mhurhangee/ep-ind-claims huggingface dataset:
Installation for forming a compact film of particles on the surface of a carrier fluid, the installation including: - a zone acting as a carrier fluid reservoir; - an inclined ramp situated extending from the zone acting as a reservoir and whereon the particles are intended to circulate gravitationally; - a particle storage and transfer zone situated extending from the inclined ramp; - means for moving the carrier fluid intended to make it circulate from the zone acting as a reservoir to the particle storage and transfer zone, via the inclined ramp; and - means for dispensing the particles in solution, configured to dispense said particles on the surface of the carrier fluid in the zone acting as a reservoir, characterised in that it further comprises, arranged at a junction between the zone acting as a reservoir and the inclined ramp, means for raising the level of the carrier fluid by the capillary effect. - a zone acting as a carrier fluid reservoir; - an inclined ramp situated extending from the zone acting as a reservoir and whereon the particles are intended to circulate gravitationally; - a particle storage and transfer zone situated extending from the inclined ramp; - means for moving the carrier fluid intended to make it circulate from the zone acting as a reservoir to the particle storage and transfer zone, via the inclined ramp; and - means for dispensing the particles in solution, configured to dispense said particles on the surface of the carrier fluid in the zone acting as a reservoir,
Chain guide for a screen group of the type comprising a plurality of rigid elements (10,) arranged one after the other, each of said rigid elements comprising two side walls and a bridge portion for connecting said side walls; said rigid elements being connected together in a rotary manner by means of a pivoting coupling (14, 13) so as to progressively pass from a substantially vertical arrangement to a substantially horizontal one; wherein said chain is provided with means for stopping (18, 19, 31, 32) the rotation when said rigid elements have reached said horizontal arrangement; characterised in that both said pivoting coupling (14, 13) and said means for stopping (18, 19, 31, 32) the rotation are arranged at said bridge portion.
A method for performing a switch from a first mobile network to a second mobile network by a mobile terminal comprising a secure element, wherein the method comprises the following steps: (a) requesting attachment to the first mobile network using a first identification data element, in particular a first IMSI, of a first subscription profile; (b) downloading from a subscription management server a second identification data element and a confirmation data element, a confirmation IMSI, whereby the confirmation data element defines an address of the subscription management server, (c) requesting attachment to the second mobile network using the second identification data element, in particular a second IMSI, of a second subscription profile; characterized by (c') once the secure element has successfully attached to the second mobile network using the second IMSI of the second subscription profile, detaching from the second mobile network; (d) requesting attachment to the first mobile network, the second mobile network or another mobile network by sending a "Send Authentication Information" message including the confirmation data element wherein the confirmation data element, in particular a confirmation IMSI, has the same format as the first and the second identification data element and is configured such that the attachment request is forwarded to the subscription management server in order to inform the subscription management server whether the attachment to the second mobile network was successful. (a) requesting attachment to the first mobile network using a first identification data element, in particular a first IMSI, of a first subscription profile; (b) downloading from a subscription management server a second identification data element and a confirmation data element, a confirmation IMSI, whereby the confirmation data element defines an address of the subscription management server, (c) requesting attachment to the second mobile network using the second identification data element, in particular a second IMSI, of a second subscription profile; (c') once the secure element has successfully attached to the second mobile network using the second IMSI of the second subscription profile, detaching from the second mobile network; (d) requesting attachment to the first mobile network, the second mobile network or another mobile network by sending a "Send Authentication Information" message including the confirmation data element wherein the confirmation data element, in particular a confirmation IMSI, has the same format as the first and the second identification data element and is configured such that the attachment request is forwarded to the subscription management server in order to inform the subscription management server whether the attachment to the second mobile network was successful.
A sensor assembly (100, 100') for an ostomy appliance, the sensor assembly comprising: - a support layer, and - a planar electrode assembly arranged on a surface of the support layer, the electrode assembly comprising at least a first electrode; wherein the first electrode comprises a first main branch extending along a first main path (L') and a first plurality of subbranches (124a, 124b, 124c) connected to the first main branch, the first plurality of subbranches including a first primary subbranch and a first secondary subbranch, wherein the first primary subbranch is connected to the first main branch at a first primary connection point and extending in a first primary direction (K') at a first primary angle (V') relative to a tangent (T') to the first main path (L') at the first primary connection point, and wherein the first secondary subbranch is connected to the first main branch at a first secondary connection point and extending in a first secondary direction (K") at a first secondary angle (V") relative to a tangent (T") to the first main path (L') at the first secondary connection point, characterised in that the first primary subbranch and the first secondary subbranch are symmetrical about a line of symmetry parallel with the first primary direction (K') and the first secondary direction (K"), respectively. - a support layer, and - a planar electrode assembly arranged on a surface of the support layer, the electrode assembly comprising at least a first electrode; wherein the first electrode comprises a first main branch extending along a first main path (L') and a first plurality of subbranches (124a, 124b, 124c) connected to the first main branch, the first plurality of subbranches including a first primary subbranch and a first secondary subbranch, wherein the first primary subbranch is connected to the first main branch at a first primary connection point and extending in a first primary direction (K') at a first primary angle (V') relative to a tangent (T') to the first main path (L') at the first primary connection point, and wherein the first secondary subbranch is connected to the first main branch at a first secondary connection point and extending in a first secondary direction (K") at a first secondary angle (V") relative to a tangent (T") to the first main path (L') at the first secondary connection point, characterised in that the first primary subbranch and the first secondary subbranch are symmetrical about a line of symmetry parallel with the first primary direction (K') and the first secondary direction (K"), respectively.
A method of operation of a User Equipment, UE, in a cellular communications network, comprising: performing (104, 224, 318, 422, 518) a Listen-Before-Talk, LBT, procedure for an observed channel, a result of the LBT procedure being that the observed channel is busy; receiving, from a radio access node, an indication of a spatial load at the radio access node, wherein the spatial load indicates a sum traffic related activity by one or more UEs on the radio access node; deciding (106, 228, 322, 426, 520) to override the LBT procedure based on knowledge that the observed channel is busy due to transmission by a compatible UE, the compatible UE being a UE that can be co-scheduled with the UE in the cellular communications network and based on the indication of the spatial load of the radio access node; and transmitting (108, 230, 324, 428, 522) on the observed channel even though the result of the LBT procedure is that the observed channel is busy upon deciding (106, 228, 322, 426, 520) to override the LBT procedure. performing (104, 224, 318, 422, 518) a Listen-Before-Talk, LBT, procedure for an observed channel, a result of the LBT procedure being that the observed channel is busy; receiving, from a radio access node, an indication of a spatial load at the radio access node, wherein the spatial load indicates a sum traffic related activity by one or more UEs on the radio access node; deciding (106, 228, 322, 426, 520) to override the LBT procedure based on knowledge that the observed channel is busy due to transmission by a compatible UE, the compatible UE being a UE that can be co-scheduled with the UE in the cellular communications network and based on the indication of the spatial load of the radio access node; and transmitting (108, 230, 324, 428, 522) on the observed channel even though the result of the LBT procedure is that the observed channel is busy upon deciding (106, 228, 322, 426, 520) to override the LBT procedure.
A device (1; 21) for the electrification of furniture, comprising at least a first furniture panel, which has, in one of its two panel sides, two parallel grooves (3a, 3b) and two exposed busbars (4a, 4b) laid respectively in the two grooves (3a, 3b), and comprising at least one electric plug (5; 24) for connecting to the two busbars (4a, 4b), which plug has two electrical contacts (9, 10; 26, 27), which are formed as exposed collector contacts (9a, 10a; 26a, 27a) on a connecting side (11a; 28a) of the plug housing (11; 28) and as connection contacts (9b, 10; 26b, 27b) on a front side (11b; 28b) of the plug housing (11; 28), wherein the plug (5; 24) is inserted into a bore, interrupting the two grooves (3a, 3b) and being disposed eccentrically to the two grooves (3a, 3b), in the one panel side of the first furniture panel, and wherein the collector contacts (9a, 10a; 26a, 27a) each lie against the two busbars (4a, 4b) in an electrically conductive manner.
A process for covering a hydrophobic surface with a hydrophilic composition, said process comprising: a. a step of placing in contact of the hydrophobic surface for the purpose of covering it with a first composition comprising - a solvent, and - a solute consisting of an amphiphilic compound said amphiphilic compound being chosen from stearylamine or stearic acid, or a salt or a derivative thereof said solvent being compatible with said compound and said hydrophobic surface, b. a subsequent step of rinsing with an aqueous solution of said hydrophobic surface covered in the preceding step, and c. a step of placing in contact of the rinsed surface with a second hydrophilic composition comprising a hydrophilic polymer, said hydrophilic polymer being chosen from hyaluronic acid, alginates, oxidized cellulose, oxidized starch or a derivative thereof, collagen, oxidation-modified collagen, polysaccharides, polylysine, polyamine and chitosan. a. a step of placing in contact of the hydrophobic surface for the purpose of covering it with a first composition comprising - a solvent, and - a solute consisting of an amphiphilic compound said amphiphilic compound being chosen from stearylamine or stearic acid, or a salt or a derivative thereof said solvent being compatible with said compound and said hydrophobic surface, - a solvent, and - a solute consisting of an amphiphilic compound said amphiphilic compound being chosen from stearylamine or stearic acid, or a salt or a derivative thereof b. a subsequent step of rinsing with an aqueous solution of said hydrophobic surface covered in the preceding step, and c. a step of placing in contact of the rinsed surface with a second hydrophilic composition comprising a hydrophilic polymer, said hydrophilic polymer being chosen from hyaluronic acid, alginates, oxidized cellulose, oxidized starch or a derivative thereof, collagen, oxidation-modified collagen, polysaccharides, polylysine, polyamine and chitosan.
A test apparatus which is configured to perform an identification test or an antimicrobial susceptibility test of bacteria or fungi, the test apparatus comprising: a temperature control unit that is configured to control a set temperature of a culture plate having a plurality of wells and retaining a culture liquid which contains the bacteria or the fungi in each well; a microscopic observation optical system; and a transportation mechanism that is configured to transport the culture plate between the temperature control unit and the microscopic observation optical system, wherein the microscopic observation optical system is configured to acquire a microscopic observation image of the bacteria or the fungi in the culture liquid, characterized by comprising a turbidity measurement optical system; wherein the turbidity measurement optical system is configured to perform measurement of turbidity of the culture liquid which is retained in each well of the culture plate. a temperature control unit that is configured to control a set temperature of a culture plate having a plurality of wells and retaining a culture liquid which contains the bacteria or the fungi in each well; a microscopic observation optical system; and a transportation mechanism that is configured to transport the culture plate between the temperature control unit and the microscopic observation optical system, wherein the microscopic observation optical system is configured to acquire a microscopic observation image of the bacteria or the fungi in the culture liquid, characterized by comprising a turbidity measurement optical system; wherein the turbidity measurement optical system is configured to perform measurement of turbidity of the culture liquid which is retained in each well of the culture plate.
A method of connecting a wireless communication device through a femto base station, femtoBS, device, to local devices in a local network, the method comprising the steps of: receiving, by the femtoBS device, a request from the wireless communication device to establish a packet-switched data connection to a 3GPP operator network, the femtoBS device including a femtoBS part and a gateway part, the gateway part comprising a subset of 3GPP operator network gateway functions implemented in, or in communication with, the femtoBS part; forwarding the connection request to a service node in the 3GPP operator network; determining by the service node that the request is for local IP access; in response to determining that the request is for local IP access, activating a gateway selection mechanism in the service node, and selecting the gateway part of the femtoBS device to serve the connection; and characterized by upon establishment of the connection, routing traffic directly between the femtoBS part and the gateway part of the femtoBS device while bypassing a serving gateway, SGW, implemented solely in the 3GPP operator network, the gateway part providing direct access to the local network. receiving, by the femtoBS device, a request from the wireless communication device to establish a packet-switched data connection to a 3GPP operator network, the femtoBS device including a femtoBS part and a gateway part, the gateway part comprising a subset of 3GPP operator network gateway functions implemented in, or in communication with, the femtoBS part; forwarding the connection request to a service node in the 3GPP operator network; determining by the service node that the request is for local IP access; in response to determining that the request is for local IP access, activating a gateway selection mechanism in the service node, and selecting the gateway part of the femtoBS device to serve the connection; and characterized by upon establishment of the connection, routing traffic directly between the femtoBS part and the gateway part of the femtoBS device while bypassing a serving gateway, SGW, implemented solely in the 3GPP operator network, the gateway part providing direct access to the local network.
Apparatus for welding objects, particularly elongated elements of plastic material for frames of windows and doors, comprising movable supporting means arranged for supporting said objects and for blocking said objects, moving means arranged for moving said supporting means, said moving means comprising electromechanical actuating means, or feedback controlled electro-hydraulic actuating means, said supporting means comprising abutting means and blocking means, wherein said abutting means comprises guiding means, supports said blocking means and cooperates with said blocking means for blocking said objects, said blocking means comprising pressing means moving near to, and away from, said abutting means along an operative direction, said apparatus further comprising actuating means arranged for moving said blocking means with respect to said abutting means along said guiding means, characterized in that it comprises further actuating means positioned transversally with respect to said operative direction and arranged for actuating said pressing means and further guiding means extending along said operative direction, said further actuating means moving said pressing means along said further guiding means.
A method for implementing a subscriber locator function, SLF, for locating the home subscriber server, HSS, serving a particular subscriber when the subscriber's network includes multiple HSS functions, the method comprising the SLF: obtaining a subscriber identifier from a message, wherein the message comprises a query message requesting the serving HSS data associated with the subscriber identifier and the query message is sent by an interrogating call session control function, I-CSCF, and wherein obtaining a subscriber identifier comprises initiating a reverse E.164 numbering, ENUM, lookup and obtaining a reverse ENUM response containing an E.164 subscriber number that is used as the subscriber identifier; accessing an exceptions-based data structure contained in a database to locate an exceptions-based database entry associated with the subscriber identifier, wherein each of the exceptions-based database entries in the exceptions-based data structure associates a subscriber identifier with a corresponding HSS identifier; accessing a range-based data structure contained in the database 108 to locate a range-based database entry associated with the subscriber identifier if the exceptions-based data structure does not contain the exceptions-based database entry, wherein each of the range-based database entries in the range-based data structure associates a range of subscriber identifiers with a corresponding HSS identifier; and acquiring, from a located database entry in one of the exceptions-based data structure and the range-based data structure, serving HSS identification data corresponding to the located database entry. obtaining a subscriber identifier from a message, wherein the message comprises a query message requesting the serving HSS data associated with the subscriber identifier and the query message is sent by an interrogating call session control function, I-CSCF, and wherein obtaining a subscriber identifier comprises initiating a reverse E.164 numbering, ENUM, lookup and obtaining a reverse ENUM response containing an E.164 subscriber number that is used as the subscriber identifier; accessing an exceptions-based data structure contained in a database to locate an exceptions-based database entry associated with the subscriber identifier, wherein each of the exceptions-based database entries in the exceptions-based data structure associates a subscriber identifier with a corresponding HSS identifier; accessing a range-based data structure contained in the database 108 to locate a range-based database entry associated with the subscriber identifier if the exceptions-based data structure does not contain the exceptions-based database entry, wherein each of the range-based database entries in the range-based data structure associates a range of subscriber identifiers with a corresponding HSS identifier; and acquiring, from a located database entry in one of the exceptions-based data structure and the range-based data structure, serving HSS identification data corresponding to the located database entry.
A composition comprising a biphasic particle, the biphasic particle comprising an alginate gel encapsulating an inhibitory RNA for use in improving cardiac function in a mammal experiencing or at risk of experiencing a major adverse cardiac event, wherein: the inhibitory RNA targets IL-21, to decrease the level of IL-21 polypeptide expression, thereby improving cardiac function of the mammal.
A method comprising: receiving, into a system, a 3D virtual reality, VR, video input having at least an 8k resolution; segmenting the received video input into video time segments; processing, according to a recipe, the video time segments in real-time into two or more viewports, wherein processing the video time segments into two or more viewports is performed in parallel and comprises re-encoding to several bitrates for generating ABR renditions for each viewport, wherein the recipe is a configuration file containing different descriptive blocks of viewports detailing the geometric and video encoding characteristics of the viewports of a block, as well as the period of time in which the viewports of a block are utilized for display; generating an adaptive bitrate rendition, ABR, manifest, wherein the ABR manifest is configured to contain all viewports in a same list; generating a viewport map file containing a mapping of which video segments in the ABR manifest belong to which viewports in 3D space; wherein the viewport map file furthermore contains information about spatial location of the viewports; generating metadata containing the information about the spatial location of the viewports, and furthermore containing information about how the viewports are configured in 3D space, and wherein the metadata is added into one or more video frames; and delivering processed video input from the system to a client device. receiving, into a system, a 3D virtual reality, VR, video input having at least an 8k resolution; segmenting the received video input into video time segments; processing, according to a recipe, the video time segments in real-time into two or more viewports, wherein processing the video time segments into two or more viewports is performed in parallel and comprises re-encoding to several bitrates for generating ABR renditions for each viewport, wherein the recipe is a configuration file containing different descriptive blocks of viewports detailing the geometric and video encoding characteristics of the viewports of a block, as well as the period of time in which the viewports of a block are utilized for display; generating an adaptive bitrate rendition, ABR, manifest, wherein the ABR manifest is configured to contain all viewports in a same list; generating a viewport map file containing a mapping of which video segments in the ABR manifest belong to which viewports in 3D space; wherein the viewport map file furthermore contains information about spatial location of the viewports; generating metadata containing the information about the spatial location of the viewports, and furthermore containing information about how the viewports are configured in 3D space, and wherein the metadata is added into one or more video frames; and delivering processed video input from the system to a client device.