mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a housing (10, 20) having an inlet and an outlet; a fan in the housing (10, 20) to suck in air through the inlet and discharge air through the outlet, and including a plurality of fan blades with an installation space between two fan blades of the plurality of fan blades; a fan driver coupled to an end of the fan by a fastening member, to drive the fan, wherein the installation space is positioned to allow the fastening member to pass through the installation space to couple the fan driver to the fan; and a stabilizer including: a body arranged to extend along the fan at a first distance from the fan, and so as to not be over the installation space as the fan rotates, and a modifier arranged to extend along the fan at a second distance from the fan that is greater than the first distance, and so as to be over the installation space for at least part of a full rotation of the fan as the fan rotates. a housing (10, 20) having an inlet and an outlet; a fan in the housing (10, 20) to suck in air through the inlet and discharge air through the outlet, and including a plurality of fan blades with an installation space between two fan blades of the plurality of fan blades; a fan driver coupled to an end of the fan by a fastening member, to drive the fan, wherein the installation space is positioned to allow the fastening member to pass through the installation space to couple the fan driver to the fan; and a stabilizer including: a body arranged to extend along the fan at a first distance from the fan, and so as to not be over the installation space as the fan rotates, and a modifier arranged to extend along the fan at a second distance from the fan that is greater than the first distance, and so as to be over the installation space for at least part of a full rotation of the fan as the fan rotates. a body arranged to extend along the fan at a first distance from the fan, and so as to not be over the installation space as the fan rotates, and a modifier arranged to extend along the fan at a second distance from the fan that is greater than the first distance, and so as to be over the installation space for at least part of a full rotation of the fan as the fan rotates.
A method of controlling application of forces to different portions of two surfaces of an object, the method comprising: positioning a bladder, formed by a first flexible wall, within a first cavity formed between the object and a back support, wherein the bladder comprises a second cavity, and wherein a first contact member is positioned inside the second cavity; sealing a second flexible wall against the object or the back support, wherein the object is disposed between the second flexible wall and the back support; applying a first force to a first portion of a first surface of the object using the first flexible wall, wherein the applying the first force comprises pressurizing the bladder; applying a second force to a second portion (192a") of the first surface of the object using the first flexible wall, the second portion (192a") of the first surface of the object corresponding to the first contact member; and applying a third force onto a third portion (192a") of a second surface (192") of the object using the second flexible wall, the third portion (192a") of the second surface (192") corresponding to a second contact member, wherein applying the third force comprises applying an external force to the second contact member. positioning a bladder, formed by a first flexible wall, within a first cavity formed between the object and a back support, wherein the bladder comprises a second cavity, and wherein a first contact member is positioned inside the second cavity; sealing a second flexible wall against the object or the back support, wherein the object is disposed between the second flexible wall and the back support; applying a first force to a first portion of a first surface of the object using the first flexible wall, wherein the applying the first force comprises pressurizing the bladder; applying a second force to a second portion (192a") of the first surface of the object using the first flexible wall, the second portion (192a") of the first surface of the object corresponding to the first contact member; and applying a third force onto a third portion (192a") of a second surface (192") of the object using the second flexible wall, the third portion (192a") of the second surface (192") corresponding to a second contact member, wherein applying the third force comprises applying an external force to the second contact member.
A hob comprising a hob tray, a burner opening provided in the hob tray; a burner positioned under the hob tray so that it can be accessed through the burner opening; a flange provided on the burner below the hob tray; a circumferential sealing element which includes a soft synthetic material positioned around the burner between the flange and the hob tray; characterized in the sealing element including an acute angle presented toward the flange between the burner and the inner wall of the sealing element which sealing element comes into contact with the burner to form a seal.
A portable air purification apparatus comprising: a power module with a common power interface; a first air compression module with a common air interface and a common power interface, wherein the air compression module provides a stream of air through its common air interface that substantially lacks buffeting; at least one filtering module with a common air interface; wherein the at least one filtering module with a common power interface, the power module and the first air compression module are configured to connect together in series with one another so that the power module distributes electrical energy to another one of the modules through its common power interface, and the first air compression module is configured to distribute compressed air to the at least one filtering module through their common air interfaces, wherein each of the common power interfaces and common air interfaces is configured to couple one of the modules to another of the modules; and a nasal mask configured to connect to the filtering module and direct compressed air into the nasal passages of a user, characterized in that the another one of the modules is adapted to distribute electrical energy to a further one of the modules through its common power interface. a power module with a common power interface; a first air compression module with a common air interface and a common power interface, wherein the air compression module provides a stream of air through its common air interface that substantially lacks buffeting; at least one filtering module with a common air interface; wherein the at least one filtering module with a common power interface, the power module and the first air compression module are configured to connect together in series with one another so that the power module distributes electrical energy to another one of the modules through its common power interface, and the first air compression module is configured to distribute compressed air to the at least one filtering module through their common air interfaces, wherein each of the common power interfaces and common air interfaces is configured to couple one of the modules to another of the modules; and a nasal mask configured to connect to the filtering module and direct compressed air into the nasal passages of a user, characterized in that the another one of the modules is adapted to distribute electrical energy to a further one of the modules through its common power interface.
A security substrate for security papers and value documents having at least a first and at least a second sub-region (2, 3), characterized in that the first sub-region comprises small, light-scattering plastic-based hollow spheres and no mixture of rutile and anatase, and the second sub-region comprises rutile and/ or anatase but no small, light-scattering plastic-based hollow spheres, wherein rutile, anatase and the small, light-scattering plastic-based hollow spheres each have a different transmission or remission in the ultraviolet spectral range.
A device for trapping insects, in particular flying insects, which consists of a trapping receptacle, which comprises a lower bowl for receiving said insects, which is surmounted by an upper cap forming on the one hand a trap and on the other hand a lid for the bowl, said lower bowl and said upper cap being shaped to be removably assembled, said cap including an orifice which extends downwards in the direction of said lower bowl to form a funnel-shaped converging passageway, said bowl including in a region of its peripheral wall a first opening having a first surface, this bowl being provided with a movable member having at least one second opening (41, 42, 43) and at least one third opening (41, 42, 43), or conversely, these second and third openings (41, 42, 43) having surfaces which are different and smaller than that of said first opening, characterised by the fact that the peripheral wall of said bowl is generally cylindrical and that said movable member has the shape of a ring mounted movable in rotation around said peripheral wall, against the outer face of this wall, said member being movable between a first position wherein neither said second nor said third opening (41, 42, 43) are positioned opposite said first opening, and additional positions wherein said at least one second opening (41, 42, 43) or said at least one third opening (41, 42, 43) is positioned opposite said first opening.
A client device comprising: a communication unit configured to communicate with a server; a storage unit in which information indicating timing to inquire whether new information is to be received by the communication unit is stored, the new information being related to each service among a plurality of services provided by the server; a timing judging unit configured to judge, in accordance with the information indicating the timing to inquire for each service, when an inquiry signal for each service is due to be transmitted; an inquiring unit configured to: generate the inquiry signal for a service for which an inquiry signal is due to be transmitted, the inquiry signal including identifying information of said service to which the new information to be inquired is related; and transmit the inquiry signal to the server; and a receiving unit configured to receive a response signal transmitted from the server to the communication unit in response to the inquiry signal, and wherein the inquiring unit is configured to: generate, when the inquiry signals of a plurality of services are due to be transmitted, converged inquiry information collectively describing the identifying information of each of said plurality of services; and transmit the inquiry signal including the converged inquiry information to the server. a communication unit configured to communicate with a server; a storage unit in which information indicating timing to inquire whether new information is to be received by the communication unit is stored, the new information being related to each service among a plurality of services provided by the server; a timing judging unit configured to judge, in accordance with the information indicating the timing to inquire for each service, when an inquiry signal for each service is due to be transmitted; an inquiring unit configured to: generate the inquiry signal for a service for which an inquiry signal is due to be transmitted, the inquiry signal including identifying information of said service to which the new information to be inquired is related; and transmit the inquiry signal to the server; and generate the inquiry signal for a service for which an inquiry signal is due to be transmitted, the inquiry signal including identifying information of said service to which the new information to be inquired is related; and transmit the inquiry signal to the server; and a receiving unit configured to receive a response signal transmitted from the server to the communication unit in response to the inquiry signal, and generate, when the inquiry signals of a plurality of services are due to be transmitted, converged inquiry information collectively describing the identifying information of each of said plurality of services; and transmit the inquiry signal including the converged inquiry information to the server.
A clamping device, comprising: a base having a limiting space and an opening communicating with the limiting space; and a clamping arm assembly (121, 122), which is arranged at the opening of the base and forms a gap with the opening in a stationary state, the gap being smaller than a size of a clamped part; wherein the clamp arm assembly (121, 122) has a first damping force that allows the clamped part to enter the limiting space via the opening, and has a second damping force that allows the clamped part to exit the limiting space via the opening; and the second damping force is greater than the first damping force; characterised in that: the clamping device is configured to clamp or release a traveling cable of an elevator system. a base having a limiting space and an opening communicating with the limiting space; and a clamping arm assembly (121, 122), which is arranged at the opening of the base and forms a gap with the opening in a stationary state, the gap being smaller than a size of a clamped part; wherein the clamp arm assembly (121, 122) has a first damping force that allows the clamped part to enter the limiting space via the opening, and has a second damping force that allows the clamped part to exit the limiting space via the opening; and the second damping force is greater than the first damping force; characterised in that: the clamping device is configured to clamp or release a traveling cable of an elevator system.
A magnetically actuated capsule endoscope, the endoscope comprising: a body having a top housing part and a bottom housing part; a permanent magnet arranged within the top housing part; a plurality of deformable members extending from the top housing part to an end of the bottom housing part; characterized in that the endoscope further includes a needle projecting from the top housing part towards the bottom housing part and surrounded by the plurality of deformable members, wherein the plurality of deformable members are configured to repeatedly expand and contract to respectively cover and uncover a tip of said needle. a body having a top housing part and a bottom housing part; a permanent magnet arranged within the top housing part; a plurality of deformable members extending from the top housing part to an end of the bottom housing part; characterized in that the endoscope further includes a needle projecting from the top housing part towards the bottom housing part and surrounded by the plurality of deformable members, wherein the plurality of deformable members are configured to repeatedly expand and contract to respectively cover and uncover a tip of said needle.
A method for preparing a lithographic printing plate comprising: imagewise exposing a lithographic printing plate precursor comprising, in the following order, a support; an intermediate layer containing a copolymer containing a repeating unit derived from a monomer having a C log P value of -0.14 or less wherein C log P is the logarithm of the octanol/water partition coefficient of a compound calculated using the program ClogP v4.82 (available from Daylight Chemical Information System, Inc.) and having a carbon-carbon unsaturated double bond through a covalent bond; and an image-forming layer containing a polymerization initiator, a polymerizable compound and a binder polymer; and reproving an unexposed area of the image-forming layer by processing the exposed lithographic printing plate precursor with an aqueous solution having a buffer function. imagewise exposing a lithographic printing plate precursor comprising, in the following order, a support; an intermediate layer containing a copolymer containing a repeating unit derived from a monomer having a C log P value of -0.14 or less wherein C log P is the logarithm of the octanol/water partition coefficient of a compound calculated using the program ClogP v4.82 (available from Daylight Chemical Information System, Inc.) and having a carbon-carbon unsaturated double bond through a covalent bond; and an image-forming layer containing a polymerization initiator, a polymerizable compound and a binder polymer; and reproving an unexposed area of the image-forming layer by processing the exposed lithographic printing plate precursor with an aqueous solution having a buffer function.
A method for accessing information (I I) securely stored in data blocks (W I) of a non-secure memory, each data block (W I) being associated with a counter (GC k) recorded in said non-secure memory, said counter (GC k) being designed to be incremented each time said data block (W I) is written, said method comprising the following steps: - first access (300, 400) to a data block (W I), said first access (300, 400) comprising the following sub-steps: ∘ reading (317, 417), in said non-secure memory, a recorded counter (GC k) that is associated with said data block (W I); ∘ verifying (319, 419) the integrity of said recorded counter (GC k); and ∘ storing (318, 418), in a secure memory, a stored counter (GC' k) that comprises a copy of said recorded counter (GC k); then - second access to said data block (W I), said second access comprising the following sub-steps: ∘ reading said stored counter (GC' k) from said secure memory; and ∘ verifying the integrity of said data block (W I) by means of the value of said stored counter (GC' k). - first access (300, 400) to a data block (W I), said first access (300, 400) comprising the following sub-steps: ∘ reading (317, 417), in said non-secure memory, a recorded counter (GC k) that is associated with said data block (W I); ∘ verifying (319, 419) the integrity of said recorded counter (GC k); and ∘ storing (318, 418), in a secure memory, a stored counter (GC' k) that comprises a copy of said recorded counter (GC k); then ∘ reading (317, 417), in said non-secure memory, a recorded counter (GC k) that is associated with said data block (W I); ∘ verifying (319, 419) the integrity of said recorded counter (GC k); and ∘ storing (318, 418), in a secure memory, a stored counter (GC' k) that comprises a copy of said recorded counter (GC k); then - second access to said data block (W I), said second access comprising the following sub-steps: ∘ reading said stored counter (GC' k) from said secure memory; and ∘ verifying the integrity of said data block (W I) by means of the value of said stored counter (GC' k). ∘ reading said stored counter (GC' k) from said secure memory; and ∘ verifying the integrity of said data block (W I) by means of the value of said stored counter (GC' k).
An animal enclosure having a circular, partly circular or semicircular wall or fence, at least a first moveable barrier and a second moveable barrier located within the enclosure, wherein the first movable barrier and the second moveable barrier are separately rotatable about the same vertical axis, and an actuation means for causing rotation of at least the first moveable barrier and the second moveable barrier, the actuation means being operable by an operator, the actuation means including a part or a portion located externally of the enclosure to thereby allow an operator to move at least the first moveable barrier and the second moveable barrier from a location that is external to the enclosure; said animal enclosure being characterised in that the first moveable barrier and the second moveable barrier are moveable by operation of a single actuation means.
A method for beam management, the method being performed by a network node (402, 1000), the method comprising: using a first receive, RX, beam to receive a first signal transmitted by a user equipment, UE; obtaining, based on the first signal received using the first RX beam, a first received signal power value, P1; using a second RX beam to receive the first signal or another signal transmitted by the UE, wherein the first RX beam is wider than the second RX beam; obtaining, based on the signal received using the second RX beam, a second received signal power value, P2; determining that a difference between P2 and P1, that is P2 minus P1, is less than a threshold; and initiating a beam sweep as a result of determining that the difference is less than the threshold, wherein the threshold is based on a link budget sensitivity. using a first receive, RX, beam to receive a first signal transmitted by a user equipment, UE; obtaining, based on the first signal received using the first RX beam, a first received signal power value, P1; using a second RX beam to receive the first signal or another signal transmitted by the UE, wherein the first RX beam is wider than the second RX beam; obtaining, based on the signal received using the second RX beam, a second received signal power value, P2; determining that a difference between P2 and P1, that is P2 minus P1, is less than a threshold; and initiating a beam sweep as a result of determining that the difference is less than the threshold, wherein the threshold is based on a link budget sensitivity.
Mortise lock with a housing that is provided with an operating mechanism with a pinion that is turnable around a geometric axis (Y-Y') that is mounted in the housing and a rack engaging therewith that is movably affixed in the housing along a direction (X-X') perpendicular to the aforementioned geometric axis (Y-Y'), whereby the pinion is provided with a double toothing with two sets of teeth (16a,16b) that are separated by a geometric dividing plane that extends perpendicularly to the axial direction (Y-Y') of the pinion, whereby the teeth (16a,16b) of the double toothing, viewed in their longitudinal direction extend axially, transverse to this dividing plane, from a broad base to a narrower top and the double toothing can engage with a corresponding double toothing on the rack that is formed by two sets of teeth (17a,7b), characterised in that the teeth of each set of teeth (16a,16b) of the pinion form an oblique toothing, whereby the faces (27,28) of these teeth are oblique with respect to the axial direction (Y-Y') and these faces (27,28) include an angle to one another that is such that the width of the teeth (16a,16b) of each of the two sets of teeth (16a,16b) either decreases or increases in the direction of the dividing plane.
Spoke wheel rim for a tubeless tyre with a rim ring which comprises a rim base and two rim flanges, and with spokes which connect a hub to the rim ring, wherein - grooves are provided on the rim ring running in the radial direction, in which the spokes each engage with a complementarily formed spoke head, - each spoke head has a passage opening formed transversely to the spoke axis, - a pin is provided on each groove, which pin crosses the groove and the through opening of the spoke head and is held on both sides of the groove in a pin retainer, characterized in that - the grooves and the pin retainers are arranged in the radial direction in a region between the rim flange and the rim base. - grooves are provided on the rim ring running in the radial direction, in which the spokes each engage with a complementarily formed spoke head, - each spoke head has a passage opening formed transversely to the spoke axis, - a pin is provided on each groove, which pin crosses the groove and the through opening of the spoke head and is held on both sides of the groove in a pin retainer, characterized in that - the grooves and the pin retainers are arranged in the radial direction in a region between the rim flange and the rim base.