mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an air conditioner, the air conditioner comprising a bypass passage connected to a gas/liquid separator; a first branch part from which an injection passage and the bypass passage are branched; a bypass valve disposed in the bypass passage to adjust a flow rate of the refrigerant; an injection valve disposed in the injection passage to adjust a flow rate of the refrigerant; a high-pressure sensor detecting a refrigerant discharge pressure of a compressor (110, 112) of the air conditioner; and a low-pressure sensor detecting a refrigerant suction pressure of the compressor (110, 112), characterized in that the method comprises: determining whether a low-load condition is satisfied on the basis of the number of indoor units of the air conditioner or a temperature of external air; performing a low-load operation of the compressor (110, 112) at a preset frequency when the low-load condition is satisfied; detecting whether an operation pressure is out of a target pressure value or range while the low-load operation is performed; and bypassing the refrigerant from the compressor (110, 112) to the gas/liquid separator via the injection passage when the operation pressure is out of the target pressure value or range, wherein when the air conditioner performs a heating operation, adjusting of the opening degree of the injection valve is performed until the operation pressure detected by the high-pressure sensor reaches the value or range with respect to the target high-pressure, or when the air conditioner performs a cooling operation, adjusting of the opening degree of the injection valve is performed until the operation pressure detected by the low-pressure sensor reaches the value or range with respect to the target low-pressure. determining whether a low-load condition is satisfied on the basis of the number of indoor units of the air conditioner or a temperature of external air; performing a low-load operation of the compressor (110, 112) at a preset frequency when the low-load condition is satisfied; detecting whether an operation pressure is out of a target pressure value or range while the low-load operation is performed; and bypassing the refrigerant from the compressor (110, 112) to the gas/liquid separator via the injection passage when the operation pressure is out of the target pressure value or range, wherein when the air conditioner performs a heating operation, adjusting of the opening degree of the injection valve is performed until the operation pressure detected by the high-pressure sensor reaches the value or range with respect to the target high-pressure, or when the air conditioner performs a cooling operation, adjusting of the opening degree of the injection valve is performed until the operation pressure detected by the low-pressure sensor reaches the value or range with respect to the target low-pressure.
A surgical assembly comprising: a base; an instrument shaft rotationally mounted to the base and extending between a distal end and a proximal end; an end effector supported at the distal end of the instrument shaft and including an actuation mechanism driven by a rotational motion; a drive shaft rotationally coupled with the actuation mechanism and configured to provide the rotational motion to the actuation mechanism; characterised in that the surgical assembly comprises a differential rotationally coupled to the drive shaft and receiving a first input motion and a second input motion, the differential being configured to combine the first and second input motions (120, 122) to generate an output motion that rotates the drive shaft, the first input motion being rotationally coupleable to an actuation source and the second input motion being coupled to rotation of the instrument shaft relative to the base. a base; an instrument shaft rotationally mounted to the base and extending between a distal end and a proximal end; an end effector supported at the distal end of the instrument shaft and including an actuation mechanism driven by a rotational motion; a drive shaft rotationally coupled with the actuation mechanism and configured to provide the rotational motion to the actuation mechanism; characterised in that the surgical assembly comprises a differential rotationally coupled to the drive shaft and receiving a first input motion and a second input motion, the differential being configured to combine the first and second input motions (120, 122) to generate an output motion that rotates the drive shaft, the first input motion being rotationally coupleable to an actuation source and the second input motion being coupled to rotation of the instrument shaft relative to the base.
A metal supported solid oxide fuel cell (SOFC) comprising; a metal substrate; an electrolyte layer adjacent the metal substrate; and at least one gasket through which fluids are delivered to and/or from the metal supported solid oxide fuel cell; wherein the electrolyte layer covers the region between the gasket and an active region of the SOFC, providing a non-porous protective coating preventing corrosion of the metal substrate; and wherein at least a portion of the electrolyte layer is positioned between the substrate and the gasket and/or on the metal substrate in regions proximate to the gasket. a metal substrate; an electrolyte layer adjacent the metal substrate; and at least one gasket through which fluids are delivered to and/or from the metal supported solid oxide fuel cell; wherein the electrolyte layer covers the region between the gasket and an active region of the SOFC, providing a non-porous protective coating preventing corrosion of the metal substrate; and wherein at least a portion of the electrolyte layer is positioned between the substrate and the gasket and/or on the metal substrate in regions proximate to the gasket.
Egg holder, which can be fixed on a rail, of an egg processing device for receiving an egg, comprising an at least partially frustoconical wall forming a receiving space, an upper opening and a lower opening, wherein a diameter (D 1) of the upper opening is greater than a diameter (D 2) of the lower opening, characterized in that the wall has an alignment region and a retaining region, wherein a plurality of first slots are introduced into the retaining region of the wall from an edge of the wall forming the lower opening and a plurality of second and/or third slots (10, 11) are introduced into the alignment region of the wall from an edge of the wall forming the upper opening.
An apparatus for treating perishable objects or liquids, the apparatus comprising plurality of pieces formed from a single piece of magnetic material formed into a magnetic device such that movement of the pieces of the magnetic material with respect to each other is inhibited characterized in that the pieces of the magnetic material form a dome-shaped or arc-shaped magnetic structure.
A retainer sleeve configured for use in a retainer system for a ground engaging tool, the retainer sleeve comprising: a plurality of plate-like sections, each section being flexibly joined with an adjacent section along either a radially inner edge or a portion of a radially outer edge; the radially inner edges of the plurality of sections forming part of a segmented inner surface configured for engagement with an outer surface of a locking member of the retainer system, the inner surface extending partially around a central axis of the retainer sleeve to form a substantially C-shaped retainer sleeve having opposite circumferential ends that are spaced from each other; characterized in that the radially outer edges of the plurality of sections form part of a segmented, frustoconical outer surface configured for engagement in an internal lock cavity of a ground engaging tool tip. a plurality of plate-like sections, each section being flexibly joined with an adjacent section along either a radially inner edge or a portion of a radially outer edge; the radially inner edges of the plurality of sections forming part of a segmented inner surface configured for engagement with an outer surface of a locking member of the retainer system, the inner surface extending partially around a central axis of the retainer sleeve to form a substantially C-shaped retainer sleeve having opposite circumferential ends that are spaced from each other; characterized in that the radially outer edges of the plurality of sections form part of a segmented, frustoconical outer surface configured for engagement in an internal lock cavity of a ground engaging tool tip.
Moulded body made of a permanently soft dental material from a light ray cured and optionally thermally post-treated composition, comprising light ray cured polymers as well as, optionally, thermally or in the presence of moisture post-treated polymers, wherein the permanently soft dental material comprises silicones, and the moulded body is a gingival mask, the gingival surface of which is adjusted to the surface contour of the gingiva and/or of the exposed tooth necks, and which is adhesive on the gingiva and/or the exposed tooth necks with the gingival surface, wherein the labial surface of the gingival mask imitates the texture and/or contour of gingiva.
A water reservoir for an apparatus for humidifying a flow of air, the water reservoir including: a base portion configured to hold a volume of water; and a lid portion comprising an inlet and an outlet, wherein the lid portion is pivotably connected to the base portion by hinges to allow the water reservoir to be convertible between an open and a closed configuration; wherein the water reservoir comprises a rotation guide and a rotation stop to define a range of rotation of the lid portion; wherein one end of the range of rotation is defined by the water reservoir being in the closed configuration; wherein the other end of the range of rotation is defined by a fully open position of the water reservoir, wherein, in the fully open position of the reservoir, the rotation guide interferes with the rotation stop; characterised in that the water reservoir is configured to disconnect the lid portion from the base portion when a user attempts to open the lid portion further than the rotation stop and the rotation guide; and in that the hinges are configured to allow disconnection more easily when the reservoir is in the fully open position than at another orientation of the lid portion with respect to the base portion. a base portion configured to hold a volume of water; and a lid portion comprising an inlet and an outlet, wherein the lid portion is pivotably connected to the base portion by hinges to allow the water reservoir to be convertible between an open and a closed configuration; wherein the water reservoir comprises a rotation guide and a rotation stop to define a range of rotation of the lid portion; wherein one end of the range of rotation is defined by the water reservoir being in the closed configuration; wherein the other end of the range of rotation is defined by a fully open position of the water reservoir, wherein, in the fully open position of the reservoir, the rotation guide interferes with the rotation stop; characterised in that the water reservoir is configured to disconnect the lid portion from the base portion when a user attempts to open the lid portion further than the rotation stop and the rotation guide; and in that the hinges are configured to allow disconnection more easily when the reservoir is in the fully open position than at another orientation of the lid portion with respect to the base portion.
Method for producing an electrical sheet pack (71, 72), comprising the following steps: - producing a starting electrical sheet pack from an electrical sheet strip by means of vertical edge-rolling, wherein the electrical sheet strip contains at most 4% by weight of aluminium and/or silicon, - coating sheet layers (510, 520, 530) of the starting electrical sheet pack with a coating (61, 62) which contains at least 20% by weight of aluminium and/or silicon, and - subjecting the coated starting electrical sheet pack to a heat treatment in order to obtain the electrical sheet pack (71, 72), wherein the heat treatment is carried out until a homogeneous distribution of aluminium and/or silicon is reached in the electrical sheet pack or until there is at least one gradient of the aluminium content and/or silicon content in the electrical sheet pack. - producing a starting electrical sheet pack from an electrical sheet strip by means of vertical edge-rolling, wherein the electrical sheet strip contains at most 4% by weight of aluminium and/or silicon, - coating sheet layers (510, 520, 530) of the starting electrical sheet pack with a coating (61, 62) which contains at least 20% by weight of aluminium and/or silicon, and - subjecting the coated starting electrical sheet pack to a heat treatment in order to obtain the electrical sheet pack (71, 72), wherein the heat treatment is carried out until a homogeneous distribution of aluminium and/or silicon is reached in the electrical sheet pack or until there is at least one gradient of the aluminium content and/or silicon content in the electrical sheet pack.
Refrigerator and/or freezer, comprising at least one coolant circuit, which comprises at least one condenser, as well as a latent heat storage with a latent heat storage medium, wherein the latent heat storage is arranged such that it absorbs heat emitted by the condenser, and wherein the latent heat storage medium is configured such that it performs a phase change upon absorption of heat emitted by the condenser, which, during the standstill of the coolant circuit, is reversed by means of heat dissipation to the environment, characterized in that the condenser is accommodated in a container filled with the latent heat storage medium, and that the container is configured such that it serves as an evaporation tray.
A crosslinkable elastomer composition comprising (i) a crosslinkable fluorine-containing elastomer; and (ii) a filler having a specific surface area of at least 2.0 m 2 /g and containing a synthetic polymer having a thermally and chemically stable aromatic ring in the main chain. (i) a crosslinkable fluorine-containing elastomer; and (ii) a filler having a specific surface area of at least 2.0 m 2 /g and containing a synthetic polymer having a thermally and chemically stable aromatic ring in the main chain.
A method for operating a device having a port (208, 212, 214; 210, 216,218) for receiving a rechargeable external device (102; 104), the port (212; 218) including a power connection, the device powering down portions of the device, one of the portions including the port (208, 212, 214; 210, 216,218), the method comprising: determining the connection of a rechargeable external device (102; 104) to the port (208, 212, 214; 210, 216,218); and limiting the powering down of the device so that the rechargeable external device (102; 104) continues to receive power from the port (208, 212, 214; 210, 216,218); characterized in that limiting the powering down includes: allowing selected portions of the device other than the port to be powered down; periodically powering up selected portions of the device to determine if the rechargeable external device (102; 104) is recharged; if the rechargeable external device (102; 104) is not recharged, powering down the portions of the device that were powered up; and if the rechargeable external device (102; 104) is recharged, no longer limiting powering down of the device. determining the connection of a rechargeable external device (102; 104) to the port (208, 212, 214; 210, 216,218); and limiting the powering down of the device so that the rechargeable external device (102; 104) continues to receive power from the port (208, 212, 214; 210, 216,218); characterized in that limiting the powering down includes: allowing selected portions of the device other than the port to be powered down; periodically powering up selected portions of the device to determine if the rechargeable external device (102; 104) is recharged; if the rechargeable external device (102; 104) is not recharged, powering down the portions of the device that were powered up; and if the rechargeable external device (102; 104) is recharged, no longer limiting powering down of the device. allowing selected portions of the device other than the port to be powered down; periodically powering up selected portions of the device to determine if the rechargeable external device (102; 104) is recharged; if the rechargeable external device (102; 104) is not recharged, powering down the portions of the device that were powered up; and if the rechargeable external device (102; 104) is recharged, no longer limiting powering down of the device.
A method for handling Radio Link Failure, RLF, in a Multi-RAT Dual Connectivity, MRDC, system comprising a User Equipment, UE, connected to a Master Node, MN, and at least one Secondary Node, SN, the method comprises: detecting, by the UE, a RLF with the MN; after detecting the RLF with the MN, determining, by the UE, whether a SN termination condition, for terminating a connection with one SN of the at least one SN is met, wherein the SN termination condition comprises receiving a Radio Resource Control, RRC, release message related to the one SN at the UE; after detecting the RLF with the MN, initiating, by the UE, an RRC connection re-establishment procedure for the MN and a first timer related to the RRC re-establishment procedure for the MN; maintaining, by the UE, a connection with the one SN in response to determining that the SN termination condition is not met; and releasing, by the UE, the connection with the one SN in response to determining that the SN termination condition is met or that the first timer has expired, wherein context of the UE is maintained by the MN for a time period longer than a duration of the first timer, after detection of the RLF with the MN. detecting, by the UE, a RLF with the MN; after detecting the RLF with the MN, determining, by the UE, whether a SN termination condition, for terminating a connection with one SN of the at least one SN is met, wherein the SN termination condition comprises receiving a Radio Resource Control, RRC, release message related to the one SN at the UE; after detecting the RLF with the MN, initiating, by the UE, an RRC connection re-establishment procedure for the MN and a first timer related to the RRC re-establishment procedure for the MN; maintaining, by the UE, a connection with the one SN in response to determining that the SN termination condition is not met; and releasing, by the UE, the connection with the one SN in response to determining that the SN termination condition is met or that the first timer has expired, wherein context of the UE is maintained by the MN for a time period longer than a duration of the first timer, after detection of the RLF with the MN.
A door hinge of four-link rod, which can cushion self-close, comprising: a door hinge of four-link rod, which is formed by hinging a hinge seat, a hinge cup, a support link rod arm and an elastic link rod arm, and a damper for cushioning self-close of the door hinge, characterized in that: the support link rod arm has a bilateral fork arm hinged with the hinge cup, the damper is slidingly mounted in the hinge cup between the two fork arms along a swinging direction of the support link rod arm, an end of a piston rod of the damper abuts against an internal wall of the hinge cup adjacent to the hinging side, two sides of a cylinder body of the damper are formed with a boss (52.1) which surface faces towards a bottom of the cylinder body, the two fork arms each form a protrusion (31.1) which can abut against the surface of the boss (52.1).
Valve for controlling the flow of a fluid of the type comprising a member which is capable of allowing the passage of the fluid and a controllable rotary closure means which is arranged in the member and which can occupy, as a result of rotation of the means relative to the member, different angular positions, the member comprising a cylindrical internal housing which has a circular cross-section, the controllable rotary closure means comprising at least one closure portion which is arranged in an inclined plane relative to the cylindrical housing and which cooperates with the side wall of the housing by means of a peripheral generatrix so as to ensure sealing contact between the closure means and the member in an angular position, in which valve there are arranged in the member an inlet and an outlet for the fluid, which are coaxial and open substantially in an oblique manner relative to the internal cylindrical housing with the closure means separating them in one of the angular positions thereof, characterized in that said inclined portion of the closure means is formed as a rotary disk whose peripheral edge constitutes the contact generatrix with the side wall of the cylindrical housing so as to ensure cylinder-on-cylinder contact.
A method of defining an electric potential of input lines (2, 3) of an inverter with respect to ground, wherein in all current-carrying output lines (9, 10, 22 to 24) of the inverter capacitors (12, 13, 25 to 27) are arranged and charged to a DC voltage in order to shift the electric potential of the input lines (2, 3) with respect to a reference potential at one of the current-carrying output lines of the inverter by this DC voltage.
A two-part bait station for attracting pests, such as rodents and especially rats, said bait station comprising: - an enclosed bait chamber for storing pest poison or a pest trap, - a receiving part for removably receiving said bait chamber during use, wherein said two part bait station is formed with an integration frame for at least partly enclosing said two-part bait station and wherein said integration frame forms at least part of the exposed outer surface of the lower ground-contacting part of an object not primarily being a bait station, such as a waste bin, a step of a staircase or a flower pot and wherein said bait chamber is formed with access openings and said integration frame is formed with holes, the holes and access openings being positioned in a manner whereby they are aligned when the bait chamber is accommodated in said receiving part whereby access for a pest is allowed from an outside environment of the integration frame, through said holes and said access openings into the said bait chamber, when the bait chamber is accommodated in said receiving part. - an enclosed bait chamber for storing pest poison or a pest trap, - a receiving part for removably receiving said bait chamber during use,