mhurhangee/ep-ind-claims huggingface dataset:
A cooling system for a datacenter, wherein the datacenter includes a plurality of computers, arranged in a row within a building, the row of computers disposed between a first aisle and a second aisle, the row of computers defining an air passageway (24, 80) between the first aisle and the second aisle, the row of computers associated with a top surface that is below and spaced apart from an overhead surface of the building to define a gap between the top surface associated with the row of computers and the overhead surface of the building, the cooling system comprising: a blower system; and an inflatable air duct (60, 202, 204), wherein the blower system is configured to be connected in fluid communication with the inflatable air duct (60, 202, 204); characterized in that the blower system is configured to cause a current of air to flow sequentially lengthwise through the inflatable air duct (60, 202, 204), downward from the inflatable air duct (60, 202, 204) into the first aisle, and through the row of computers to the second aisle; the inflatable air duct (60, 202, 204) is configured to be disposed within the gap, lengthwise along the row of computers and rests upon the top surface associated with the rows of computers such that a weight of the inflatable air duct (60, 202, 204) is supported by the top surface; and the inflatable air duct (60, 202, 204) selectively has an inflated state and a deflated state, the inflatable air duct (60, 202, 204) filling more of the gap when the inflatable air duct (60, 202, 204) is in the inflated state than when the inflatable air duct (60, 202, 204) is in the deflated state. a blower system; and an inflatable air duct (60, 202, 204), wherein the blower system is configured to be connected in fluid communication with the inflatable air duct (60, 202, 204); characterized in that wherein the blower system is configured to be connected in fluid communication with the inflatable air duct (60, 202, 204); characterized in that the blower system is configured to cause a current of air to flow sequentially lengthwise through the inflatable air duct (60, 202, 204), downward from the inflatable air duct (60, 202, 204) into the first aisle, and through the row of computers to the second aisle; the inflatable air duct (60, 202, 204) is configured to be disposed within the gap, lengthwise along the row of computers and rests upon the top surface associated with the rows of computers such that a weight of the inflatable air duct (60, 202, 204) is supported by the top surface; and the inflatable air duct (60, 202, 204) selectively has an inflated state and a deflated state, the inflatable air duct (60, 202, 204) filling more of the gap when the inflatable air duct (60, 202, 204) is in the inflated state than when the inflatable air duct (60, 202, 204) is in the deflated state.
A method for making a bonded assembly, comprising: providing a first wafer (110, 203); forming an (Al)(Ga)InP(As)(Sb) first bonding layer (120, 220) upon the first wafer (110, 203) to form a first subassembly (102, 202); providing a second wafer (130, 260); forming an (Al)(Ga)InP(As)(Sb) second bonding layer (140, 240) upon the second wafer (130, 260) to form a second subassembly (104, 204); and directly bonding the first bonding layer (120, 220) to the second bonding layer (140, 240); wherein the first and second bonding layers (120, 220, 140, 240) are lattice matched to the first and second wafers (110, 203, 130, 260), respectively; and wherein either or both the first and/or second wafers comprises one or more semiconductor devices. providing a first wafer (110, 203); forming an (Al)(Ga)InP(As)(Sb) first bonding layer (120, 220) upon the first wafer (110, 203) to form a first subassembly (102, 202); providing a second wafer (130, 260); forming an (Al)(Ga)InP(As)(Sb) second bonding layer (140, 240) upon the second wafer (130, 260) to form a second subassembly (104, 204); and directly bonding the first bonding layer (120, 220) to the second bonding layer (140, 240); wherein the first and second bonding layers (120, 220, 140, 240) are lattice matched to the first and second wafers (110, 203, 130, 260), respectively; and wherein either or both the first and/or second wafers comprises one or more semiconductor devices.
An electrically isolated driving device comprising: a driven body made of first metallic material and having a driven end configured to interface with a fastener; a drive body made of a second metallic material and having a drive end configured to receive a protrusion of a driving tool; and a body portion over-molding substantially all portions of the drive body and the driven body other than the drive end and the driven end, respectively, wherein the drive end of the drive body and the driven end of the driven body face away from each other, and the drive body and driven body each include axial grooves (250,252), characterized in that the axial grooves of the drive body are offset from the axial grooves of the driven body a driven body made of first metallic material and having a driven end configured to interface with a fastener; a drive body made of a second metallic material and having a drive end configured to receive a protrusion of a driving tool; and a body portion over-molding substantially all portions of the drive body and the driven body other than the drive end and the driven end, respectively, wherein the drive end of the drive body and the driven end of the driven body face away from each other, and the drive body and driven body each include axial grooves (250,252), characterized in that the axial grooves of the drive body are offset from the axial grooves of the driven body
A method comprising: logically dividing an irregular polygon into a plurality of contiguous sub-areas (410,412,414), the irregular polygon representing an outer boundary of mineral rights, and the logically dividing by a computer system; planning a first plurality of layouts of lateral wellbores residing in a first sub-area, each layout along a distinct azimuthal direction, the planning by the computer system; selecting a layout of the first plurality of layouts based on a selection criteria, the selecting creates a first selected layout; planning a second plurality of layouts of lateral wellbores residing in a second sub-area, each layout of the second plurality of layouts along a distinct azimuthal direction, and the planning by the computer system; selecting a layout of the second plurality of layouts based on a selection criteria, the selecting creates a second selected layout; and creating an overall layout for the irregular polygon by combining the first and second selected layouts, the creating by the computer system; displaying the overall layout on a display device. logically dividing an irregular polygon into a plurality of contiguous sub-areas (410,412,414), the irregular polygon representing an outer boundary of mineral rights, and the logically dividing by a computer system; planning a first plurality of layouts of lateral wellbores residing in a first sub-area, each layout along a distinct azimuthal direction, the planning by the computer system; selecting a layout of the first plurality of layouts based on a selection criteria, the selecting creates a first selected layout; planning a second plurality of layouts of lateral wellbores residing in a second sub-area, each layout of the second plurality of layouts along a distinct azimuthal direction, and the planning by the computer system; selecting a layout of the second plurality of layouts based on a selection criteria, the selecting creates a second selected layout; and creating an overall layout for the irregular polygon by combining the first and second selected layouts, the creating by the computer system; displaying the overall layout on a display device.
A clamping device for clamping a machine part configured to rotate about an axis of rotation in a balancing machine, comprising a receiver unit having a receiving opening centrally located relative to the axis of rotation and adapted to receive axially therein a coupling shaft of the machine part, a collet arranged in the receiving opening, and an actuator guided on the receiver unit for axial movement relative thereto for actuation of the collet, wherein the actuator includes a shaft axially slidably guided in a centrally located bore of the receiver unit, a clamping body at one end of the shaft for actuation of the collet, a load-applying body at the other end of the shaft, and a plurality of compression springs (30, 31) arranged between the receiver unit and the load-applying body, characterized in that the compression springs (30, 31) are arranged and/or configured in such a way that the spring loads acting on the load-applying body with the collet tightened are asymmetrical relative to the axis of the shaft.
Method for controlling a fuel supply system on an automotive vehicle such as a truck, said fuel supply system comprising: - a primary fuel tank and a secondary fuel tank, - an intake fuel line for feeding an internal combustion engine of the vehicle, and - a fuel return line selectively connected to either the primary or the secondary fuel tank, - said method comprising the step of determining the respective fuel levels (L1, L2) in both primary and secondary fuel tanks, wherein said method comprises steps of: - a) permanently connecting the intake fuel line with at least the primary fuel tank, and - b) selectively connecting the fuel return line to either the primary or the secondary fuel tank on the basis of at least the fuel level in the secondary fuel tank, characterized in that said method further comprises the step of: - c) connecting the fuel return line to the primary tank if the fuel level in the secondary fuel tank becomes inferior to a low threshold fuel level. - a primary fuel tank and a secondary fuel tank, - an intake fuel line for feeding an internal combustion engine of the vehicle, and - a fuel return line selectively connected to either the primary or the secondary fuel tank, - said method comprising the step of determining the respective fuel levels (L1, L2) in both primary and secondary fuel tanks, - a) permanently connecting the intake fuel line with at least the primary fuel tank, and - b) selectively connecting the fuel return line to either the primary or the secondary fuel tank on the basis of at least the fuel level in the secondary fuel tank, - c) connecting the fuel return line to the primary tank if the fuel level in the secondary fuel tank becomes inferior to a low threshold fuel level.
A reconfigurable surgical microscope, comprising: an eyepiece (102a, 102b); a relay lens system optically coupled to the eyepiece (102a, 102b); a zoom lens system optically coupled to the eyepiece (102a, 102b) and the relay lens system; an illumination unit; and an objective lens capable of being repositioned between a first objective lens position and a second objective lens position, the first objective lens position being for use in cataract surgery and comprising a first slot located between the zoom lens system and the illumination unit and the second objective lens position being for use in vitreoretinal surgery and comprising a second slot located such that the illumination unit is located between the second objective lens position and the zoom lens system, wherein the objective lens has a focal length, the focal length being longer than a specified working distance between an eye to be viewed and the objective lens when the objective lens is located in the first slot, and the focal length not being longer than the specified working distance between the eye to be viewed and the objective lens when the objective lens is located in the second slot. an eyepiece (102a, 102b); a relay lens system optically coupled to the eyepiece (102a, 102b); a zoom lens system optically coupled to the eyepiece (102a, 102b) and the relay lens system; an illumination unit; and an objective lens capable of being repositioned between a first objective lens position and a second objective lens position, the first objective lens position being for use in cataract surgery and comprising a first slot located between the zoom lens system and the illumination unit and the second objective lens position being for use in vitreoretinal surgery and comprising a second slot located such that the illumination unit is located between the second objective lens position and the zoom lens system, wherein the objective lens has a focal length, the focal length being longer than a specified working distance between an eye to be viewed and the objective lens when the objective lens is located in the first slot, and the focal length not being longer than the specified working distance between the eye to be viewed and the objective lens when the objective lens is located in the second slot.
A method for communicating broadcast messages between clients (21 - 26) in a communication network (51, 52) having a core mobile network and a number N of wireless mobile networks, wherein each of the clients (21 - 26) is coupled to the core mobile network by one of the N wireless mobile networks, the method comprising: allocating each of the clients (21 - 26) to one broadcast area (A1, A2, A3) of a plurality of broadcast areas (A1, A2, A3) covered by the N wireless mobile networks, sending (101, 201) a broadcast message from a sending client of the clients (21 - 26) via unicast to a service center of the core mobile network, and transmitting (102, 202) the broadcast message, which is allocated to a certain broadcast area, from the service center via broadcast to a plurality of the clients (22, 23, 26) allocated to said certain broadcast area, filtering the broadcast message broadcast to the clients (22, 23, 26) allocated to said certain broadcast area such that it reaches all the clients (23, 26) allocated to said certain broadcast area excluding the sending client. allocating each of the clients (21 - 26) to one broadcast area (A1, A2, A3) of a plurality of broadcast areas (A1, A2, A3) covered by the N wireless mobile networks, sending (101, 201) a broadcast message from a sending client of the clients (21 - 26) via unicast to a service center of the core mobile network, and transmitting (102, 202) the broadcast message, which is allocated to a certain broadcast area, from the service center via broadcast to a plurality of the clients (22, 23, 26) allocated to said certain broadcast area, filtering the broadcast message broadcast to the clients (22, 23, 26) allocated to said certain broadcast area such that it reaches all the clients (23, 26) allocated to said certain broadcast area excluding the sending client.
A separation apparatus for the separation of solid component, heavy and light density liquid components of an organic or other matter slurry, the apparatus comprising a decanter section comprising a screw conveyor enclosed by a decanter house (1101, 1102) and a centrifuge section comprising a disc centrifuge comprising a plurality of centrifugal discs, the centrifuge section enclosed by a centrifuge house, the decanter section and centrifuge section separated by an intersection comprising at least one stationary impeller for transmitting liquid from the decanter section to the centrifuge section, the screw conveyor, decanter house and centrifuge house being rotatable around a central axis, the decanter section comprising at least one axially arranged inlet and a solid material outlet, the centrifuge section comprising a plurality of second liquid outlets for heavier liquid and the centrifuge section being characterized by an axially central first liquid outlet for lighter liquid.
A method for controlling operation of a household appliance comprising a first space, a second space, a pump arranged to transport a liquid from said first space to said second space, a heating element arranged to heat the liquid in said second space, a first temperature sensor arranged within said first space and a second temperature sensor arranged at said heating element, the method comprises: - supplying the liquid to said first space, - determining a first characteristic of the measured temperature by the first temperature sensor, wherein said first characteristic describes how the temperature changes during supplying of the liquid to said first space, - supplying the liquid to said second space by activating said pump in order to transport said liquid from said first space to said second space, - determining a second characteristic of the measured temperature by the second temperature sensor, wherein said second characteristic describes how the temperature changes during supplying of the liquid to said second space and - determining if a sufficient amount of the liquid has been supplied to said second space or not based on said second characteristic evaluated with respect to said first characteristic so that turning on the heating element to heat the liquid in the second space when not sufficient amount of the liquid has been supplied may be prevented. - supplying the liquid to said first space, - determining a first characteristic of the measured temperature by the first temperature sensor, wherein said first characteristic describes how the temperature changes during supplying of the liquid to said first space, - supplying the liquid to said second space by activating said pump in order to transport said liquid from said first space to said second space, - determining a second characteristic of the measured temperature by the second temperature sensor, wherein said second characteristic describes how the temperature changes during supplying of the liquid to said second space and - determining if a sufficient amount of the liquid has been supplied to said second space or not based on said second characteristic evaluated with respect to said first characteristic so that turning on the heating element to heat the liquid in the second space when not sufficient amount of the liquid has been supplied may be prevented.
A package comprising: a connector including: a pair of a first fitting object and a second fitting object; a connection portion (46, 47) connecting said first fitting object and said second fitting object so that said first fitting object protrudes more from the connection portion (46, 47) to a fitting side than said second fitting object; a first opening and a second opening formed respectively in said first fitting object and said second fitting object and opened to the fitting side in a same direction; and a filler located inside of an opening in at least one of said first fitting object and said second fitting object; characterized in that the package further comprises a package body including a base which contains said connector, said package body having a first surface facing said first opening and a second surface facing said second opening and said connection portion (46, 47), wherein said first surface is formed deeper than said second surface in said base relative to a direction in which said connector is contained with respect to said base; wherein an end surface of said second fitting object on the fitting side and a surface of said connection portion (46, 47) form a common first plane; and wherein said base has a support surface that supports said first plane. a pair of a first fitting object and a second fitting object; a connection portion (46, 47) connecting said first fitting object and said second fitting object so that said first fitting object protrudes more from the connection portion (46, 47) to a fitting side than said second fitting object; a first opening and a second opening formed respectively in said first fitting object and said second fitting object and opened to the fitting side in a same direction; and a filler located inside of an opening in at least one of said first fitting object and said second fitting object; characterized in that the package further comprises a package body including a base which contains said connector, said package body having a first surface facing said first opening and a second surface facing said second opening and said connection portion (46, 47), wherein said first surface is formed deeper than said second surface in said base relative to a direction in which said connector is contained with respect to said base; wherein an end surface of said second fitting object on the fitting side and a surface of said connection portion (46, 47) form a common first plane; and wherein said base has a support surface that supports said first plane. a package body including a base which contains said connector, said package body having a first surface facing said first opening and a second surface facing said second opening and said connection portion (46, 47), wherein said first surface is formed deeper than said second surface in said base relative to a direction in which said connector is contained with respect to said base; wherein an end surface of said second fitting object on the fitting side and a surface of said connection portion (46, 47) form a common first plane; and wherein said base has a support surface that supports said first plane.
A process for producing an ingestible film comprising an active component, said ingestible film having a predetermined dosage for said active component, said process comprising: a) preparing a continuous film comprising a polymer component and said active component uniformly dispersed in said polymer component; b) analyzing said film to determine the amount of said active component per unit weight of said film and based on said amount of said component per unit weight of said film determining a dimension of the film necessary to deliver said predetermined dosage for said active component; c) adjusting said dimension of the film into the dimension determined in step (b). a) preparing a continuous film comprising a polymer component and said active component uniformly dispersed in said polymer component; b) analyzing said film to determine the amount of said active component per unit weight of said film and based on said amount of said component per unit weight of said film determining a dimension of the film necessary to deliver said predetermined dosage for said active component; c) adjusting said dimension of the film into the dimension determined in step (b).
A heat not burn consumable comprising: a tubular vapour generating member defining a channel therethrough, wherein at least an active portion of the vapour generating member is configured to produce vapour when heated by a heater, wherein the active portion comprises an active substrate formed from a rolled sheet and including an aerosol former and an active substance: the vapour generating member has an overall length which is greater than 50% of a total length of the consumable; and the active substrate of the active portion includes between 0.0002 milligrams and 0.02 milligrams of active substance per milligram of said active substrate. the vapour generating member has an overall length which is greater than 50% of a total length of the consumable; and the active substrate of the active portion includes between 0.0002 milligrams and 0.02 milligrams of active substance per milligram of said active substrate.