mhurhangee/patent-ind-claim-en huggingface dataset:
A housing assembly for an indoor unit , comprising: a face frame having a top portion provided with an air inlet and a bottom portion provided with a main air outlet ; two end covers arranged at a left end and a right end of the face frame separately, wherein a portion of at least one end cover of the end covers adjacent to the main air outlet is provided with an auxiliary air outlet , and the end cover and the face frame define an auxiliary air-outlet channel in communication with the auxiliary air outlet therebetween; and an air guiding member arranged on an outer surface of the end cover and surrounding an outer periphery of the auxiliary air outlet ; characterised by : a first auxiliary air-outlet grille arranged on the auxiliary air outlet ; and a second auxiliary air-outlet grille disposed outside of the first auxiliary air-outlet grille and detachably coupled to the end cover . a face frame having a top portion provided with an air inlet and a bottom portion provided with a main air outlet ; two end covers arranged at a left end and a right end of the face frame separately, wherein a portion of at least one end cover of the end covers adjacent to the main air outlet is provided with an auxiliary air outlet , and the end cover and the face frame define an auxiliary air-outlet channel in communication with the auxiliary air outlet therebetween; and an air guiding member arranged on an outer surface of the end cover and surrounding an outer periphery of the auxiliary air outlet ; characterised by : a first auxiliary air-outlet grille arranged on the auxiliary air outlet ; and a second auxiliary air-outlet grille disposed outside of the first auxiliary air-outlet grille and detachably coupled to the end cover . a first auxiliary air-outlet grille arranged on the auxiliary air outlet ; and a second auxiliary air-outlet grille disposed outside of the first auxiliary air-outlet grille and detachably coupled to the end cover .
Surgical device, comprising: a first clamp jaw operable to pivot around a first pivot point ; a second clamp jaw operable to pivot around a second pivot point ; wherein the first clamp jaw and the second clamp jaw are pivotable relative to each other; first and second locking suture guides configured to receive at least one locking suture for a knotting to hold the first and second clamp jaws in a clamped position; wherein the first clamp jaw comprises the first locking suture guide between a first clamping surface and the first pivot point ; wherein the second clamp jaw comprises the second locking suture guide between a second clamping surface and the second pivot point ; and an introducer shaft pivotably coupled to the first and second clamp jaws via the first and second pivot points; characterized by an articulator configured to allow the first and second clamp jaws to articulate with respect to the introducer shaft so that the first and second clamp jaws are enabled to move between a position that is in alignment with the introducer shaft and a position that is at an angle to the introducer shaft . a first clamp jaw operable to pivot around a first pivot point ; a second clamp jaw operable to pivot around a second pivot point ; wherein the first clamp jaw and the second clamp jaw are pivotable relative to each other; first and second locking suture guides configured to receive at least one locking suture for a knotting to hold the first and second clamp jaws in a clamped position; wherein the first clamp jaw comprises the first locking suture guide between a first clamping surface and the first pivot point ; wherein the second clamp jaw comprises the second locking suture guide between a second clamping surface and the second pivot point ; and an introducer shaft pivotably coupled to the first and second clamp jaws via the first and second pivot points; characterized by an articulator configured to allow the first and second clamp jaws to articulate with respect to the introducer shaft so that the first and second clamp jaws are enabled to move between a position that is in alignment with the introducer shaft and a position that is at an angle to the introducer shaft .
A method for the preparation of a blank of a ceramic material, in particular a blank to be used for the preparation of a dental restoration , wherein a layer of a first ceramic material is filled in a pourable condition into a mold , that in the layer, a first open cavity is formed, that a second ceramic material is filled in a pourable condition into the first open cavity, and that the materials are pressed together and then heat-treated, wherein the ceramic materials contain zirconium dioxide doped with yttrium oxide (Y 2 O 3 ), calcium oxide (CaO), magnesium oxide (MgO) and/or ceroxide (CeO 2 ), and wherein the first ceramic material differs from the material of the second ceramic material in terms of color and proportions of stabilized crystal forms present at room temperature.
A braking arrangement, comprising: a torque plate comprising a torque tube and a back leg; an end plate comprising a torque pocket; a torque button comprising a head portion and a shaft portion, wherein the head portion is configured to extend at least partially into the torque pocket and the shaft portion is configured to extend through an aperture disposed in the back leg; and characterized by a bushing configured to be removably coupled between the shaft portion of the torque button and the back leg of the torque plate . a torque plate comprising a torque tube and a back leg; an end plate comprising a torque pocket; a torque button comprising a head portion and a shaft portion, wherein the head portion is configured to extend at least partially into the torque pocket and the shaft portion is configured to extend through an aperture disposed in the back leg; and characterized by a bushing configured to be removably coupled between the shaft portion of the torque button and the back leg of the torque plate .
A drive in the form of a converter-fed geared motor, wherein the drive comprises at least an electric motor and an electronic circuit for supplying the electric motor, wherein the drive comprises means for inductively supplying it, wherein the means comprise an insertion part which once it has been inserted in the drive is intended for supplying the latter, wherein the means comprise an electronic circuit for supplying parts of the drive and means for transmitting information are provided, in that the drive is configured such that information can be transmitted by modulating higher-frequency signals onto the primary conductor, wherein a lock, comprising lock shackle, can be connected in a positively locking manner to the insertion part, with a key being necessary for releasing the lock from the insertion part, wherein the insertion part can be connected in a positively locking manner or with a clamping connection to the drive, wherein the drive has a housing part which has a housing-forming function for an electric motor, a gear unit and an electronic circuit supplying the electric motor, comprising a frequency converter, wherein the rotor shaft of the electric motor and output shaft of the gear unit are mounted in the housing part and the insertion part can be inserted into a receiving region of the housing part, wherein the insertion part has elevations which guide the insertion part upon insertion of the insertion part into the drive.
An infusion pump system comprising: a pumping mechanism for pumping fluid through tubing ; a controller connected to the pumping mechanism for controlling the pumping mechanism and a flow rate of fluid through tubing ; said tubing having at least a first portion that is electrically conductive and is at least in part acted upon by the pumping mechanism during the pumping of fluid through the tubing ; characterized by a plurality of spaced apart electrodes operatively contacting the first portion of the tubing so as to provide an electric signal indicative of at least one electrical property of the tubing ; and wherein the controller adjusts the pumping mechanism in response to the electric signal and varies the flow rate of the fluid through the tubing as a result of the electric signal. a pumping mechanism for pumping fluid through tubing ; a controller connected to the pumping mechanism for controlling the pumping mechanism and a flow rate of fluid through tubing ; said tubing having at least a first portion that is electrically conductive and is at least in part acted upon by the pumping mechanism during the pumping of fluid through the tubing ; characterized by a plurality of spaced apart electrodes operatively contacting the first portion of the tubing so as to provide an electric signal indicative of at least one electrical property of the tubing ; and wherein the controller adjusts the pumping mechanism in response to the electric signal and varies the flow rate of the fluid through the tubing as a result of the electric signal.
A multiplexer for multi-band wireless communications configured for operating at mm-wave frequencies or near mm-wave frequencies, comprising: at least one tuning component including one or more shunt-based switches and one or more band-select components and configured to transmit or receive at least one signal within a frequency band that is selected from a plurality of frequency bands, wherein the band-select components comprise at least one of a fixed reactance, a tunable reactance, an inductor, a capacitor or a resistor; and at least one combining component including impedance transformation circuits configured to transform the impedance of a non-operational signal path of the multiplexer to present a load to an operational signal path of the multiplexer based on the selected frequency-band, and communicatively coupled with the at least one tuning component , configured to transmit or receive the at least one signal within the selected frequency band, wherein the at least one tuning component is integrated on a chip and the at least one combining component is not integrated on the chip. at least one tuning component including one or more shunt-based switches and one or more band-select components and configured to transmit or receive at least one signal within a frequency band that is selected from a plurality of frequency bands, wherein the band-select components comprise at least one of a fixed reactance, a tunable reactance, an inductor, a capacitor or a resistor; and at least one combining component including impedance transformation circuits configured to transform the impedance of a non-operational signal path of the multiplexer to present a load to an operational signal path of the multiplexer based on the selected frequency-band, and communicatively coupled with the at least one tuning component , configured to transmit or receive the at least one signal within the selected frequency band, wherein the at least one tuning component is integrated on a chip and the at least one combining component is not integrated on the chip.
Condenser-evaporator tube, in whose interior flows a vapor to be condensed and over which flows a liquid to be evaporated, wherein both the inside and outside faces of this tube are covered with micro-grooves, micro-undulations or micro-indentations providing capillary structures, characterized in that a feeding channel is formed in the outside upper part of the condenser-evaporator tube that is configured to supply the liquid to be evaporated over the outside face of the condenser-evaporation tube to the capillary structures, and wherein the capillary structures are configured for the formation of concave liquid menisci having a contact angle smaller than 90o where the liquid-vapor interface curves, which allows capillary condensation inside the tube and evaporation on the outside face at the upper end of the liquid menisci where the liquid layer is thinnest and the evaporation most efficient.
A method of additively manufacturing an article, comprising: dispensing an additive manufacturing fiber tow , a solidifiable matrix material , and an energy-emissive dopant , wherein the energy-emissive dopant emits a curing energy in response to receiving an activating energy , and the curing energy effects curing of the solidifiable matrix material ; and applying activating energy to the energy-emissive dopant to activate the energy-emissive dopant to emit the curing energy . dispensing an additive manufacturing fiber tow , a solidifiable matrix material , and an energy-emissive dopant , wherein the energy-emissive dopant emits a curing energy in response to receiving an activating energy , and the curing energy effects curing of the solidifiable matrix material ; and applying activating energy to the energy-emissive dopant to activate the energy-emissive dopant to emit the curing energy .
Use of a degreasing solution in the degreasing of iron or steel surfaces in hot dipped galvanizing or electroplating, characterized in that the degreasing solution contains a phosphonic acid and/or a phosphonic acid derivative and a surfactant which has a degreasing action, where the degreasing solution comprises a further acid and has a pH of less than 4.0.
Air treatment device comprising an air handling unit , which air handling unit comprises a controllable heat recovery device , arranged to in a heating mode recover heat energy from a first airstream and transfer to a second airstream , said air treatment device further comprises a heat pump , arranged to in a heating mode recover heat energy from the first airstream and transfer to the second airstream , and which heat pump comprises an evaporator arranged in the first airstream , in the flow direction after the heat recovery device , and a condenser arranged in the second air stream , in the flow direction after the heat recovery device , further the air treatment device comprises an auxiliary heater for supply of external heat energy, in addition to the recovered energy, wherein the auxiliary heater is positioned in the first air stream in the flow direction after the heat recovery device and before the evaporator , characterized in that the auxiliary heater is an electric heater selected from the group consisting of at least one electric heating coil , at least one electric heating rod and at least one electric heating film , , and that the air treatment device further comprises a control device , which is arranged to softly control the electric heater , wherein the heating power is increased or decreased substantially continuously, for balancing around a certain temperature T1, between the heat recovery device and the evaporator .
A medical device for applying a cinch to a suture, the medical device comprising: an elongated shaft including a proximal region and a distal region , the distal region defining a lumen having a lumen diameter, and a distally facing end surface ; an outer cinch member defining a bore and having an outer surface defining a shoulder , the shoulder having a proximally facing shoulder surface and having a shoulder diameter greater than the lumen diameter, wherein the outer cinch member includes a proximal portion that is proximal of the shoulder , the outer cinch member having a first configuration wherein the proximal portion is disposed within the lumen and is engaged with the distal region of the elongate shaft with a frangible bond and a gap is defined between the proximally facing shoulder surface and the distally facing end surface ; an elongated inner shaft extending through and longitudinally movable within the lumen and the bore and including a distal end section ; and an inner cinch member engaged with the distal end section of the elongated inner shaft , the inner cinch member configured to engage the outer cinch member and including at least a segment configured to fit within the bore . an elongated shaft including a proximal region and a distal region , the distal region defining a lumen having a lumen diameter, and a distally facing end surface ; an outer cinch member defining a bore and having an outer surface defining a shoulder , the shoulder having a proximally facing shoulder surface and having a shoulder diameter greater than the lumen diameter, wherein the outer cinch member includes a proximal portion that is proximal of the shoulder , the outer cinch member having a first configuration wherein the proximal portion is disposed within the lumen and is engaged with the distal region of the elongate shaft with a frangible bond and a gap is defined between the proximally facing shoulder surface and the distally facing end surface ; an elongated inner shaft extending through and longitudinally movable within the lumen and the bore and including a distal end section ; and an inner cinch member engaged with the distal end section of the elongated inner shaft , the inner cinch member configured to engage the outer cinch member and including at least a segment configured to fit within the bore .
A dispenser suitable for mixing and dispensing a two- or more- part curable composition comprising: a) a manifold defining or having incorporated therein a plurality of flow paths for individually channeling each of the components of the curable composition into a disposable and flexible formed-in-place reaction tube , said manifold having a fore region having a fore face and an aft region, the fore face having a plurality of outlets , each outlet in fluid communication with a flow path through the manifold, b) a dispenser outlet from which the curable composition is to be dispensed, c) a mixer means intermediate said manifold and said dispenser outlet, which acts upon the wall of the formed-in-place reaction tube in such a way as to facilitate or directly affect the intermixing of the components of the curable composition within the formed-in-place reaction tube, and d) guide and tube forming means positioned about the manifold intermediate the fore region and the aft region of said manifold, said guide and tube forming means configured to form a liquid tight reaction tube from a tube forming stock material, which reaction tube, when present, circumferentially encases at least the fore region of the manifold, including the fore face, whereby the inner wall of the formed-in-place reaction tube is sealingly engaged with the manifold at or near the fore region of said manifold and the so formed reaction tube extends past the fore end of the manifold, through the mixer means, and ends at or past the dispenser outlet. a) a manifold defining or having incorporated therein a plurality of flow paths for individually channeling each of the components of the curable composition into a disposable and flexible formed-in-place reaction tube , said manifold having a fore region having a fore face and an aft region, the fore face having a plurality of outlets , each outlet in fluid communication with a flow path through the manifold, b) a dispenser outlet from which the curable composition is to be dispensed, c) a mixer means intermediate said manifold and said dispenser outlet, which acts upon the wall of the formed-in-place reaction tube in such a way as to facilitate or directly affect the intermixing of the components of the curable composition within the formed-in-place reaction tube, and d) guide and tube forming means positioned about the manifold intermediate the fore region and the aft region of said manifold, said guide and tube forming means configured to form a liquid tight reaction tube from a tube forming stock material, which reaction tube, when present, circumferentially encases at least the fore region of the manifold, including the fore face, whereby the inner wall of the formed-in-place reaction tube is sealingly engaged with the manifold at or near the fore region of said manifold and the so formed reaction tube extends past the fore end of the manifold, through the mixer means, and ends at or past the dispenser outlet.
An autonomous distress tracking system for an aircraft , comprising: a first transponder configured to transmit radio frequency (RF) emissions ; an RF detector unit configured to detect the RF emissions; and an alert system in communication with the RF detector unit and comprising a distress beacon system , a second transponder , wherein the first transponder is installed at a first location and the second transponder is installed at a second location, characterized in that the transponder and the second transponder function independently, and in that wherein the alert system is configured to activate the distress radio beacon if no RF emissions from both the first and second transponders are detected by the RF detector within a predetermined period of time. a first transponder configured to transmit radio frequency (RF) emissions ; an RF detector unit configured to detect the RF emissions; and an alert system in communication with the RF detector unit and comprising a distress beacon system , a second transponder , wherein the first transponder is installed at a first location and the second transponder is installed at a second location, characterized in that the transponder and the second transponder function independently, and in that wherein the alert system is configured to activate the distress radio beacon if no RF emissions from both the first and second transponders are detected by the RF detector within a predetermined period of time.
Driver assistance system for a motor vehicle , said system comprising at least a navigation data retrieval system , a compilation interface configured to create at least one sequence of events from the navigation data retrieved and a computer for calculating driver alert distance, characterized in that this driver alert distance is calculated, for each of the events of each sequence of events created, as a function of at least a natural deceleration distance of the vehicle specific to each event, said driver assistance system further comprising a management interface determining a priority among the events of each sequence of events according to the driver alert distance calculated for each event.
Cutlery set , comprising a piece of cutlery , in particular a knife, fork or spoon , and an attachment , wherein the piece of cutlery has a handle , wherein the attachment is detachably connectable and/or detachably connected to the handle , wherein the attachment has a connecting element and wherein the handle has a connecting complement , wherein the connecting element and the connecting complement are configured to cooperate to produce the detachable connection between the attachment and the handle , wherein the connecting element and the connecting complement form a plug-in system , wherein the connecting element is a pipe or a tube with a cavity and an opening at the end, and wherein the connecting complement is a peg , wherein the peg can be inserted through the opening into the cavity to establish the detachable connection, characterized in in that the opening of the pipe or tube ends flush with an underside of the attachment , in that the pipe or tube and the peg have an interference fit, and in that the pipe or tube has a chamfer in the region of the opening , along which the peg can be guided into the opening .