mhurhangee/ep-ind-claims huggingface dataset:
A locking structure comprising: a first panel (12; 30; 51; 102); a second panel (13; 52; 104) formed continuously with the first panel (12; 30; 51; 102) and folded against the first panel (12; 30; 51; 102); a third panel (44; 58; 125) arranged along an inner surface of the second panel (13; 52; 104); a locking portion formed on the third panel (44; 58; 125); a locking receiving portion (23; 55; 108); said locking structure being characterized in that said locking receiving portion (23; 55; 108) is defined by a first inclined fold line (18; 110) extending toward a third panel side on the first panel (12; 30; 51; 102) from a branching point (16; 109) on a fold line between the first panel (12; 30; 51; 102) and the second panel (13; 52; 104), said first inclined fold line being inclined with respect to the fold line between the first and second panels, a second inclined fold line (19; 111) extending toward the third panel side on the second panel (13; 52; 104) from the branching point (16; 109), said second inclined fold line being inclined with respect to the fold line between the first and second panels, and a cut portion (24; 112) extending between a distal end of the first inclined fold line (18; 110) and a distal end of the second inclined fold line (19; 111), the locking receiving portion (23; 55; 108) extending in an inclined manner between the first panel (12; 30; 51; 102) and the second panel (13; 52; 104) in an assembled state; said locking portion being configured to be locked to a cut portion side of the locking receiving portion (23; 55; 108) in the assembled state. a first panel (12; 30; 51; 102); a second panel (13; 52; 104) formed continuously with the first panel (12; 30; 51; 102) and folded against the first panel (12; 30; 51; 102); a third panel (44; 58; 125) arranged along an inner surface of the second panel (13; 52; 104); a locking portion formed on the third panel (44; 58; 125); a locking receiving portion (23; 55; 108); said locking structure being characterized in that said locking receiving portion (23; 55; 108) is defined by a first inclined fold line (18; 110) extending toward a third panel side on the first panel (12; 30; 51; 102) from a branching point (16; 109) on a fold line between the first panel (12; 30; 51; 102) and the second panel (13; 52; 104), said first inclined fold line being inclined with respect to the fold line between the first and second panels, a second inclined fold line (19; 111) extending toward the third panel side on the second panel (13; 52; 104) from the branching point (16; 109), said second inclined fold line being inclined with respect to the fold line between the first and second panels, and a cut portion (24; 112) extending between a distal end of the first inclined fold line (18; 110) and a distal end of the second inclined fold line (19; 111), the locking receiving portion (23; 55; 108) extending in an inclined manner between the first panel (12; 30; 51; 102) and the second panel (13; 52; 104) in an assembled state; said locking portion being configured to be locked to a cut portion side of the locking receiving portion (23; 55; 108) in the assembled state.
A communications device for communicating via a mobile communications network, the communications device comprising a transmitter configured to transmit signals to one or more infrastructure equipment (101, 101a) of the mobile communications network, the one or more infrastructure equipment including a first of the one or more infrastructure equipment, via a respective wireless access interface provided by the one or more infrastructure equipment when in a connected mode, and a receiver configured to receive signals from the one or more infrastructure equipment via the wireless access interface, and a controller configured to control the receiver to acquire from the first infrastructure equipment mobility information, the mobility information providing an indication of communications parameters, relating to the respective wireless access interfaces provided by the one or more infrastructure equipment, for receiving signals at the receiver, and the controller is configured to store the mobility information as the latest mobility information in a data store, to detect that the communications device cannot receive updated mobility information broadcast by any of the one or more infrastructure equipment since the communication device is in a coverage extension mode, and when in an idle mode, to measure signals received from at least one of the one or more infrastructure equipment using the latest mobility information stored in the data store, and responsive to the detecting that the communications device cannot receive updated mobility information, to perform a cell reselection process based on the measured signals in order to reselect a different one of the one or more infrastructure equipment from the first infrastructure equipment, using the latest mobility information stored in the data store.
A turbomachine comprising a rotating spool comprising a drive shaft delivering mechanical power, characterized in that it comprises at least one electromagnetic pump mechanically decoupled from the drive shaft, each electromagnetic pump comprising at least one stator delimiting an annular internal volume wherein is present a rotor able to drive a fluid, a plurality of magnets distributed annularly on the rotor and at least one plurality of coils distributed annularly inside the stator, the coils of the plurality of coils facing the magnets along an axial direction (D A).
A waistband, comprising: a first waistband portion comprising at least: a first end and a second end; a first tunnel structure forming a plurality of parallel courses on the first waistband portion; a first cord extending at least partially through the first tunnel structure, the first tunnel structure slidably coupling the first cord to the first waistband portion; and at least a first pair of apertures through which a looped portion of the first cord extends from the first tunnel structure, wherein the first waistband portion has a higher degree of elasticity than the first cord, a second tunnel structure forming a plurality of parallel courses on the first waistband portion; a second cord extending at least partially through the second tunnel structure, the second tunnel structure slidably coupling the second cord to the first waistband portion; and at least a second pair of apertures through which a looped portion of the second cord extends from the second tunnel structure, wherein the first waistband portion has a higher degree of elasticity than the second cord, and wherein the first pair of apertures is located on the first end and the second pair of apertures is located on the second end. a first end and a second end; a first tunnel structure forming a plurality of parallel courses on the first waistband portion; a first cord extending at least partially through the first tunnel structure, the first tunnel structure slidably coupling the first cord to the first waistband portion; and at least a first pair of apertures through which a looped portion of the first cord extends from the first tunnel structure, a second tunnel structure forming a plurality of parallel courses on the first waistband portion; a second cord extending at least partially through the second tunnel structure, the second tunnel structure slidably coupling the second cord to the first waistband portion; and at least a second pair of apertures through which a looped portion of the second cord extends from the second tunnel structure, wherein the first waistband portion has a higher degree of elasticity than the second cord, and wherein the first pair of apertures is located on the first end and the second pair of apertures is located on the second end.
A cochlear implant electrode comprising: an implantable electrode carrier having an outer surface including a plurality of electrode contacts for electrically stimulating nerve tissue of the inner ear of a patient; and a drug lumen within the electrode carrier adapted to receive a therapeutic fluid and containing: i. one or more delivery openings to the outer surface of the electrode carrier, characterized in that the drug lumen further contains ii. a dry hydrogel matrix disposed between the drug lumen and the one or more delivery openings and adapted to swell in volume when exposed to the therapeutic fluid; wherein the hydrogel matrix has a pore size adapted to: i. release air from the drug lumen through the one or more delivery openings when the therapeutic fluid is added to the drug lumen, and ii. control diffusion rate of the therapeutic fluid through the swollen hydrogel matrix within the drug lumen and through the one or more delivery openings to the outer surface of the electrode carrier. an implantable electrode carrier having an outer surface including a plurality of electrode contacts for electrically stimulating nerve tissue of the inner ear of a patient; and a drug lumen within the electrode carrier adapted to receive a therapeutic fluid and containing: i. one or more delivery openings to the outer surface of the electrode carrier, characterized in that the drug lumen further contains ii. a dry hydrogel matrix disposed between the drug lumen and the one or more delivery openings and adapted to swell in volume when exposed to the therapeutic fluid; i. one or more delivery openings to the outer surface of the electrode carrier, characterized in that the drug lumen further contains ii. a dry hydrogel matrix disposed between the drug lumen and the one or more delivery openings and adapted to swell in volume when exposed to the therapeutic fluid; wherein the hydrogel matrix has a pore size adapted to: i. release air from the drug lumen through the one or more delivery openings when the therapeutic fluid is added to the drug lumen, and ii. control diffusion rate of the therapeutic fluid through the swollen hydrogel matrix within the drug lumen and through the one or more delivery openings to the outer surface of the electrode carrier. i. release air from the drug lumen through the one or more delivery openings when the therapeutic fluid is added to the drug lumen, and ii. control diffusion rate of the therapeutic fluid through the swollen hydrogel matrix within the drug lumen and through the one or more delivery openings to the outer surface of the electrode carrier.
A face mask seal to be used to provide a seal between the wearer's face and a face mask respirator of any design, said face mask seal comprising: an inner perimeter with convex accentuations (14b, 15b, 16b) designed specifically to conform to, reciprocate and compensate for corresponding specific anatomic features of the human face that include a first Critical Fit Zone that is bordered by the Rhinion-Osseocartilaginous Junction, or "Nasal Bridge", along the NasoMaxiliary Ridge/Process, the Maxillary Zygomatic Ridge and on to the Zygomatic Process (forward ridge); a second Critical Fit Zone that is the area from the Zygomatic Prominence, or "cheek bone", along the Bucchal Wall Soft Tissue Structures and on to the Mandibular Ramus, Body, Inferior Rim; and a third Critical Fit Zone that is the area from the Mandibular Ramus, Body, Inferior Rim on both sides of the under surface of the face, and the Submental Soft Tissues in this zone, wherein each of the convex accentuations (14b, 15b, 16b) is a convex curved reciprocal portion of the inner perimeter, characterised in that at three maximum convex accentuations (14b, 15b, 16b) there are additional convex accentuations (14d, 15d, 16d) of the inner perimeter which are perpendicular to the maximum convex accentuations (14b, 15b, 16b) and are an increased thickness of the inner perimeter versus the thickness of the rest of the inner perimeter. an inner perimeter with convex accentuations (14b, 15b, 16b) designed specifically to conform to, reciprocate and compensate for corresponding specific anatomic features of the human face that include a first Critical Fit Zone that is bordered by the Rhinion-Osseocartilaginous Junction, or "Nasal Bridge", along the NasoMaxiliary Ridge/Process, the Maxillary Zygomatic Ridge and on to the Zygomatic Process (forward ridge); a second Critical Fit Zone that is the area from the Zygomatic Prominence, or "cheek bone", along the Bucchal Wall Soft Tissue Structures and on to the Mandibular Ramus, Body, Inferior Rim; and a third Critical Fit Zone that is the area from the Mandibular Ramus, Body, Inferior Rim on both sides of the under surface of the face, and the Submental Soft Tissues in this zone, wherein each of the convex accentuations (14b, 15b, 16b) is a convex curved reciprocal portion of the inner perimeter,
A drying apparatus comprising: a drying tub configured to store laundry; and a circulation system configured to circulate dry air for drying the laundry, wherein the circulation system includes a dehumidifier configured to remove water contained in the dry air, an blower which sucks the dry air after removal of the water by the dehumidifier to send the dry air into the drying tub, and a support element configured to support the dehumidifier, the support element includes a drainage port from which the water is discharged, a main tilted surface tilted to guide the water toward the drainage port, a first tilted surface below the dehumidifier, characterized in that it further comprises a first partition wall which protrudes from the first tilted surface to partition the first tilted surface into a first upstream tilted surface and a first downstream tilted surface that is closer to the blower than the first upstream tilted surface, the first tilted surface being tilted such that the water flows toward the main tilted surface, and the first partition wall extending in a transverse direction with respect to a flow of the dry air toward the blower. a drying tub configured to store laundry; and a circulation system configured to circulate dry air for drying the laundry, wherein the circulation system includes a dehumidifier configured to remove water contained in the dry air, an blower which sucks the dry air after removal of the water by the dehumidifier to send the dry air into the drying tub, and a support element configured to support the dehumidifier, the support element includes a drainage port from which the water is discharged, a main tilted surface tilted to guide the water toward the drainage port, a first tilted surface below the dehumidifier, characterized in that it further comprises a first partition wall which protrudes from the first tilted surface to partition the first tilted surface into a first upstream tilted surface and a first downstream tilted surface that is closer to the blower than the first upstream tilted surface, the first tilted surface being tilted such that the water flows toward the main tilted surface, and the first partition wall extending in a transverse direction with respect to a flow of the dry air toward the blower.
Removable profile structure, primarily for sliding panels, comprising at least one detachable base and a concealed support independent and able to cooperate with one another, in particular in a calliper forming, characterised in that: - The concealed support comprises a protuberance (b), designed to support the weight of the detachable base and comprising at least two recesses (c) and two substantially rectangular sections - The at least two recesses (c) incorporating said two substantially rectangular sections which are in use in contact with displacement means; - The detachable base comprises at least four contact surfaces (d) with the protuberance (b), the respective fit being done by means of friction and; - When joined together the contact surfaces (d) promote a gradual increase in stability according to the weight and size of panel. - The concealed support comprises a protuberance (b), designed to support the weight of the detachable base and comprising at least two recesses (c) and two substantially rectangular sections - The at least two recesses (c) incorporating said two substantially rectangular sections which are in use in contact with displacement means; - The detachable base comprises at least four contact surfaces (d) with the protuberance (b), the respective fit being done by means of friction and; - When joined together the contact surfaces (d) promote a gradual increase in stability according to the weight and size of panel.
Conductor segment (39, 39 I, 39 II) for a winding of an electric machine (530, 530 I, 530 II, 530 III), the conductor segment being constructed from three metallically conductive portions, of which a first portion is a shaped stranded wire (50, 50 I, 50 II, 50 III, 50 IV), characterized in that a first flat wire (180, 181, 181 I, 181 II, 181 III) and a second flat wire (182, 182 I, 182 II, 182 III are further portions, which are electrically conductively connected to the shaped stranded wire, wherein a joined connection is formed between a first end region of the shaped stranded wire (50, 50 I, 50 II, 50 III, 50 IV) and a first flat wire end region (200, 200 I) of the first flat wire, and a further joined connection is formed between a second end region of the shaped stranded wire and a first flat wire end region of the second flat wire. the conductor segment being constructed from three metallically conductive portions, of which a first portion is a shaped stranded wire (50, 50 I, 50 II, 50 III, 50 IV), characterized in that a first flat wire (180, 181, 181 I, 181 II, 181 III) and a second flat wire (182, 182 I, 182 II, 182 III are further portions, which are electrically conductively connected to the shaped stranded wire, wherein a joined connection is formed between a first end region of the shaped stranded wire (50, 50 I, 50 II, 50 III, 50 IV) and a first flat wire end region (200, 200 I) of the first flat wire, and a further joined connection is formed between a second end region of the shaped stranded wire and a first flat wire end region of the second flat wire.
An electronic device, comprising: a voice reception unit; a storage configured to store a first voice recognition module, and a second voice recognition module; and a processor configured to: receive a user voice through the voice reception unit, based on a predetermined voice being recognised in the user voice by the second voice recognition module, perform voice recognition on a part of the user voice excluding the predetermined voice using the first voice recognition module, and based on the predetermined voice not being recognised in the user voice by the second voice recognition module, perform voice recognition of the user voice using the first voice recognition module. a voice reception unit; a storage configured to store a first voice recognition module, and a second voice recognition module; and a processor configured to: receive a user voice through the voice reception unit, based on a predetermined voice being recognised in the user voice by the second voice recognition module, perform voice recognition on a part of the user voice excluding the predetermined voice using the first voice recognition module, and based on the predetermined voice not being recognised in the user voice by the second voice recognition module, perform voice recognition of the user voice using the first voice recognition module. receive a user voice through the voice reception unit, based on a predetermined voice being recognised in the user voice by the second voice recognition module, perform voice recognition on a part of the user voice excluding the predetermined voice using the first voice recognition module, and based on the predetermined voice not being recognised in the user voice by the second voice recognition module, perform voice recognition of the user voice using the first voice recognition module.
A method comprising: determining, by a layer 2 network device, whether an entry, corresponding to a media access control address, "MAC", address included in a packet, is stored in a table associated with the layer 2 network device; wherein the table associates MAC addresses with ports of the device; broadcasting, by the layer 2 network device, another packet, that includes the MAC address, to all ports of the layer 2 network device, when no entry, corresponding to the MAC address, is stored in the table, the other packet being different than the packet; preventing, by the layer 2 network device, the packet from being transmitted until a response, to the broadcasted other packet, is received via a particular port of said all ports; and updating, by the layer 2 network device, the table to include a particular entry corresponding to the MAC address when the response is received, the particular entry including: the MAC address, and information identifying the particular port. determining, by a layer 2 network device, whether an entry, corresponding to a media access control address, "MAC", address included in a packet, is stored in a table associated with the layer 2 network device; wherein the table associates MAC addresses with ports of the device; broadcasting, by the layer 2 network device, another packet, that includes the MAC address, to all ports of the layer 2 network device, when no entry, corresponding to the MAC address, is stored in the table, the other packet being different than the packet; preventing, by the layer 2 network device, the packet from being transmitted until a response, to the broadcasted other packet, is received via a particular port of said all ports; and updating, by the layer 2 network device, the table to include a particular entry corresponding to the MAC address when the response is received, the particular entry including: the MAC address, and information identifying the particular port. the MAC address, and information identifying the particular port.
Method of controlling the duration of a drying phase of a method for cleaning and optionally disinfecting items to be cleaned, comprising the following steps: a) regularly measuring a humidity value of an exhaust air humidity (2, 4) at a time t by using a first humidity sensor, b) determining the temperature of exhaust air flowing out of a cleaning chamber, in which the items to be cleaned are dried, by means of a first temperature sensor so that the exhaust air humidity (2, 4) indicates an absolute humidity of the exhaust air, c) regularly measuring a humidity value of a supply air humidity at the same time t by using a second humidity sensor, wherein in addition the temperature of supply air, which is sucked in from an environment of the cleaning chamber and is used for drying the items to be cleaned, is determined by means of a second temperature sensor so that the supply air humidity indicates an absolute humidity of the supply air, and d) terminating the drying phase when a difference between the exhaust air humidity (2, 4) and the supply air humidity falls below a predefined threshold value. a) regularly measuring a humidity value of an exhaust air humidity (2, 4) at a time t by using a first humidity sensor, b) determining the temperature of exhaust air flowing out of a cleaning chamber, in which the items to be cleaned are dried, by means of a first temperature sensor so that the exhaust air humidity (2, 4) indicates an absolute humidity of the exhaust air, c) regularly measuring a humidity value of a supply air humidity at the same time t by using a second humidity sensor, wherein in addition the temperature of supply air, which is sucked in from an environment of the cleaning chamber and is used for drying the items to be cleaned, is determined by means of a second temperature sensor so that the supply air humidity indicates an absolute humidity of the supply air, and d) terminating the drying phase when a difference between the exhaust air humidity (2, 4) and the supply air humidity falls below a predefined threshold value.