the garment that rests on back of the wearer wherein the stays are disposed in fabric casings (1305, 1310, 2310, 2315, 3305, 3310, 4305, 4310, 5305, 5310) such that the stay will not be in direct contact with the wearer; and whereby the stays act as anchors that pull a front of the body of the garment (110, 210, 310, 410, 510) back to flatten, smooth and control the wearer's midsection, stomach, sides and back. a front fabric panel; a back fabric panel; a support panel (130, 230, 330, 430, 530) supported by the back fabric panel, wherein the back fabric panel and the support panel are both stretchable material, said support panel providing additional support to the wearer; and at least one pair of stays supported by the garment, wherein the stays are located only in a region of the garment that rests on back of the wearer wherein the stays are disposed in fabric casings (1305, 1310, 2310, 2315, 3305, 3310, 4305, 4310, 5305, 5310) such that the stay will not be in direct contact with the wearer; and whereby the stays act as anchors that pull a front of the body of the garment (110, 210, 310, 410, 510) back to flatten, smooth and control the wearer's midsection, stomach, sides and back.
A turbine shroud segment for a cooling arrangement in a turbine section of a gas turbine engine for cooling in a serial flow relationship, both the turbine shroud segment and a turbine vane outer shroud disposed downstream of the turbine shroud segment, the turbine shroud segment comprising a plurality of passages extending in a shroud platform for directing cooling air therethrough to cool the turbine shroud segment and to discharge the cooling air at a trailing end of the shroud platform for impingement on the turbine vane outer shroud, the shroud platform comprising a common outlet for said plurality of passages on the trailing end of said platform; characterised in that said common outlet has an opening on the radially inner surface of the platform.
An in vitro method for assessing the specificity of a Fab fragment comprising the steps of a) providing an antigen binding molecule comprising an antigen binding domain and a recognition domain, wherein the antigen binding domain comprises the Fab fragment, wherein the Fab fragment is specific for a target antigen; b) contacting the antigen binding molecule with a target cell comprising the target antigen on the surface, particularly wherein the target cell is a cancer cell; c) contacting the antigen binding molecule with a chimeric antigen receptor expressing reporter T (CAR-T) cell wherein the reporter CAR-T cell comprises: i. a CAR capable of specific binding to the recognition domain wherein the CAR is operationally coupled to a response element; ii. a reporter gene under the control of the response element; and d) determining T cell activation by determining the expression of the reporter gene to establish the specificity of the Fab fragment; wherein the recognition domain is an Fc domain. a) providing an antigen binding molecule comprising an antigen binding domain and a recognition domain, wherein the antigen binding domain comprises the Fab fragment, wherein the Fab fragment is specific for a target antigen; b) contacting the antigen binding molecule with a target cell comprising the target antigen on the surface, particularly wherein the target cell is a cancer cell; c) contacting the antigen binding molecule with a chimeric antigen receptor expressing reporter T (CAR-T) cell wherein the reporter CAR-T cell comprises: i. a CAR capable of specific binding to the recognition domain wherein the CAR is operationally coupled to a response element; ii. a reporter gene under the control of the response element; and i. a CAR capable of specific binding to the recognition domain wherein the CAR is operationally coupled to a response element; ii. a reporter gene under the control of the response element; and d) determining T cell activation by determining the expression of the reporter gene to establish the specificity of the Fab fragment;
A sintered ceramic substrate obtained from a ceramic bulk material, a sintering aid, and optionally impurities, characterized in that the weight amount of ceramic bulk material in at least one surface of the sintered ceramic substrate is higher than in the body of the ceramic substrate, wherein the ceramic bulk material is selected from the group consisting of Al 2 O 3, zirconia toughened alumina, AlN, Si 3 N 4, and mixtures thereof, and wherein the sintering aid is selected from the group consisting of FeO, Fe 2 O 3, Fe 3 O 4, and mixtures thereof.
An acoustic metamaterial, comprising: • a first resonating layer and a second resonating layer having a similar or different configuration, wherein each resonating layer (2a, 2b) is made of a single material having a constant resonating thickness (t 2) and a plurality of resonating unit cells, wherein each resonating unit cell comprises: - a resonating opening; and - a resonating element extending into said resonating opening; wherein the resonating elements are coplanar to the resonating layer (2a, 2b), said resonating layer (2a, 2b) and said resonating elements having the same constant resonating thickness (t 2) characterized by further comprising: • a connecting layer made of a single material having a constant connecting thickness (t 5) and a plurality of connecting unit cells, wherein each connecting unit cell comprises: - a connecting opening; wherein the connecting layer is arranged adjacent to the first resonating layer and to the second resonating layer, partially or completely overlapping the connecting openings of the connecting layer with the resonating openings of the first resonating layer and the second resonating layer to allow the vibration of the resonating elements. • a first resonating layer and a second resonating layer having a similar or different configuration, wherein each resonating layer (2a, 2b) is made of a single material having a constant resonating thickness (t 2) and a plurality of resonating unit cells, wherein each resonating unit cell comprises: - a resonating opening; and - a resonating element extending into said resonating opening; wherein the resonating elements are coplanar to the resonating layer (2a, 2b), said resonating layer (2a, 2b) and said resonating elements having the same constant resonating thickness (t 2) characterized by further comprising: - a resonating opening; and - a resonating element extending into said resonating opening; • a connecting layer made of a single material having a constant connecting thickness (t 5) and a plurality of connecting unit cells, wherein each connecting unit cell comprises: - a connecting opening; wherein the connecting layer is arranged adjacent to the first resonating layer and to the second resonating layer, partially or completely overlapping the connecting openings of the connecting layer with the resonating openings of the first resonating layer and the second resonating layer to allow the vibration of the resonating elements. - a connecting opening;
Device for eliminating deposits and/or precipitation on a substrate, comprising the substrate and at least one transducer (20, 120) captively connected to the substrate (10, 110) by a connection layer, wherein the connection layer is arranged between the substrate (10, 110) and the transducer (20, 120), wherein the connection layer comprises a connection material and a filling material, wherein the acoustic and/or mechanical properties of the connection layer are set by a mass ratio between the connection material and the filler material, characterised in that at least one shaped body (34, 234a, 234b) made from the filler material bears both directly on the transducer (20, 120) and directly on the substrate and forms an acoustic bridge, wherein the at least one shaped body (34, 234a, 234b) has a dimension corresponding to a distance between the transducer (20, 120) and the substrate.
A composite part, including: a plurality of plies of composite material, wherein at least one ply in the plurality of plies of composite material is a hybrid ply defined by a plurality of distinct ply tiles, and further wherein at least one distinct ply tile in the plurality of distinct ply tiles defines at least one ply tile property that differs from a corresponding ply tile property of at least one other distinct ply tile in the plurality of distinct ply tiles, wherein the at least one ply tile property and the corresponding ply tile property satisfy at least one the following: (a) the at least one ply tile property includes a state-of-cure of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding state-of-cure of the at least one other distinct ply tile; (b) the at least one ply tile property includes a circuit layout of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding circuit layout of the at least one other distinct ply tile. a plurality of plies of composite material, wherein at least one ply in the plurality of plies of composite material is a hybrid ply defined by a plurality of distinct ply tiles, and further wherein at least one distinct ply tile in the plurality of distinct ply tiles defines at least one ply tile property that differs from a corresponding ply tile property of at least one other distinct ply tile in the plurality of distinct ply tiles, wherein the at least one ply tile property and the corresponding ply tile property satisfy at least one the following: (a) the at least one ply tile property includes a state-of-cure of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding state-of-cure of the at least one other distinct ply tile; (b) the at least one ply tile property includes a circuit layout of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding circuit layout of the at least one other distinct ply tile. (a) the at least one ply tile property includes a state-of-cure of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding state-of-cure of the at least one other distinct ply tile; (b) the at least one ply tile property includes a circuit layout of the at least one distinct ply tile, and further the corresponding ply tile property includes a corresponding circuit layout of the at least one other distinct ply tile.
A filter unit for filtering waste washout liquid from a plate processor system, said unit comprising: a filtration chamber for receiving waste washout liquid, a perforated conveyor for supporting a filter material at the base of the filtration chamber and for conveying filter material to and away from the base of the filtration chamber; an activation unit for activating said conveyor when waste washout liquid reaches a predetermined height within said filtration chamber; and a storage tank for storing filtered washout liquid after it has passed through said filter material and perforated base. a filtration chamber for receiving waste washout liquid, a perforated conveyor for supporting a filter material at the base of the filtration chamber and for conveying filter material to and away from the base of the filtration chamber; an activation unit for activating said conveyor when waste washout liquid reaches a predetermined height within said filtration chamber; and a storage tank for storing filtered washout liquid after it has passed through said filter material and perforated base.
Condensing radiant system comprising a radiant panel for heating and/or cooling and dehumidifying a building room, the condensing radiant system, once attached to or suspended from the ceiling of the room, comprises: a peripheral frame provided with at least one fastening line of a stretched fabric located in the portion opposite the ceiling; the radiant panel attached to the peripheral frame; at least one sealed stretched fabric, transparent to thermal radiation and provided with a hole, the at least one sealed stretched fabric being visible from the room and forming the horizontal lower face of the radiant system; a condensate collection plug rigidly connected to the at least one stretched fabric so as to be sealed and passing through the fabric via the hole; a drilled support, characterized in that the hole accommodates the condensate collection plug, the drilled support being attached to one of the sides of the peripheral frame and configured so as to pull the condensate collection plug to the bottom of the room in the opposite direction to the ceiling and thus imposing a negative slope of the at least one sealed stretched fabric from the periphery of the frame to the condensate collection plug. a peripheral frame provided with at least one fastening line of a stretched fabric located in the portion opposite the ceiling; the radiant panel attached to the peripheral frame; at least one sealed stretched fabric, transparent to thermal radiation and provided with a hole, the at least one sealed stretched fabric being visible from the room and forming the horizontal lower face of the radiant system; a condensate collection plug rigidly connected to the at least one stretched fabric so as to be sealed and passing through the fabric via the hole; a drilled support, characterized in that the hole accommodates the condensate collection plug, the drilled support being attached to one of the sides of the peripheral frame and configured so as to pull the condensate collection plug to the bottom of the room in the opposite direction to the ceiling and thus imposing a negative slope of the at least one sealed stretched fabric from the periphery of the frame to the condensate collection plug.
A fluid delivery system for dispensing two fluids, the fluid delivery system comprising: a first container (17 G) having a first fluid; a fluid inlet conduit in fluid communication with the first container; a pump for drawing the first fluid through the fluid inlet conduit and into a pump chamber; a first fluid discharge conduit downstream of the pump chamber, the first fluid discharge conduit being in fluid communication with the pump chamber and a first discharge orifice, the pump discharging the first fluid from the pump chamber into the first fluid discharge conduit; a second container (42 G) having a second fluid (44 G); characterized by means for delivering the second fluid into the first fluid discharge conduit whereby the second fluid mixes with the first fluid when the first fluid is discharged into the first fluid discharge conduit such that a mixture of the first fluid and the second fluid is discharged through the first discharge orifice; and a second fluid discharge conduit (36 G) downstream of the pump chamber, the second fluid discharge conduit being in fluid communication with the pump chamber and A) the first discharge orifice or B) a second discharge orifice (47 G). a first container (17 G) having a first fluid; a fluid inlet conduit in fluid communication with the first container; a pump for drawing the first fluid through the fluid inlet conduit and into a pump chamber; a first fluid discharge conduit downstream of the pump chamber, the first fluid discharge conduit being in fluid communication with the pump chamber and a first discharge orifice, the pump discharging the first fluid from the pump chamber into the first fluid discharge conduit; a second container (42 G) having a second fluid (44 G); characterized by means for delivering the second fluid into the first fluid discharge conduit whereby the second fluid mixes with the first fluid when the first fluid is discharged into the first fluid discharge conduit such that a mixture of the first fluid and the second fluid is discharged through the first discharge orifice; and a second fluid discharge conduit (36 G) downstream of the pump chamber, the second fluid discharge conduit being in fluid communication with the pump chamber and A) the first discharge orifice or B) a second discharge orifice (47 G). A) the first discharge orifice or B) a second discharge orifice (47 G).
A battery separator for a storage battery comprising: an embossed porous thermoplastic sheet material having a central region flanked by peripheral regions, wherein the central region includes a plurality of longitudinally extending straight ribs integrally formed in the sheet material and a plurality of longitudinally extending superimposed embossed ribs, wherein the superimposed embossed ribs being larger than the integrally formed straight ribs such that the embossed porous thermoplastic sheet material has an increased thickness to form an internal reinforced network, and wherein a non-woven pasting paper is co-embossed with the porous thermoplastic sheet material.
Hob with a hob apparatus having a display area, a sensor unit, which is provided in at least one operating state to detect at least one operating gesture of an operator, and a control unit, which is provided in the operating state to carry out and/or initiate at least one action on the basis of the operating gesture detected by the sensor unit, characterised in that the control unit is provided in the operating state to move at least one marking over at least the display area as a function of at least one marking movement operating gesture, wherein the control unit is provided in the operating state to make a preselection as a function of a position of the marking, wherein the control unit is provided in the operating state to adopt at least the preselection, which is a choice of an object and/or the action from a group of objects and/or actions with the aim of selecting the chosen object and/or the chosen action, as a function of at least one confirmation operating gesture, wherein the control unit is provided in the operating state to make a note of the preselection for subsequent confirmation, wherein the confirmation operating gesture is provided for confirming the preselection and as a function of which the control unit carries out and/or initiates an action assigned to the preselection, wherein the control unit is provided in the operating state to adopt the preselection exclusively as a function of predefined confirmation operating gestures, wherein the control unit is provided in the operating state to adopt the preselection exclusively as a function of predefined confirmation operating gestures that are performed within a predefined confirmation time period.
Method for extracting data from a data stream flowing over an IP network, the data of the stream being organized according to an application layer protocol, the method comprising a real time analysis phase of the data stream, executed by a data extractor including a state machine, in which the state machine is constructed with states and transitions configured according to at least one type of data to be extracted from the stream, the transitions between states being activated by the respective conditions defined as a function of rules for organization of the data of the stream according to said application layer protocol, at least one state (30, 31) being selected for the extraction of data from the stream, wherein the real time analysis phase of the data stream, comprises: • observing the data of the stream originating from IP packets flowing successively over the network; • when the state machine is in a current state, determining if an activation condition of a transition from the current state to a target state is fulfilled by the observed data of the stream and when this activation condition is fulfilled, changing the state machine to the target state; • extracting the data from the stream when the state machine is in a state selected for the extraction of data from the stream; and • disregarding the data of the stream when the state machine is in a state not selected, wherein in at least one stat of the state machine selected for the extraction of data from the stream, the data extracted from the stream are stored in buffer memory then transferred to an external processor once the state machine leaves said selected state. • observing the data of the stream originating from IP packets flowing successively over the network; • when the state machine is in a current state, determining if an activation condition of a transition from the current state to a target state is fulfilled by the observed data of the stream and when this activation condition is fulfilled, changing the state machine to the target state; • extracting the data from the stream when the state machine is in a state selected for the extraction of data from the stream; and • disregarding the data of the stream when the state machine is in a state not selected,