mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: a filter assembly disposed in an air suction hole (S2) that is lengthily defined in the air conditioner in a left-right direction; and a pair of moving mechanisms configured to allow the filter assembly to move forward and backward in a direction crossing a longitudinal direction of the filter assembly , wherein the pair of moving mechanisms comprises: a motor ; and a rack configured to move forward and backward by the motor ; wherein the filter assembly is adapted to be withdrawn forward from the air conditioner when the motor operates, and the filter assembly is adapted to be inserted into the air conditioner when the motor operates reversely, wherein the air conditioner further comprises: a case in which the filter assembly is accommodated; a front panel disposed on the case ; and a driving mechanism configured to elevate the front panel to a plurality of positions, characterized in that the pair of moving mechanisms and the driving mechanism are interlocked with each other. a filter assembly disposed in an air suction hole (S2) that is lengthily defined in the air conditioner in a left-right direction; and a pair of moving mechanisms configured to allow the filter assembly to move forward and backward in a direction crossing a longitudinal direction of the filter assembly , wherein the pair of moving mechanisms comprises: a motor ; and a rack configured to move forward and backward by the motor ; a motor ; and a rack configured to move forward and backward by the motor ; wherein the filter assembly is adapted to be withdrawn forward from the air conditioner when the motor operates, and the filter assembly is adapted to be inserted into the air conditioner when the motor operates reversely, wherein the air conditioner further comprises: a case in which the filter assembly is accommodated; a front panel disposed on the case ; and a driving mechanism configured to elevate the front panel to a plurality of positions, characterized in that the pair of moving mechanisms and the driving mechanism are interlocked with each other. a case in which the filter assembly is accommodated; a front panel disposed on the case ; and a driving mechanism configured to elevate the front panel to a plurality of positions, characterized in that the pair of moving mechanisms and the driving mechanism are interlocked with each other.
A medical device, comprising: an elongate member having a distal end and a proximal end; an inflow lumen disposed within the elongate member, the inflow lumen having a proximal end, a distal end and a slanting exit opening at the distal end of the inflow lumen ; and an outflow lumen also disposed within the elongate member, the outflow lumen having a proximal end, a distal end and a slanting receiving opening at the distal end of the outflow lumen ; wherein the distal end of the inflow lumen and the distal end of the outflow lumen are configured to be connected, wherein the connecting portion surrounds both the exit opening of the inflow lumen and the receiving opening of the outflow lumen , characterised in that the slanting exit opening of the inflow lumen and the slanting receiving opening of the outflow lumen are configured to face each other, and the exit opening of the inflow lumen meets the receiving opening of the outflow lumen at an open space . an elongate member having a distal end and a proximal end; an inflow lumen disposed within the elongate member, the inflow lumen having a proximal end, a distal end and a slanting exit opening at the distal end of the inflow lumen ; and an outflow lumen also disposed within the elongate member, the outflow lumen having a proximal end, a distal end and a slanting receiving opening at the distal end of the outflow lumen ; wherein the distal end of the inflow lumen and the distal end of the outflow lumen are configured to be connected, wherein the connecting portion surrounds both the exit opening of the inflow lumen and the receiving opening of the outflow lumen , characterised in that the slanting exit opening of the inflow lumen and the slanting receiving opening of the outflow lumen are configured to face each other, and the exit opening of the inflow lumen meets the receiving opening of the outflow lumen at an open space .
An infusate caddy , including at least two infusate containers, comprising: a bottom and at least one side extending upwardly from the bottom to form a shape complementary to a receiving compartment on a dialysis machine; and at least two receiving compartments disposed on the infusate caddy complementary to at least two infusate containers wherein every receiving compartment disposed on the infusate caddy has at least one fitting feature positioned on an interior surface of the receiving compartment, said at least one fitting feature complementary to a corresponding fitting feature disposed on the at least two infusate containers , characterised in that the at least two infusate containers fit into unique positions inside the infusate caddy, the unique positions defined by the at least one fitting feature; wherein every receiving compartment has a size and/or shape different from every other receiving compartment. a bottom and at least one side extending upwardly from the bottom to form a shape complementary to a receiving compartment on a dialysis machine; and at least two receiving compartments disposed on the infusate caddy complementary to at least two infusate containers wherein every receiving compartment disposed on the infusate caddy has at least one fitting feature positioned on an interior surface of the receiving compartment, said at least one fitting feature complementary to a corresponding fitting feature disposed on the at least two infusate containers , characterised in that the at least two infusate containers fit into unique positions inside the infusate caddy, the unique positions defined by the at least one fitting feature; wherein every receiving compartment has a size and/or shape different from every other receiving compartment.
Method for producing a composite body from at least two thermoplastic joining partners which are connected to one another in a material-fitting manner at at least one contact surface , comprising applying a welding auxiliary element which can be heated up in an inductive manner to an outer or inner surface of at least one of the joining partners in the region of the contact surface , wherein the welding auxiliary element is applied to the surface using an additive method; joining the at least two joining partners at the contact surface ; inductively heating the welding auxiliary element for the at least partial melting of the contact surface , wherein a welding temperature for joining the at least two thermoplastic joining partners is set by means of a Curie temperature of ferromagnetic particles which are contained in the welding auxiliary element and solidifying the melt for producing the material-fitting connection between the at least two joining partners , characterised in that at least one of the joining partners is formed in layers using an additive method and the welding auxiliary element is applied to the joining partner during the construction of the joining partner and is covered with further material of the joining partner . applying a welding auxiliary element which can be heated up in an inductive manner to an outer or inner surface of at least one of the joining partners in the region of the contact surface , wherein the welding auxiliary element is applied to the surface using an additive method; joining the at least two joining partners at the contact surface ; inductively heating the welding auxiliary element for the at least partial melting of the contact surface , wherein a welding temperature for joining the at least two thermoplastic joining partners is set by means of a Curie temperature of ferromagnetic particles which are contained in the welding auxiliary element and solidifying the melt for producing the material-fitting connection between the at least two joining partners , characterised in that at least one of the joining partners is formed in layers using an additive method and the welding auxiliary element is applied to the joining partner during the construction of the joining partner and is covered with further material of the joining partner .
A light module for a motor vehicle lighting and/or signalling optical unit, comprising first means for emitting light rays of a first color and second means for emitting light rays of a second color arranged on the same support plate , as well as a light guide comprising a substantially flat transparent body capable of receiving said light rays of different colors coming from said first and second light means and of guiding them towards the same front output face ; the transparent body extending perpendicularly to the support plate , its mean plane merging with the median longitudinal plane of this same support plate, characterized in that the said first and second emission means have emission axes (A1, A2) substantially perpendicular to the mean plane of the said transparent body , being arranged respectively on either side of the said transparent body in such a way that their light rays penetrate this body via two opposite input faces of the latter.
A work tool, which performs a prescribed operation on a workpiece by driving a tool accessory, the work tool comprising a housing extending in an elongate form, a motor , a controller for controlling driving of the motor , and a spindle having a rotation axis extending in parallel to a rotation output shaft of the motor and configured to be rotated on the rotation axis within a prescribed angular range via the motor to drive the tool accessory , wherein in a longitudinal direction which is defined as an extending direction of the elongate housing, the housing has a front housing region that defines a front region of the housing, a rear housing region that defines a rear region of the housing, and an intermediate housing region that defines an intermediate part between the front housing region and the rear housing region, and at least the motor is disposed in the front housing region, characterized in that the motor is a brushless motor , the controller is disposed in the rear housing region, and the work tool further comprises an inlet (104c1) formed in the rear housing region, an outlet (104a1) formed in the front housing region and an air passage formed within the intermediate housing region, wherein the controller and the brushless motor are arranged on an air flow path extending from the inlet (104c1) to the outlet via the air passage .
An electrochemical cell comprising: a first negative electrode and a second negative electrode , each comprising a gas permeable layer and a primary electroactive composite layer ; a positive electrode positioned between the first and second negative electrodes and comprising a first complementary electroactive composite layer facing the first negative electrode and a second complementary electroactive composite layer facing the second negative electrode ; a first separator positioned between the first negative electrode and the positive electrode ; and a second separator positioned between the second negative electrode and the positive electrode ; wherein each of the first and second separators is able to be saturated with a conductive liquid. a first negative electrode and a second negative electrode , each comprising a gas permeable layer and a primary electroactive composite layer ; a positive electrode positioned between the first and second negative electrodes and comprising a first complementary electroactive composite layer facing the first negative electrode and a second complementary electroactive composite layer facing the second negative electrode ; a first separator positioned between the first negative electrode and the positive electrode ; and a second separator positioned between the second negative electrode and the positive electrode ; wherein each of the first and second separators is able to be saturated with a conductive liquid.
A system for damping a vessel's motion using a lifting effect, comprising at least - one first stabilisation element that extends from the vessel's hull , below the water line, on a side of the vessel, which at least one stabilisation element is configured as a wing, - sensor means for sensing the vessel's motion and delivering control signals on the basis thereof, as well as - moving means for moving the at least one wing-shaped stabilisation element relative to the hull, characterised in that the at least one wing-shaped stabilisation element is a wing-shaped non-rotating stabilisation element and wherein the moving means are configured for imparting a non-rotatable, pivoting movement in the direction of the stem or the stern of the vessel to the at least one wing-shaped non-rotating stabilisation element and setting a tilt angle (α, β) of the at least one wing-shaped non-rotating stabilisation element relative to the ship's hull in dependence on the speed of the vessel and the control signals delivered by the sensor means, such that the lifting effect generated by the at least one wing-shaped non-rotating stabilisation element will have a damping effect on the ship's motion being sensed. - one first stabilisation element that extends from the vessel's hull , below the water line, on a side of the vessel, which at least one stabilisation element is configured as a wing, - sensor means for sensing the vessel's motion and delivering control signals on the basis thereof, as well as - moving means for moving the at least one wing-shaped stabilisation element relative to the hull, characterised in that the at least one wing-shaped stabilisation element is a wing-shaped non-rotating stabilisation element and wherein the moving means are configured for imparting a non-rotatable, pivoting movement in the direction of the stem or the stern of the vessel to the at least one wing-shaped non-rotating stabilisation element and setting a tilt angle (α, β) of the at least one wing-shaped non-rotating stabilisation element relative to the ship's hull in dependence on the speed of the vessel and the control signals delivered by the sensor means, such that the lifting effect generated by the at least one wing-shaped non-rotating stabilisation element will have a damping effect on the ship's motion being sensed.
A method of wireless communication, comprising: communicating , by a first wireless communication device with a second wireless communication device, a reservation request, RRQ, for a transmission opportunity, TXOP, in a shared spectrum, wherein the shared spectrum is shared by a plurality of network operating entities, wherein the first wireless communication device and the second wireless communication device are associated with a first network operating entity of the plurality of network operating entities, and wherein the RRQ indicates a first traffic priority of data to be communicated; and communicating , by the first wireless communication device with the second wireless communication device, the data of the first traffic priority during the TXOP, wherein the TXOP includes a pre-scheduling period and a contention period, wherein the pre-scheduling period includes first resources, each of the first resources associated with one of the plurality of network operating entities, and assigned an access priority of a plurality of access priorities, wherein the contention period includes second resources, each of the second resources associated with one of the plurality of access priorities, and wherein the RRQ is communicated using one of the first resources associated with the first network operating entity. communicating , by a first wireless communication device with a second wireless communication device, a reservation request, RRQ, for a transmission opportunity, TXOP, in a shared spectrum, wherein the shared spectrum is shared by a plurality of network operating entities, wherein the first wireless communication device and the second wireless communication device are associated with a first network operating entity of the plurality of network operating entities, and wherein the RRQ indicates a first traffic priority of data to be communicated; and communicating , by the first wireless communication device with the second wireless communication device, the data of the first traffic priority during the TXOP, wherein the TXOP includes a pre-scheduling period and a contention period, wherein the pre-scheduling period includes first resources, each of the first resources associated with one of the plurality of network operating entities, and assigned an access priority of a plurality of access priorities, wherein the contention period includes second resources, each of the second resources associated with one of the plurality of access priorities, and wherein the RRQ is communicated using one of the first resources associated with the first network operating entity.
A torque tube for a brake assembly, the torque tube comprising: a tube portion having a first centerline axis ; a conical back-leg portion extending from the tube portion in a radially outward angled orientation relative to the first centerline axis ; and a lip portion disposed at a radially outward end of the conical back-leg portion , the lip portion a proximal surface , a distal surface , and a radially outward surface , wherein the lip portion defines a hole extending from the proximal surface to the distal surface that is configured to receive a fastener for mounting a brake stack of the brake assembly, wherein the hole has a second centerline axis that is substantially parallel to the first centerline axis , wherein a first radial dimension is defined between the second centerline axis and the radially outward surface of the lip portion , wherein the distal surface of the lip portion comprises a truncated section extending perpendicular or oblique to the first centerline axis and the second centerline axis, and characterized in that the truncated section extends from a radially inward surface of the conical back-leg portion and has a second radial dimension as defined between the radially outward surface of the lip portion and a transition between the radially inward surface of the conical back-leg portion and the truncated section that is less than 1.5 times the first radial dimension. a tube portion having a first centerline axis ; a conical back-leg portion extending from the tube portion in a radially outward angled orientation relative to the first centerline axis ; and a lip portion disposed at a radially outward end of the conical back-leg portion , the lip portion a proximal surface , a distal surface , and a radially outward surface , wherein the lip portion defines a hole extending from the proximal surface to the distal surface that is configured to receive a fastener for mounting a brake stack of the brake assembly, wherein the hole has a second centerline axis that is substantially parallel to the first centerline axis , wherein a first radial dimension is defined between the second centerline axis and the radially outward surface of the lip portion , wherein the distal surface of the lip portion comprises a truncated section extending perpendicular or oblique to the first centerline axis and the second centerline axis, and characterized in that the truncated section extends from a radially inward surface of the conical back-leg portion and has a second radial dimension as defined between the radially outward surface of the lip portion and a transition between the radially inward surface of the conical back-leg portion and the truncated section that is less than 1.5 times the first radial dimension.
An apparatus for rib reconstruction, the apparatus comprising: a first rib implant for mounting to a first rib, the first rib implant including a first rib implant aperture having a first rib implant aperture axis ; a sternal implant for mounting to a sternum, the sternal implant including a first sternal implant aperture having a first sternal implant aperture axis ; and a first elongate member having a first end received in the first rib implant aperture and a second end received in the first sternal implant aperture , wherein the first elongate member is configured to be adjustable in an axial direction relative to the first rib implant aperture or the first sternal implant aperture . a first rib implant for mounting to a first rib, the first rib implant including a first rib implant aperture having a first rib implant aperture axis ; a sternal implant for mounting to a sternum, the sternal implant including a first sternal implant aperture having a first sternal implant aperture axis ; and a first elongate member having a first end received in the first rib implant aperture and a second end received in the first sternal implant aperture , wherein the first elongate member is configured to be adjustable in an axial direction relative to the first rib implant aperture or the first sternal implant aperture .
Guide bar drive for a knitting machine having a driven transmission link comprising an output section and a body which is supported in a body bearing , wherein the transmission link is driven by drive forces acting along a drive axis and the output section is laterally offset to the drive axis , wherein the output section has at least one bearing which is separate from the body bearing and forms an anti-tilt device, and at least two transmission links each having an output section , wherein the output sections are arranged adjacent, characterized in that the at least two transmission links support each other in a direction that is oriented from the support to the output section .
Tool for a medical instrument for targeted introduction of a substance into a body cavity, wherein the tool comprises a shaft with a lumen having at its distal end (1") a nozzle head with at least two nozzles , wherein the nozzles are at an angle of less than 180° (α) in relation to a center axis (M) of the shaft and are uniformly spaced apart from each other and comprise nozzle openings , characterized in that the nozzle openings are connected by a distributor cone to a bore and to the lumen , wherein the nozzle head is rotatably supported in the shaft and experiences a torque when the nozzles are supplied with the substance. wherein the tool comprises a shaft with a lumen having at its distal end (1") a nozzle head with at least two nozzles , wherein the nozzles are at an angle of less than 180° (α) in relation to a center axis (M) of the shaft and are uniformly spaced apart from each other and comprise nozzle openings , characterized in that the nozzle openings are connected by a distributor cone to a bore and to the lumen , wherein the nozzle head is rotatably supported in the shaft and experiences a torque when the nozzles are supplied with the substance.