mhurhangee/patent-ind-claim-en huggingface dataset:
A visualization system for visualizing gas leak detection data including a processor in communication with at least one memory device , wherein the processor is configured to: receive , from one or more sensors , gas measurement data for a plurality of measurement locations within a survey area , wherein the gas measurement data includes gas concentration data; receive , from the at least one memory device , a geographic representation of the survey area ; determine , based upon the gas measurement data, estimated gas source locations of the plurality of measurement locations, wherein the estimated gas source locations include one or more measurement locations of the plurality of measurement locations where the gas concentration data is at or above a threshold; and utilize , by a smoothing algorithm, point density data of the estimated gas source locations to create a multi-dimensional density plot . receive , from one or more sensors , gas measurement data for a plurality of measurement locations within a survey area , wherein the gas measurement data includes gas concentration data; receive , from the at least one memory device , a geographic representation of the survey area ; determine , based upon the gas measurement data, estimated gas source locations of the plurality of measurement locations, wherein the estimated gas source locations include one or more measurement locations of the plurality of measurement locations where the gas concentration data is at or above a threshold; and utilize , by a smoothing algorithm, point density data of the estimated gas source locations to create a multi-dimensional density plot .
A cover for a transportation refrigeration unit comprising a substantially solid front panel , characterised in that it further comprises: one or more airflow inlet openings disposed at a top of the cover to direct an airflow from outside the cover into the transportation refrigeration unit ; one or more airflow outlet openings disposed below the one or more airflow inlet to direct the airflow from inside the transportation refrigeration unit to outside the cover. one or more airflow inlet openings disposed at a top of the cover to direct an airflow from outside the cover into the transportation refrigeration unit ; one or more airflow outlet openings disposed below the one or more airflow inlet to direct the airflow from inside the transportation refrigeration unit to outside the cover.
Dishwasher , in particular household dishwasher, having a dishwasher cavity , a door leaf provided for closing and opening the dishwasher cavity , at least one container for items to be washed which can be moved at least partially in and out of the dishwasher cavity and a movement apparatus , which has a spring, in particular a compression spring , and which is designed to move the container for items to be washed automatically out of its operation position to the opened door leaf with a predetermined opening angle of the door leaf , wherein the container for items to be washed is embodied as a cutlery drawer arranged below the ceiling of the dishwasher cavity , which, when the door leaf is opened, can be moved at least partially out of the dishwasher cavity by means of guides, characterised in that the movement apparatus is arranged within the dishwasher cavity and that the movement apparatus is fastened with one of its ends to the rear wall of the dishwasher cavity .
A process of depositing elemental germanium on a substrate comprising sequentially exposing in at least one deposition cycle and at a temperature selected from the range of 50°C-350°C the substrate inside a chamber with a Ge-containing precursor and a reducing precursor, wherein the Ge-containing precursor is selected from the group consisting of tetrakis(dimethylamino)Ge; germanium beta-diketonates, germanium acetyl acetonates; and the reducing precursor is H 2 or hydrogen plasma.
A non-electrochemical actuator comprising: (a) a first actuating twist-spun nanofiber yarn segment that comprises nanofibers and an actuating yarn guest that is operable for undergoing substantial change in volume by a change process selected from the group consisting of heating, exposing to radiation, exposing to a chemical or chemical mixture, and any combination thereof; (b) a first attachment coupled, directly or indirectly, to the first actuating twist-spun nanofiber yarn segment, wherein (i) the non-electrochemical actuator is operable for providing an actuation selected from the group consisting of tensile actuation, torsional actuation, a simultaneously useable combination of tensile and torsional actuation, and any combination thereof; (ii) the first attachment is operable for enabling utilization of the actuation in which the actuation is produced, at least in part, by the first actuating twist-spun nanofiber yarn segment. (a) a first actuating twist-spun nanofiber yarn segment that comprises nanofibers and an actuating yarn guest that is operable for undergoing substantial change in volume by a change process selected from the group consisting of heating, exposing to radiation, exposing to a chemical or chemical mixture, and any combination thereof; (b) a first attachment coupled, directly or indirectly, to the first actuating twist-spun nanofiber yarn segment, wherein (i) the non-electrochemical actuator is operable for providing an actuation selected from the group consisting of tensile actuation, torsional actuation, a simultaneously useable combination of tensile and torsional actuation, and any combination thereof; (ii) the first attachment is operable for enabling utilization of the actuation in which the actuation is produced, at least in part, by the first actuating twist-spun nanofiber yarn segment. (i) the non-electrochemical actuator is operable for providing an actuation selected from the group consisting of tensile actuation, torsional actuation, a simultaneously useable combination of tensile and torsional actuation, and any combination thereof; (ii) the first attachment is operable for enabling utilization of the actuation in which the actuation is produced, at least in part, by the first actuating twist-spun nanofiber yarn segment.
A wireless electromagnetic coupler arrangement for providing spatial selectivity in interaction with an RF terminated planar metallic trace of arbitrary geometric shape by means of electromagnetic energy, the electromagnetic coupler arrangement comprising: a sequential array of coupling elements (TLL) shunted onto a phase compensated differential transmission line (PC TRL), for coupling the electromagnetic energy to the RF terminated planar metallic trace by means of reactive near field coupling; and a plurality of switchable resistor elements (ISO) being included in the paths between the differential transmission line (PC TRL) and a respective one of the coupling elements (TLL) forming the array, so as to alternatively switch the resistance of the electric connection between the differential transmission line (PC TRL) and the respective coupling element (TLL) to a first or a second value (R 1 , R 2 ), the second value (R 2 ) being smaller than the first value (R 1 ), by controlling a respective switch ; wherein each of the coupling elements (TLL) is associated with: a respective harvester element (H) for collecting energy that is fed from the differential transmission line (PC TRL); and a respective feedback loop for providing feedback from the harvester element (H) to the respective switch for switching the resistor elements (ISO) included in the respective path based on a DC voltage established at the harvester element (H). a sequential array of coupling elements (TLL) shunted onto a phase compensated differential transmission line (PC TRL), for coupling the electromagnetic energy to the RF terminated planar metallic trace by means of reactive near field coupling; and a plurality of switchable resistor elements (ISO) being included in the paths between the differential transmission line (PC TRL) and a respective one of the coupling elements (TLL) forming the array, so as to alternatively switch the resistance of the electric connection between the differential transmission line (PC TRL) and the respective coupling element (TLL) to a first or a second value (R 1 , R 2 ), the second value (R 2 ) being smaller than the first value (R 1 ), by controlling a respective switch ; wherein each of the coupling elements (TLL) is associated with: a respective harvester element (H) for collecting energy that is fed from the differential transmission line (PC TRL); and a respective feedback loop for providing feedback from the harvester element (H) to the respective switch for switching the resistor elements (ISO) included in the respective path based on a DC voltage established at the harvester element (H). a respective harvester element (H) for collecting energy that is fed from the differential transmission line (PC TRL); and a respective feedback loop for providing feedback from the harvester element (H) to the respective switch for switching the resistor elements (ISO) included in the respective path based on a DC voltage established at the harvester element (H).
A smoking article additive-containing member having first and second regions, the second region comprising a predetermined region having a reduced strength limit relative to the first region so that the predetermined region is caused to break when pressure is applied to the additive-containing member , thereby to release additive on compression of the additive under the pressure, wherein the predetermined region is at a seal between two parts of the additive-containing member, and wherein the predetermined region is a corner region .
Cover for a fastening screw that comprises a screw head and a threaded shaft extending axially from the screw head , the cover comprises a receptacle end for accommodating the screw head in a form-fitting manner and an elastically deformable adjustment element that extends at least axially from the receptacle end , whereby the adjustment element is a tubular bellows ,whereby the receptacle end comprises a cavity for receiving the screw head and that the cavity comprises a bottom wall with a central opening through which the threaded shaft is guidable, and whereby the tubular bellow forms a sealing ring on its free end for touch contacting a surface of an object to be fastened by the fastening screw characterised in that the tubular bellows extends directly from the bottom wall away from the cavity .
An integrity monitor, configured to monitor the integrity of a component protection device, the component protection device comprising a protective medium to protect at least one electronic component, the component protection device having associated therewith a magnetic element and a Hall Effect sensor , wherein at least one of the magnetic element and the Hall Effect sensor is embedded within the protective medium and the Hall Effect sensor is located, when in use, to sense a magnetic field generated by the magnetic element , the integrity monitor having an input for receiving an output of the Hall Effect sensor indicative of the sensed magnetic field and the integrity monitor is configured to identify from the received output any change to the sensed magnetic field and determine, based on the change to the sensed magnetic field, an integrity of the component protection device, characterised in that the integrity monitor is arranged, upon detecting a change in the integrity of the component detection device to trigger one or more predetermined actions, and wherein the one or more actions comprises setting non-volatile memory associated with the electronic component to a write-protect state.
A robot , comprising: a multi-articular arm ; and a base comprising: a body having: a supporting surface supporting a base end portion of the multi-articular arm ; characterized in that it comprises a base opening disposed on the supporting surface; and a connector unit disposed in the body and a cable connector that is connectable to an internal cable disposed in the body and that has a connection opening for an external cable, the connection opening facing the base opening. a multi-articular arm ; and a base comprising: a body having: a supporting surface supporting a base end portion of the multi-articular arm ; characterized in that it comprises a base opening disposed on the supporting surface; and a connector unit disposed in the body and a cable connector that is connectable to an internal cable disposed in the body and that has a connection opening for an external cable, the connection opening facing the base opening. a body having: a supporting surface supporting a base end portion of the multi-articular arm ; characterized in that it comprises a base opening disposed on the supporting surface; and a supporting surface supporting a base end portion of the multi-articular arm ; characterized in that it comprises a base opening disposed on the supporting surface; and a connector unit disposed in the body and a cable connector that is connectable to an internal cable disposed in the body and that has a connection opening for an external cable, the connection opening facing the base opening.
A composition for use in the treatment of nail or scalp psoriasis in a patient suffering from psoriasis, wherein the composition comprises an antibody or fragment thereof that specifically binds to IL-17 Receptor A (IL-17RA) and has an antagonistic activity, wherein the antibody comprises a light chain CDR1 comprising the amino acid sequence of SEQ ID NO:1, a light chain CDR2 comprising the amino acid sequence of SEQ ID NO: 2, a light chain CDR3 comprising the amino acid sequence of SEQ ID NO: 3, a heavy chain CDR1 comprising the amino acid sequence of SEQ ID NO:4, a heavy chain CDR2 comprising the amino acid sequence of SEQ ID NO:5, and a heavy chain CDR3 comprising the amino acid sequence of SEQ ID NO:6, and wherein the patient has a Nail Psoriasis Severity Index (NAPSI) score of at least 6 on one or more nails and/or a Psoriasis Scalp Severity Index (PSSI) score of at least 15. wherein the antibody comprises a light chain CDR1 comprising the amino acid sequence of SEQ ID NO:1, a light chain CDR2 comprising the amino acid sequence of SEQ ID NO: 2, a light chain CDR3 comprising the amino acid sequence of SEQ ID NO: 3, a heavy chain CDR1 comprising the amino acid sequence of SEQ ID NO:4, a heavy chain CDR2 comprising the amino acid sequence of SEQ ID NO:5, and a heavy chain CDR3 comprising the amino acid sequence of SEQ ID NO:6, and wherein the patient has a Nail Psoriasis Severity Index (NAPSI) score of at least 6 on one or more nails and/or a Psoriasis Scalp Severity Index (PSSI) score of at least 15.
An air curtain system for a container comprising: a host refrigeration unit ; a first evaporator operably connected to the host refrigeration unit for positioning proximal to a door of the container; characterised by : a second evaporator operably connected to the host refrigeration unit; a duct configured to house the first evaporator and the second evaporator; an intake fan configured to pull air from the container into the duct; and a damper configured proximal to the second evaporator, wherein, in a first mode of operation, the damper is open and air is directed through the second evaporator to supply cooled air to an interior of the container, and wherein, in a second mode of operation, the damper is closed and air is directed through the first evaporator to generate an air curtain between the interior of the container and air external to the container. a host refrigeration unit ; a first evaporator operably connected to the host refrigeration unit for positioning proximal to a door of the container; characterised by : a second evaporator operably connected to the host refrigeration unit; a duct configured to house the first evaporator and the second evaporator; an intake fan configured to pull air from the container into the duct; and a damper configured proximal to the second evaporator, wherein, in a first mode of operation, the damper is open and air is directed through the second evaporator to supply cooled air to an interior of the container, and wherein, in a second mode of operation, the damper is closed and air is directed through the first evaporator to generate an air curtain between the interior of the container and air external to the container. a second evaporator operably connected to the host refrigeration unit; a duct configured to house the first evaporator and the second evaporator; an intake fan configured to pull air from the container into the duct; and a damper configured proximal to the second evaporator, wherein, in a first mode of operation, the damper is open and air is directed through the second evaporator to supply cooled air to an interior of the container, and wherein, in a second mode of operation, the damper is closed and air is directed through the first evaporator to generate an air curtain between the interior of the container and air external to the container.
A refrigerating machine oil comprising a hydrocarbon base oil having a 90% distillation temperature of 270°C or lower, and wherein the refrigerating machine oil has a carbon residue of 10% residual oil of 0.02% by mass or more.
A mould for moulding a container starting from a parison made of thermoplastic material, comprising: - a first half-mould and a second half-mould that can be brought together to define at least one housing cavity for housing the parison and the moulded container; - a first circuit configured to inject a blowing fluid into the parison ; - a compensating chamber for compensating the mechanical deformations and plays of said half-moulds ; - a second circuit for supplying the compensating chamber , the second circuit comprising at least one valve configurable in an open position for a time interval (T open ) during which the valve allows the fluid communication of a supply line for supplying the blowing fluid with the compensating chamber , characterised in that said second circuit further comprises: - a pressure sensor configured to detect a first signal (p mis ) representing the pressure of the blowing fluid present in said compensating chamber ; - a control unit which, in response to said first signal (p mis ) detected, is configured to retroactively regulate said time interval (T open ) during which said at least one valve is in the open position. - a first half-mould and a second half-mould that can be brought together to define at least one housing cavity for housing the parison and the moulded container; - a first circuit configured to inject a blowing fluid into the parison ; - a compensating chamber for compensating the mechanical deformations and plays of said half-moulds ; - a second circuit for supplying the compensating chamber , the second circuit comprising at least one valve configurable in an open position for a time interval (T open ) during which the valve allows the fluid communication of a supply line for supplying the blowing fluid with the compensating chamber , - a pressure sensor configured to detect a first signal (p mis ) representing the pressure of the blowing fluid present in said compensating chamber ; - a control unit which, in response to said first signal (p mis ) detected, is configured to retroactively regulate said time interval (T open ) during which said at least one valve is in the open position.
A contact structure for an electronic device, the contact structure comprising: a printed circuit board (PCB) comprising a hole ; a housing which the PCB is mounted on; and a contact element , at least a portion of which contacts the housing , comprising: a contact portion soldered onto a peripheral portion of the PCB , the peripheral portion being disposed around the hole , and a protrusion passing through the hole and contacting the housing ; characterized in that the housing comprises: a projection (310-1) configured to project toward a surface of the PCB ; and wherein the protrusion contacts a side surface of the projection. a printed circuit board (PCB) comprising a hole ; a housing which the PCB is mounted on; and a contact element , at least a portion of which contacts the housing , comprising: a contact portion soldered onto a peripheral portion of the PCB , the peripheral portion being disposed around the hole , and a protrusion passing through the hole and contacting the housing ; characterized in that the housing comprises: a projection (310-1) configured to project toward a surface of the PCB ; and wherein the protrusion contacts a side surface of the projection. a contact portion soldered onto a peripheral portion of the PCB , the peripheral portion being disposed around the hole , and a protrusion passing through the hole and contacting the housing ; characterized in that the housing comprises: a projection (310-1) configured to project toward a surface of the PCB ; and wherein the protrusion contacts a side surface of the projection. a projection (310-1) configured to project toward a surface of the PCB ; and wherein the protrusion contacts a side surface of the projection.
A refrigerator comprising: a first storage compartment positioned at an upper side of a cabinet ; a second storage compartment positioned below the first storage compartment ; a partition wall configured to isolate the first storage compartment from the second storage compartment upwards and downwards and to have a horizontal upper surface; a receiver including a receiving space depressed downwards from the upper surface of the partition wall and an introduction port formed in an upper portion thereof so as to allow storage objects to be introduced into the receiving space therethrough; a receiver door configured to be moved in a direction parallel to the upper surface of the partition wall so as to selectively open or close the introduction port ; and a position holder provided behind the receiver door so as to restrict movement of the door when the receiver door is moved so as to open the introduction port , characterized in that the position holder comprises: a coupling body secured to the receiver door ; a coupling protrusion provided at one of the coupling body and the partition wall ; and a coupling grab provided at one of the coupling body and the partition wall so as to be removably coupled to the coupling body through engagement with the coupling protrusion , wherein the coupling grab is configured to be repeatedly engaged with the coupling protrusion and released from the coupling protrusion whenever external force is applied to the coupling grab . a first storage compartment positioned at an upper side of a cabinet ; a second storage compartment positioned below the first storage compartment ; a partition wall configured to isolate the first storage compartment from the second storage compartment upwards and downwards and to have a horizontal upper surface; a receiver including a receiving space depressed downwards from the upper surface of the partition wall and an introduction port formed in an upper portion thereof so as to allow storage objects to be introduced into the receiving space therethrough; a receiver door configured to be moved in a direction parallel to the upper surface of the partition wall so as to selectively open or close the introduction port ; and a position holder provided behind the receiver door so as to restrict movement of the door when the receiver door is moved so as to open the introduction port , a coupling body secured to the receiver door ; a coupling protrusion provided at one of the coupling body and the partition wall ; and a coupling grab provided at one of the coupling body and the partition wall so as to be removably coupled to the coupling body through engagement with the coupling protrusion , wherein the coupling grab is configured to be repeatedly engaged with the coupling protrusion and released from the coupling protrusion whenever external force is applied to the coupling grab .