mhurhangee/ep-ind-claims huggingface dataset:
Protective device for pressurized-gas containers, having a housing which can be connected to a pressurized-gas container, comprises a cavity for enclosing an extraction valve having at least one extraction connection for connecting a consumption device, and has one or more access openings allowing access to the at least one extraction connection, wherein in the region of the access opening of the at least one extraction connection, the housing is equipped with an elastic safety element (25, 32) which is fastened to the housing and is designed such that it can be swung open from a closed position, in which the at least one extraction connection is completely covered and/or enclosed by the safety element (25, 32), into an opened-up position, in which the at least one extraction connection is opened up for connecting a consumption device, characterized in that, in the opened-up position, the safety element (25, 32) is retained by the consumption device connected to the extraction connection, and, after the consumption device has been removed from the extraction connection, the elastic safety element (25, 32) automatically returns to its closed position, for which the safety element (25, 32) is made from an elastically deformable material, such as an elastomer, and/or the safety element (25, 32) has a safety portion which, in its closed position, covers or encloses the extraction connection and which is operatively connected to a return mechanism. in the region of the access opening of the at least one extraction connection, the housing is equipped with an elastic safety element (25, 32) which is fastened to the housing and is designed such that it can be swung open from a closed position, in which the at least one extraction connection is completely covered and/or enclosed by the safety element (25, 32), into an opened-up position, in which the at least one extraction connection is opened up for connecting a consumption device, characterized in that, in the opened-up position, the safety element (25, 32) is retained by the consumption device connected to the extraction connection, and, after the consumption device has been removed from the extraction connection, the elastic safety element (25, 32) automatically returns to its closed position, for which the safety element (25, 32) is made from an elastically deformable material, such as an elastomer, and/or the safety element (25, 32) has a safety portion which, in its closed position, covers or encloses the extraction connection and which is operatively connected to a return mechanism.
A refrigerator comprising: - a cabinet defining a first storage compartment; - a first door for opening or closing the first storage compartment and for allowing or preventing access to an interior of the first storage compartment; - a storing device coupled to the first door to define a second storage compartment, wherein the second storage compartment is disposed in the first storage compartment, when the first door is closed; - a second door connected to the first door and configured to be opened or closed to allow or prevent access to an interior of the second storage compartment, wherein the interior of the second storage compartment is accessible when the first door is closed and the second door is opened; - a first hinge that rotatably connects the first door to the cabinet; and - a second hinge that rotatably connects the second door to the first door, characterised in that when the second door is in a closed position, a first lateral surface of the first door and a first lateral surface of the second door close to the first hinge and second hinge are configured to be coplanar, and a hinge shaft of the second hinge is disposed nearer to the coplanar surface than a hinge shaft of the first hinge. - a cabinet defining a first storage compartment; - a first door for opening or closing the first storage compartment and for allowing or preventing access to an interior of the first storage compartment; - a storing device coupled to the first door to define a second storage compartment, wherein the second storage compartment is disposed in the first storage compartment, when the first door is closed; - a second door connected to the first door and configured to be opened or closed to allow or prevent access to an interior of the second storage compartment, wherein the interior of the second storage compartment is accessible when the first door is closed and the second door is opened; - a first hinge that rotatably connects the first door to the cabinet; and - a second hinge that rotatably connects the second door to the first door, when the second door is in a closed position, a first lateral surface of the first door and a first lateral surface of the second door close to the first hinge and second hinge are configured to be coplanar, and a hinge shaft of the second hinge is disposed nearer to the coplanar surface than a hinge shaft of the first hinge.
An engine exhaust treatment device comprising: an SCR catalyst case housing an SCR catalyst; an SCR exhaust inlet pipe; and a urea water injector, with a nozzle portion of the urea water injector directed toward an inside of the SCR exhaust inlet pipe, wherein, an exhaust deflector is provided in the SCR exhaust inlet pipe and the exhaust deflector is mounted to an inner peripheral face of the SCR exhaust inlet pipe on an exhaust upstream side of the urea water injector, the exhaust deflector includes an exhaust deflecting face and the exhaust deflecting face is formed so that its separation from the inner peripheral face of the SCR exhaust inlet pipe gradually increases as the exhaust deflecting face extends from the exhaust upstream side toward an exhaust downstream side, and the exhaust deflector includes a substantially planar exhaust deflecting plate, the exhaust deflecting plate is separated from the inner peripheral face of the SCR exhaust inlet pipe, and one of front and back faces of the exhaust deflecting plate not facing the inner peripheral face of the SCR exhaust inlet pipe is formed as the exhaust deflecting face, so that exhaust flowing toward the nozzle portion of the urea water injector is deflected by the exhaust deflector and diverted from the nozzle portion, characterised in that an exhaust passing clearance is provided between the exhaust deflecting plate and the inner peripheral face of the SCR exhaust inlet pipe, such that the exhaust passes through the exhaust passing clearance to thereby suppress the problem of the accumulation of the urea crystal between the exhaust deflecting plate and the inner peripheral face of the SCR exhaust inlet pipe.
A method for producing a cell chip or three-dimensional tissue chip by using a micro-applicator provided with an application unit including an application liquid container having an application liquid reservoir for storing a cell-containing solution in a prescribed amount and an application needle allowing for penetration through the application liquid reservoir having the cell-containing solution stored, the method comprising: a waiting step of making a tip of the application needle dipped into the cell-containing solution having been charged in the application liquid reservoir; a descending step of making the tip of the application needle penetrate through the application liquid reservoir to move downward the cell-containing solution-attached tip of the application needle; an application step of bringing the cell-containing solution-attached tip of the application needle into contact with an application target, thereby applying the cell-containing solution to the application target to form a liquid droplet spot; and a holding step of lifting the tip of the application needle and holding the tip of the application needle in the application liquid reservoir. a waiting step of making a tip of the application needle dipped into the cell-containing solution having been charged in the application liquid reservoir; a descending step of making the tip of the application needle penetrate through the application liquid reservoir to move downward the cell-containing solution-attached tip of the application needle; an application step of bringing the cell-containing solution-attached tip of the application needle into contact with an application target, thereby applying the cell-containing solution to the application target to form a liquid droplet spot; and a holding step of lifting the tip of the application needle and holding the tip of the application needle in the application liquid reservoir.
A ram air turbine including a turbine housing having a first end, a second end spaced from said first end and an outer surface, a number of turbine blades mounted to said outer surface of said turbine housing and being circumferentially spaced from one another, each of said turbine blades extending from said first end to said second end of said turbine housing, characterized by; said turbine housing having a cross section which decreases from said first end to said second end in the direction of a stream of air flowing over said turbine housing; a number of splitters mounted to said outer surface of said turbine housing, each of said splitters being located in one of said spaces between adjacent turbine blades, each of said splitters extending from said first end of said turbine housing to a termination point spaced from said second end thereof, an open area being formed along said outer surface of said turbine housing in between adjacent turbine blades at each termination point of one of said splitters.
A method for operating a wireless LTE network, wherein a base station is provided for data communication in uplink, UL, and downlink, DL, direction with at least one mobile device, said method being characterized in that the base station is operated in a full duplex data communication mode during communication with the at least one mobile device, and in that the base station comprises two different virtual half duplex cells realized or defined within one full duplex cell of the base station and having different Physical Cell IDs, PCIs, but have the same Cell Global Identity, CGI, wherein the coverage of each virtual cell is the same, wherein an enhanced Inter-Cell Interference Coordination, eICIC, mechanism is applied for mitigating interference between simultaneous UL/DL operations of a cell or macro cell, i.e. between the two virtual half duplex cells, and wherein additional control plane signaling is avoided by using a non-transparent mode. wherein the coverage of each virtual cell is the same, wherein an enhanced Inter-Cell Interference Coordination, eICIC, mechanism is applied for mitigating interference between simultaneous UL/DL operations of a cell or macro cell, i.e. between the two virtual half duplex cells, and wherein additional control plane signaling is avoided by using a non-transparent mode.
An electronic device comprising: a first communication circuit that performs wireless communication using a first communication protocol; a universal serial bus "USB" host controller; and a processor electrically connected to the first communication circuit, wherein the processor controls the first communication circuit to perform a predetermined mutual operation between the electronic device and an external electronic device using the wireless communication, a second communication circuit that performs communication using a second communication protocol corresponding to millimeter wave communication, and wherein the processor activates the second communication circuit based on the predetermined mutual operation, and in response to activating the second communication circuit controls the USB host controller to set an operating mode of the electronic device as a host controller mode, controls the second communication circuit to transmit data to the external electronic device using the millimeter wave communication, controls the first communication circuit or the second communication circuit to receive setting data for setting the operating mode, and controls the USB host controller to set the operating mode of the electronic device based on the received setting data, characterized in that the received data is based on a virtual USB management table, and controls the USB host controller to set the operating mode of the electronic device by setting the virtual USB management table to have a lower priority than a priority of an actual USB management table. a first communication circuit that performs wireless communication using a first communication protocol; a universal serial bus "USB" host controller; and a processor electrically connected to the first communication circuit, wherein the processor controls the first communication circuit to perform a predetermined mutual operation between the electronic device and an external electronic device using the wireless communication, a second communication circuit that performs communication using a second communication protocol corresponding to millimeter wave communication, and wherein the processor activates the second communication circuit based on the predetermined mutual operation, and in response to activating the second communication circuit controls the USB host controller to set an operating mode of the electronic device as a host controller mode, controls the second communication circuit to transmit data to the external electronic device using the millimeter wave communication, controls the first communication circuit or the second communication circuit to receive setting data for setting the operating mode, and controls the USB host controller to set the operating mode of the electronic device based on the received setting data, characterized in that the received data is based on a virtual USB management table, and controls the USB host controller to set the operating mode of the electronic device by setting the virtual USB management table to have a lower priority than a priority of an actual USB management table.
A rope fastening arrangement of a hoisting device, comprising a rope drum a fastening device having a chamber which defines the vertical boundary dimensions (h1, h2), the horizontal boundary dimensions (w1, w2), and depth direction boundary dimensions (z1, z2) of the fastening device, a hoisting rope, and a hoisting member which ascends and descends by means of the hoisting rope, supported by the fastening device and rope drum, wherein the hoisting rope is locked to the fastening device by wedging, whereby the fastening device guides a first end of the hoisting rope away so that the first end of the hoisting rope does not extend outside the vertical boundary dimensions (h1, h2) of the chamber, the fastening device comprises a first wedge-like structure which has a round portion and a triangular portion whose flanks narrow towards each other away from the round portion, and a second wedge-like structure which has a round portion and a triangular portion whose flanks narrow towards each other away from the round portion whereby the first wedge-like structure and second wedge-like structure are side-by-side so that the hoisting rope is between the first and second wedge-like structure and squeezed between the wedge-like portions (9, 10) and characterised in that a through-hole extends through the first wedge-like structure. a rope drum a fastening device having a chamber which defines the vertical boundary dimensions (h1, h2), the horizontal boundary dimensions (w1, w2), and depth direction boundary dimensions (z1, z2) of the fastening device, a hoisting rope, and a hoisting member which ascends and descends by means of the hoisting rope, supported by the fastening device and rope drum, wherein the hoisting rope is locked to the fastening device by wedging, whereby the fastening device guides a first end of the hoisting rope away so that the first end of the hoisting rope does not extend outside the vertical boundary dimensions (h1, h2) of the chamber, the fastening device comprises a first wedge-like structure which has a round portion and a triangular portion whose flanks narrow towards each other away from the round portion, and a second wedge-like structure which has a round portion and a triangular portion whose flanks narrow towards each other away from the round portion whereby the first wedge-like structure and second wedge-like structure are side-by-side so that the hoisting rope is between the first and second wedge-like structure and squeezed between the wedge-like portions (9, 10) and characterised in that a through-hole extends through the first wedge-like structure.
A method of performing a sounding reference signal, SRS, transmission by a user equipment, UE, the method comprising: transmitting, to a base station, BS, UE capability information including information regarding a maximum number of SRS resources available for simultaneous transmission that can be configured to the UE for uplink, UL, beam management; receiving, from the BS, SRS configuration information regarding one or more SRS resources each configured with one or more SRS ports; and performing an SRS transmission based on the one or more SRS resources configured through the SRS configuration information for the UL beam management, wherein different SRS ports which belong to a same SRS resource are configured with different cyclic shift, CS, values, respectively. transmitting, to a base station, BS, UE capability information including information regarding a maximum number of SRS resources available for simultaneous transmission that can be configured to the UE for uplink, UL, beam management; receiving, from the BS, SRS configuration information regarding one or more SRS resources each configured with one or more SRS ports; and performing an SRS transmission based on the one or more SRS resources configured through the SRS configuration information for the UL beam management, wherein different SRS ports which belong to a same SRS resource are configured with different cyclic shift, CS, values, respectively.
A housing through opening having a frame (1, 2), which has at least one frame opening for passing through a cable, and having an elastomeric separating wall traversing the cross section of the frame opening, in which at least one through opening for the cable is provided and the provided through opening remaining closed until the cable is passed through, characterized in that the elastomeric separating wall consists of plate material, in that the provided through opening is produced by means of a cut or stamping with the creation of a separation (3.1, 3.2, 3.3, 3.4), in that the thus produced separation (3.1, 3.2, 3.3, 3.4) does not extend over the entire thickness of the elastomeric separating wall and in that the separation (3.1, 3.2, 3.3, 3.4) is realized in the form of a circular predetermined breaking point or in that the separation has mutually spaced ends.
An absorbent hygiene article being a diaper, a pant diaper, a sanitary napkin or an incontinence guard, comprising an absorbent structure and a liquid impervious outer coversheet, characterized in that said absorbent article comprises a fibrous layer containing between 1 and 70% by weight of thermochromic fibres based on the weight of said fibrous layer in areas in which said thermochromic fibers are distributed, wherein the thermochromic fibers are of a type in which the thermochromic pigment is blended with the resin from which the fibers are produced and that they change colour at a temperature of between 30 and 38°C, said fibrous layer being chosen from the following components of the absorbent hygiene article: an inner coversheet, an acquisition layer, an absorbent structure or a layer in an absorbent structure or an outer coversheet.
Computer-implemented method for determining relevant individual parameters of at least one eye of a spectacle wearer for the calculation or optimisation of a spectacle lens for the at least one eye of the spectacle wearer, comprising the steps of: - providing individual refraction data of the at least one eye of the spectacle wearer; and - determining an individual eye model, in which at least -- a shape of an anterior corneal surface of a model eye; -- a cornea-to-lens distance; -- parameters of the lens of the model eye; and -- a lens-retina distance are determined as parameters of the eye model on the basis of individual measured values for the eye of the spectacle wearer and/or on the basis of standard values and/or on the basis of the individual refraction data provided, in such a way that at least the determination of the lens-retina distance is performed by calculation from individual measured values and a priori determinations for other parameters of the eye model in such a way that the model eye has the individual refraction data provided. - providing individual refraction data of the at least one eye of the spectacle wearer; and - determining an individual eye model, in which at least -- a shape of an anterior corneal surface of a model eye; -- a cornea-to-lens distance; -- parameters of the lens of the model eye; and -- a lens-retina distance -- a shape of an anterior corneal surface of a model eye; -- a cornea-to-lens distance; -- parameters of the lens of the model eye; and -- a lens-retina distance
A communication method, comprising: obtaining, by a first station in a multi-link station device, a channel on a first link through contention, and obtaining a transmit opportunity, TXOP, on the first link; wherein the first station and a second station are stations in the multi-link station device, and when the first station performs sending or receiving, the second station is not capable of performing receiving or sending; and characterized in that the method further comprises: ending, by the first station, the TXOP before target sending time of a beacon frame that is to-be-received by the second station. obtaining, by a first station in a multi-link station device, a channel on a first link through contention, and obtaining a transmit opportunity, TXOP, on the first link; wherein the first station and a second station are stations in the multi-link station device, and when the first station performs sending or receiving, the second station is not capable of performing receiving or sending; and characterized in that the method further comprises: ending, by the first station, the TXOP before target sending time of a beacon frame that is to-be-received by the second station.