mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor device for sensing a change in a magnetic field, which change is caused by an object approaching the sensor device in a longitudinal direction (L) or moving past the sensor device in the longitudinal direction (L), wherein - the sensor device comprises a receiving coil , an AC-fed transmitting coil arranged upstream or downstream of the receiving coil based on the longitudinal direction (L) and two compensation coils , one of which is arranged upstream of the transmitting coil and the other of which is arranged downstream of the transmitting coil based on the longitudinal direction (L), - the two compensation coils are each permeated by the magnetic field generated by the transmitting coil and are electrically connected in series in such a manner that the voltages induced in the two compensation coils by the magnetic field of the transmitting coil have different signs, and - the receiving coil and the two compensation coils are electrically connected in series, wherein the electrical polarity of the receiving coil and the two compensation coils is selected in such a manner that a magnetic interference field (M) acting on the receiving coil and the two compensation coils induces a voltage in the receiving coil with a sign which differs from that altogether in the two compensation coils . - the sensor device comprises a receiving coil , an AC-fed transmitting coil arranged upstream or downstream of the receiving coil based on the longitudinal direction (L) and two compensation coils , one of which is arranged upstream of the transmitting coil and the other of which is arranged downstream of the transmitting coil based on the longitudinal direction (L), - the two compensation coils are each permeated by the magnetic field generated by the transmitting coil and are electrically connected in series in such a manner that the voltages induced in the two compensation coils by the magnetic field of the transmitting coil have different signs, and - the receiving coil and the two compensation coils are electrically connected in series, wherein the electrical polarity of the receiving coil and the two compensation coils is selected in such a manner that a magnetic interference field (M) acting on the receiving coil and the two compensation coils induces a voltage in the receiving coil with a sign which differs from that altogether in the two compensation coils .
An air filter element comprising a tubular main body having a first axial end surface and a second axial end surface; wherein said first end surface comprises a first engagement means and said second end surface comprises a second engagement means ; said first engagement means and said second engagement means being configured to enter into releasable engagement such that said first engagement means releasably engages with a second engagement means of a like air filter element in axial alignment with said air filter element and said second engagement means releasably engages with a first engagement means of a like air filter element in axial alignment with said air filter element ; whereby said releasable engagement is able to withstand an axial pulling force up to a first level and whereby said releasable engagement is released when subjected to a pulling force above a second level, characterized in that each of said first engagement means and said second engagement means comprises a fabric designed to releasably engage with a like fabric. wherein said first end surface comprises a first engagement means and said second end surface comprises a second engagement means ; said first engagement means and said second engagement means being configured to enter into releasable engagement such that said first engagement means releasably engages with a second engagement means of a like air filter element in axial alignment with said air filter element and said second engagement means releasably engages with a first engagement means of a like air filter element in axial alignment with said air filter element ; whereby said releasable engagement is able to withstand an axial pulling force up to a first level and whereby said releasable engagement is released when subjected to a pulling force above a second level, characterized in that each of said first engagement means and said second engagement means comprises a fabric designed to releasably engage with a like fabric.
A negative electrode comprising: a current collector; a first active material layer comprising first active material particles and disposed on the current collector; and a second active material layer comprising second active material particles and disposed on the first active material layer, wherein a lithium ion diffusion rate of the second active material particles is two to three times a lithium ion diffusion rate of the first active material particles, and wherein the first active material particles comprise natural graphite, and the second active material particles comprise artificial graphite having an orientation index of 12 to 14. a current collector; a first active material layer comprising first active material particles and disposed on the current collector; and a second active material layer comprising second active material particles and disposed on the first active material layer, wherein a lithium ion diffusion rate of the second active material particles is two to three times a lithium ion diffusion rate of the first active material particles, and wherein the first active material particles comprise natural graphite, and the second active material particles comprise artificial graphite having an orientation index of 12 to 14.
A compressor , comprising: a compressor housing; a non-orbiting scroll member and an orbiting scroll member forming a compression chamber ; a discharge port for receiving a compressed fluid; and an intermediate discharge port fluidly connected between the compression chamber and the discharge port , the intermediate discharge port including a sealing member , fluid flow being prevented between the compression chamber and the discharge port through the intermediate discharge port when in a flow-blocked state, and fluid flow being enabled between the compression chamber and the discharge port through the intermediate discharge port when in a flow-permitted state; characterized in that : the sealing member includes a center portion having a first diameter and a plurality of protrusions (165B-165D). a compressor housing; a non-orbiting scroll member and an orbiting scroll member forming a compression chamber ; a discharge port for receiving a compressed fluid; and an intermediate discharge port fluidly connected between the compression chamber and the discharge port , the intermediate discharge port including a sealing member , fluid flow being prevented between the compression chamber and the discharge port through the intermediate discharge port when in a flow-blocked state, and fluid flow being enabled between the compression chamber and the discharge port through the intermediate discharge port when in a flow-permitted state; characterized in that : the sealing member includes a center portion having a first diameter and a plurality of protrusions (165B-165D).
A method for providing a floor plan for a vehicle , the method comprising: determining a position of a personal device in relation to the floor plan of the vehicle ; associating a first seat in the floor plan with the personal device when the personal device is determined to be in proximity to a first seat ; displaying the floor plan and an indicator showing the first seat associated with the personal device ; determining on a basis of signals from wireless emitters (106a-c) positioned at known locations within the vehicle , while the vehicle is in transit, that the position of the personal device has moved out of proximity of the first seat and into proximity of a second seat ; associating the second seat in the floor plan with the personal device ; and updating the floor plan by displaying the indicator for the second seat . determining a position of a personal device in relation to the floor plan of the vehicle ; associating a first seat in the floor plan with the personal device when the personal device is determined to be in proximity to a first seat ; displaying the floor plan and an indicator showing the first seat associated with the personal device ; determining on a basis of signals from wireless emitters (106a-c) positioned at known locations within the vehicle , while the vehicle is in transit, that the position of the personal device has moved out of proximity of the first seat and into proximity of a second seat ; associating the second seat in the floor plan with the personal device ; and updating the floor plan by displaying the indicator for the second seat .
A parking assist method for assisting parking of a subject vehicle (V) using a parking assist apparatus comprising a controller that guides the subject vehicle (V) to a parking space and a display that displays parking spaces, the parking assist method comprising: specifying available parking spaces (Me) into which the subject vehicle (V) can be parked; detecting an available parking space suitable for parking of the subject vehicle (V) from among the specified available parking spaces (Me); characterized by the detection of the available parking space from among the specified available parking spaces (Me) being in accordance with a traveling state of the subject vehicle (V); setting the detected available parking space as a recommended available parking space (Mr); and when the recommended available parking space (Mr) is displayed in a state in which the subject vehicle (V) decelerates, prohibiting the recommended available parking space (Mr) from changing to another available parking space (Mr). specifying available parking spaces (Me) into which the subject vehicle (V) can be parked; detecting an available parking space suitable for parking of the subject vehicle (V) from among the specified available parking spaces (Me); characterized by the detection of the available parking space from among the specified available parking spaces (Me) being in accordance with a traveling state of the subject vehicle (V); setting the detected available parking space as a recommended available parking space (Mr); and when the recommended available parking space (Mr) is displayed in a state in which the subject vehicle (V) decelerates, prohibiting the recommended available parking space (Mr) from changing to another available parking space (Mr).
An ostomy appliance comprising: a pouch wall defining at least a portion of a collection chamber configured to collect and store effluent from a stoma; an inlet formed in the pouch wall configured to be secured around the stoma; and a filter assembly comprising filter , a valve and a bypass venting chamber extending between the filter and the valve, the filter comprising an active gas inlet section configured to receive gas from the collection chamber, a bypass gas inlet section configured to receive gas through the valve, and a filter outlet section for exiting gas to the atmosphere, wherein the valve is operable between a closed configuration in which gas flow from the collection chamber to the bypass venting chamber through the valve is restricted, and an open configuration in which the collection chamber and the bypass venting chamber are in fluid communication with one another such that gas is received in the bypass venting chamber from the collection chamber through the valve characterized in that when the filter assembly is in an active venting state, the valve is in the closed configuration and gas in the collection chamber flows through the active gas inlet section and through the filter and exits the filter through the filter outlet section . a pouch wall defining at least a portion of a collection chamber configured to collect and store effluent from a stoma; an inlet formed in the pouch wall configured to be secured around the stoma; and a filter assembly comprising filter , a valve and a bypass venting chamber extending between the filter and the valve, the filter comprising an active gas inlet section configured to receive gas from the collection chamber, a bypass gas inlet section configured to receive gas through the valve, and a filter outlet section for exiting gas to the atmosphere, wherein the valve is operable between a closed configuration in which gas flow from the collection chamber to the bypass venting chamber through the valve is restricted, and an open configuration in which the collection chamber and the bypass venting chamber are in fluid communication with one another such that gas is received in the bypass venting chamber from the collection chamber through the valve characterized in that when the filter assembly is in an active venting state, the valve is in the closed configuration and gas in the collection chamber flows through the active gas inlet section and through the filter and exits the filter through the filter outlet section .
Battery with a plurality of cells , a battery housing , a first electrical cell connector , a second electrical cell connector , a first electrical battery pole , a second electrical battery pole and a battery inflow and a battery outflow for a thermoregulation medium, wherein each of the cells has a first electrical cell contact on a first surface of the cell and a second electrical cell contact on a second surface of the cell opposite the first surface, wherein the battery housing has a battery base , a battery carrier and a battery cap and the battery base , the battery carrier and the battery cap enclose a battery interior , apart from the battery inflow and the battery outflow , sealed for a thermoregulation medium, wherein the cells are arranged in the battery interior so that a thermoregulation medium flows around them, wherein, on the one hand, each of the first cell contacts and the first cell connector and, on the other hand, each of the second cell contacts and the second cell connector are electrically connected to one another, and wherein, on the one hand, the first cell connector and the first battery pole and, on the other hand, the second cell connector and the second battery pole are electrically connected to one another, characterized in that the first battery pole is led out of the battery interior through the battery inflow and the second battery pole is led out through the battery outflow , whereby the battery poles have a thermoregulation medium flowing around them during operation of the battery. wherein each of the cells has a first electrical cell contact on a first surface of the cell and a second electrical cell contact on a second surface of the cell opposite the first surface, wherein the battery housing has a battery base , a battery carrier and a battery cap and the battery base , the battery carrier and the battery cap enclose a battery interior , apart from the battery inflow and the battery outflow , sealed for a thermoregulation medium, wherein the cells are arranged in the battery interior so that a thermoregulation medium flows around them, wherein, on the one hand, each of the first cell contacts and the first cell connector and, on the other hand, each of the second cell contacts and the second cell connector are electrically connected to one another, and wherein, on the one hand, the first cell connector and the first battery pole and, on the other hand, the second cell connector and the second battery pole are electrically connected to one another, characterized in that the first battery pole is led out of the battery interior through the battery inflow and the second battery pole is led out through the battery outflow , whereby the battery poles have a thermoregulation medium flowing around them during operation of the battery.
A thermal cycler assembly, comprising: a heating chamber ; a heating element contained in the heating chamber ; a closing mechanism configured to enclose the heating chamber and to press on a multi-well reaction vessel when the multi-well reaction vessel is received in the heating chamber ; and a compliant thermally conductive insert positioned in the heating chamber in contact with the heating element , the compliant thermally conductive insert comprising an elastically deformable creped graphite sheet. a heating chamber ; a heating element contained in the heating chamber ; a closing mechanism configured to enclose the heating chamber and to press on a multi-well reaction vessel when the multi-well reaction vessel is received in the heating chamber ; and a compliant thermally conductive insert positioned in the heating chamber in contact with the heating element , the compliant thermally conductive insert comprising an elastically deformable creped graphite sheet.
A Kit comprising: a formulation comprising at least one selected inhalation anaesthetic and an anaesthetic control release medium in the form of an emulsion provided by at least one, including any selected combination of, non-ionic surfactant(s) selected from the group comprising ethylene oxide based fluorocarbon surfactants, and propylene oxide or ethylene oxide based hydrocarbon surfactants, wherein the amount of said medium relative to said anaesthetic is such that anaesthetic is delivered at a selected Minimum alveolar concentration (MAC), at a substantially constant or controllable rate, within the range of 0.25 - 4.0 x Minimum alveolar concentration (MAC) thereby allowing for either i) induction and/or maintenance of anaesthesia or ii) sedation; and a cartridge containing said formulation wherein said cartridge is for use with an inhalation device to deliver an inhalational or volatilised anaesthetic to a patient wherein said cartridge comprises an adjustable stirrer or agitator. a formulation comprising at least one selected inhalation anaesthetic and an anaesthetic control release medium in the form of an emulsion provided by at least one, including any selected combination of, non-ionic surfactant(s) selected from the group comprising ethylene oxide based fluorocarbon surfactants, and propylene oxide or ethylene oxide based hydrocarbon surfactants, wherein the amount of said medium relative to said anaesthetic is such that anaesthetic is delivered at a selected Minimum alveolar concentration (MAC), at a substantially constant or controllable rate, within the range of 0.25 - 4.0 x Minimum alveolar concentration (MAC) thereby allowing for either i) induction and/or maintenance of anaesthesia or ii) sedation; and a cartridge containing said formulation wherein said cartridge is for use with an inhalation device to deliver an inhalational or volatilised anaesthetic to a patient wherein said cartridge comprises an adjustable stirrer or agitator.
A fiber laser assembly comprising: a light source for emitting signal light having a non-zero spectral width; a length of passive multimode optical fiber between first and second ends thereof , optically coupled at the first end thereof to the light source for receiving the signal light and propagating the signal light in a zero-order optical mode and a higher-order optical mode in the passive multimode optical fiber towards the second end thereof, wherein upon such propagation, one of the zero-order or higher-order optical mode is delayed with respect to the other optical mode so as to at least partially reduce coherence therebetween at the second end of the passive multimode optical fiber; and a length of active multimode optical fiber between first and second ends thereof , optically coupled at the first end thereof to the second end of the passive multimode optical fiber , said active multi-mode optical fiber being configured to receive and amplify the zero-order optical mode as the zero-order optical mode propagates towards the second end of the active multimode optical fiber , and said active multi-mode optical fiber being configured to receive and amplify at least one higher-order optical mode . a light source for emitting signal light having a non-zero spectral width; a length of passive multimode optical fiber between first and second ends thereof , optically coupled at the first end thereof to the light source for receiving the signal light and propagating the signal light in a zero-order optical mode and a higher-order optical mode in the passive multimode optical fiber towards the second end thereof, wherein upon such propagation, one of the zero-order or higher-order optical mode is delayed with respect to the other optical mode so as to at least partially reduce coherence therebetween at the second end of the passive multimode optical fiber; and a length of active multimode optical fiber between first and second ends thereof , optically coupled at the first end thereof to the second end of the passive multimode optical fiber , said active multi-mode optical fiber being configured to receive and amplify the zero-order optical mode as the zero-order optical mode propagates towards the second end of the active multimode optical fiber , and said active multi-mode optical fiber being configured to receive and amplify at least one higher-order optical mode .
An injection device comprising: a housing ; a plunger for expressing a medicament from a syringe ; an actuation mechanism arranged in use to move the plunger between a first rearward position and a second forward position to express a dose from the syringe; and an injection activation sensor comprising: an elongate flexible member having a first end connected to the plunger or actuation mechanism such that actuation motion of the injection device acts to move the elongate flexible member relative to the housing ; and wherein the movement of the elongate flexible member triggers a response to the injection; characterised in that : the elongate flexible member is threaded between an opposed pair of elements and movement of the elongate flexible member through the nip between the elements triggers the response to the injection, wherein the elements are biased towards a closed position and wherein the elongate flexible member holds the injector elements out of contact, and the length of the elongate flexible member is such that the rear end of the elongate flexible member exits the nip between the elements upon completion of effective dose delivery. a housing ; a plunger for expressing a medicament from a syringe ; an actuation mechanism arranged in use to move the plunger between a first rearward position and a second forward position to express a dose from the syringe; and an injection activation sensor comprising: an elongate flexible member having a first end connected to the plunger or actuation mechanism such that actuation motion of the injection device acts to move the elongate flexible member relative to the housing ; and wherein the movement of the elongate flexible member triggers a response to the injection; characterised in that : the elongate flexible member is threaded between an opposed pair of elements and movement of the elongate flexible member through the nip between the elements triggers the response to the injection, wherein the elements are biased towards a closed position and wherein the elongate flexible member holds the injector elements out of contact, and the length of the elongate flexible member is such that the rear end of the elongate flexible member exits the nip between the elements upon completion of effective dose delivery. the elongate flexible member is threaded between an opposed pair of elements and movement of the elongate flexible member through the nip between the elements triggers the response to the injection, wherein the elements are biased towards a closed position and wherein the elongate flexible member holds the injector elements out of contact, and the length of the elongate flexible member is such that the rear end of the elongate flexible member exits the nip between the elements upon completion of effective dose delivery.