mhurhangee/patent-ind-claim-en huggingface dataset:
An airway management device comprising a body having a proximal end for receiving an oxygen supply tube and an distal end for insertion into a trachea of a patient; said body including a linear portion adjacent to the proximal end and a curved portion adjacent to the distal end; said body including an external shell and having a first bore through said shell for receiving the oxygen supply tube; characterised in that the device further comprises a toroidal shaped membrane having first and second opposed edges, said first edge moulded to a corresponding portion of the body and the second edge moulded to a corresponding second portion of the body , said first and second portions in spaced relation, the membrane forming an inflatable cuff.
Apparatus for transporting plastic preforms, having a sorting device which is suitable and intended for sorting plastic preforms and which transports the plastic preforms in a predetermined transport direction, and having a transport device arranged after the sorting device in the transport direction, wherein said transport device comprises a first support rail for carrying the plastic preforms and a second support rail for carrying the plastic preforms , and the plastic preforms are transportable between said first support rail and said second support rail , wherein said support rails extending in transport direction, wherein the sorting device having two rollers which are spaced apart from one another and between which the plastic preforms can be guided, wherein the apparatus has an adjustment mechanism for adjusting at least one lateral spacing of these support rails , wherein the adjustment of the support rails and/or an adjustment of the rollers of the roller sorter is carried out motor-driven and/or pneumatic, characterised in that the apparatus has a control unit which enables a recipe depending adjustment of the support rails and the rollers of the roller sorter fully automatically and the support rails , guiding elements for guiding the preform bodies and a downholder element are adjustable individually. wherein the apparatus has an adjustment mechanism for adjusting at least one lateral spacing of these support rails , wherein the adjustment of the support rails and/or an adjustment of the rollers of the roller sorter is carried out motor-driven and/or pneumatic, characterised in that the apparatus has a control unit which enables a recipe depending adjustment of the support rails and the rollers of the roller sorter fully automatically and the support rails , guiding elements for guiding the preform bodies and a downholder element are adjustable individually.
A method for associating noises of at least one signal class of a plurality of signal classes, comprising the steps of: receiving environmental noises; establishing whether the environmental noises or a set of parameters derived from the environmental noises fulfill/s a predefined rule which describes the signal class of the plurality of signal classes; logging that the predefined rule has been fulfilled, or recording the environmental noises received for a migrating time window, or deriving a set of parameters from the environmental noises for the migrating time window and storing the set of parameters for the migrating time window, or emitting an activation signal for another device for recognizing a noise; wherein the steps of receiving , establishing are repeated for neighboring positions; wherein the method further comprises determining a relation between the environmental noises at a first position and environmental noises at a second position, or a relation between the set of parameters derived from the environmental noises at the first position and the set of parameters derived from the environmental noises at the second position. receiving environmental noises; establishing whether the environmental noises or a set of parameters derived from the environmental noises fulfill/s a predefined rule which describes the signal class of the plurality of signal classes; logging that the predefined rule has been fulfilled, or recording the environmental noises received for a migrating time window, or deriving a set of parameters from the environmental noises for the migrating time window and storing the set of parameters for the migrating time window, or emitting an activation signal for another device for recognizing a noise; wherein the steps of receiving , establishing are repeated for neighboring positions; wherein the method further comprises determining a relation between the environmental noises at a first position and environmental noises at a second position, or a relation between the set of parameters derived from the environmental noises at the first position and the set of parameters derived from the environmental noises at the second position.
A spring element , in particular jounce bumper, for a vehicle shock absorber, comprising: a longitudinal axis (L) and a base body extending along the longitudinal axis (L), the base body being elastically deformable between an uncompressed basic state and a compressed state in which the base body is at least partially compressed in the direction of the longitudinal axis (L), an end portion configured for contact against a damper cap of the vehicle shock absorber; characterised in that the end portion comprises a plurality of at least three projections (7a-d) that are spaced apart from one another in a circumferential direction (R) and protrude from the base body in the direction of the longitudinal axis (L); wherein each of the projections (7a-d) has a distinct length (9a-d) in the direction of the longitudinal axis (L), and the projections (7a-d) are arranged along the circumference of the end portion such that the lengths (9a-d) of the projections (7a-d) increase monotonously in the circumferential direction. a longitudinal axis (L) and a base body extending along the longitudinal axis (L), the base body being elastically deformable between an uncompressed basic state and a compressed state in which the base body is at least partially compressed in the direction of the longitudinal axis (L), an end portion configured for contact against a damper cap of the vehicle shock absorber; characterised in that the end portion comprises a plurality of at least three projections (7a-d) that are spaced apart from one another in a circumferential direction (R) and protrude from the base body in the direction of the longitudinal axis (L); wherein each of the projections (7a-d) has a distinct length (9a-d) in the direction of the longitudinal axis (L), and the projections (7a-d) are arranged along the circumference of the end portion such that the lengths (9a-d) of the projections (7a-d) increase monotonously in the circumferential direction.
A gear hobbing apparatus for producing a gear from a blank , the gear hobbing apparatus comprising: a hob having a cylindrical hob body, characterised by a first series of hob teeth extending from the cylindrical hob body and having a first whole depth ; and a second series of hob teeth alternately extending from the cylindrical hob body with the first series of hob teeth and having a second whole depth , the first and second whole depths being distinct and configured to create a gear from the blank that has adjacent teeth having distinct outer diameters. a hob having a cylindrical hob body, characterised by a first series of hob teeth extending from the cylindrical hob body and having a first whole depth ; and a second series of hob teeth alternately extending from the cylindrical hob body with the first series of hob teeth and having a second whole depth , the first and second whole depths being distinct and configured to create a gear from the blank that has adjacent teeth having distinct outer diameters.
An in-line deposition apparatus for a cutting tool W with a coating film comprising, a deposition chamber 12, 212, 312, 412 in which a coating film is formed on the cutting tools; a pre-treatment chamber 11 and post-treatment chamber, each of which is connected to the deposition chamber through a vacuum valve 52, 53; and a conveying line T that conveys the cutting tools from the pre-treatment chamber to the post-treatment chamber going through the deposition chamber, the in-line deposition apparatus using a conveyed carrier 80 on which a plurality of rods 82 supporting cutting tools is provided in a standing state along a conveying direction Y, wherein the deposition chamber comprises: a deposition region D, D1, D2, D3, D4 in which the coating film is formed on the cutting tools; and a conveying apparatus 32 that conveys the conveyed carrier along the conveying line for the conveyed carrier to pass through the deposition region, characterized in that the deposition chamber further comprises: a heating region H, H1, H2, H3, H4 that is placed adjacent to the deposition region in the carrier conveying direction, the cutting tools being heated in the heating region; a carrier-waiting region C1, C2 that accommodates the conveyed carrier between the deposition region and the vacuum valve; the heating region is provided to each of both sides of the deposition region in the carrier conveying direction; and a width of the heating region in the conveying direction is shorter than the length of the conveyed carrier in the conveying direction. a deposition region D, D1, D2, D3, D4 in which the coating film is formed on the cutting tools; and a conveying apparatus 32 that conveys the conveyed carrier along the conveying line for the conveyed carrier to pass through the deposition region, a heating region H, H1, H2, H3, H4 that is placed adjacent to the deposition region in the carrier conveying direction, the cutting tools being heated in the heating region; a carrier-waiting region C1, C2 that accommodates the conveyed carrier between the deposition region and the vacuum valve;
Method for testing the authenticity of the reaction time achieved by a test subject, characterized in that a stimulus device, a reaction device, a reaction time measuring instrument, an EEG and a computer are provided and a stimulus is given to the test subject by means of the stimulus device by deriving evoked potentials from his brain wave curves measured by means of the EEG or by visualizing his brain areas by means of functional imaging methods such as near-infrared spectroscopy or fMRI (functional magnetic resonance tomography) and the testing subject is simultaneously given a reaction time task with the reaction device and the reaction time of the test subject is measured with the reaction device by deriving his readiness potentials, wherein by deriving the evoked potentials from the brain wave curve or displaying the activities of the brain areas by means of functional imaging methods, it is first checked whether the stimulus has entered the subject's consciousness and wherein the evaluation by means of the computer is carried out in such a way that the absolute values of the reaction times and their variances are set in relation to the readiness potentials and the readiness potentials are compared with the values known from other investigations in order to check the authenticity of the reaction times.
An endoscopic cancer treatment system for heating and treating cancer tissues to be a lesion, comprising: an ultrasonic endoscope used in an endoscopic ultrasound-guided fine needle aspiration and comprising an inserting section to be inserted into a body, wherein two instrument insertion channels are arranged at the inserting section , the two instrument insertion channels respectively comprising a tip opening at a tip side of the insertion section ; a puncture needle for confirming a size and a position of the lesion; a heating needle provided with a heater and a temperature detecting element at a tip side; and a controller for controlling the heater to a predetermined temperature based on a temperature data detected by the temperature detecting element , wherein the puncture needle is configured to be inserted through a first instrument insertion channel of the two instrument insertion channels to be able to protrude and retreat from the tip opening of the first instrument insertion channel , the heating needle is configured to be inserted through a second instrument insertion channel of the two instrument insertion channels to be able to protrude or retract from the tip opening of the second instrument insertion channel , and the controller comprises: a function to supply a test current for testing a conduction state to the heater ; a function to confirm a length of the heater when supplying the test current; based on data of a resistance value of the heater and a function to control to supply a predetermined amount of current according to a length of the heater . an ultrasonic endoscope used in an endoscopic ultrasound-guided fine needle aspiration and comprising an inserting section to be inserted into a body, wherein two instrument insertion channels are arranged at the inserting section , the two instrument insertion channels respectively comprising a tip opening at a tip side of the insertion section ; a puncture needle for confirming a size and a position of the lesion; a heating needle provided with a heater and a temperature detecting element at a tip side; and a controller for controlling the heater to a predetermined temperature based on a temperature data detected by the temperature detecting element , wherein the puncture needle is configured to be inserted through a first instrument insertion channel of the two instrument insertion channels to be able to protrude and retreat from the tip opening of the first instrument insertion channel , the heating needle is configured to be inserted through a second instrument insertion channel of the two instrument insertion channels to be able to protrude or retract from the tip opening of the second instrument insertion channel , and the controller comprises: a function to supply a test current for testing a conduction state to the heater ; a function to confirm a length of the heater when supplying the test current; based on data of a resistance value of the heater and a function to control to supply a predetermined amount of current according to a length of the heater .
An apparatus for assisting a user with surgical implementation of a preoperative plan, the apparatus comprising: a physical native tissue model of a native patient tissue comprising: a series of partial native patient tissue models, each partial native tissue model including at least one primary patient tissue area including a surface of interest , each partial native patient tissue model depicting the surface of interest at a different step in a surgical procedure; a holder base configured to selectively accept each of the partial native patient tissue models in a mating relationship; and at least one information feature comprising a physical feature or characteristic of the physical native tissue model that provides clinically useful information to the user, the information feature being integrally formed with the structure of the physical native tissue model as generated; wherein the information feature is substantially separated from the surface of interest . a physical native tissue model of a native patient tissue comprising: a series of partial native patient tissue models, each partial native tissue model including at least one primary patient tissue area including a surface of interest , each partial native patient tissue model depicting the surface of interest at a different step in a surgical procedure; a holder base configured to selectively accept each of the partial native patient tissue models in a mating relationship; and a series of partial native patient tissue models, each partial native tissue model including at least one primary patient tissue area including a surface of interest , each partial native patient tissue model depicting the surface of interest at a different step in a surgical procedure; a holder base configured to selectively accept each of the partial native patient tissue models in a mating relationship; and at least one information feature comprising a physical feature or characteristic of the physical native tissue model that provides clinically useful information to the user, the information feature being integrally formed with the structure of the physical native tissue model as generated; wherein the information feature is substantially separated from the surface of interest .
Flexible conduit element configured for use in exhaust gas systems of combustion engine vehicles, comprising: a bellows member being made of an elastic material, preferably metal, a first fixing element , which at least partially surrounds an end portion of the bellows member , a second fixing element which is spaced to the first fixing element , and a flexible member , which at least partially surrounds the bellows member , said flexible member comprising a first end portion and a second end portion ,wherein the first end portion of the flexible member is neighboured to the first the fixing element and is separated from the first fixing element , characterized in that the first end portion of flexible member is loosely positioned between the bellows member and the first fixing element such that the first end portion of the flexible member is spaced to both to the bellows member and the first fixing element , wherein the first fixing element surrounds the first end portion of flexible member and, with the end portion of the bellows member , defines a receiving pocket into which the end portion of the flexible member is positioned. a bellows member being made of an elastic material, preferably metal, a first fixing element , which at least partially surrounds an end portion of the bellows member , a second fixing element which is spaced to the first fixing element , and a flexible member , which at least partially surrounds the bellows member , said flexible member comprising a first end portion and a second end portion ,wherein the first end portion of the flexible member is neighboured to the first the fixing element and is separated from the first fixing element , characterized in that the first end portion of flexible member is loosely positioned between the bellows member and the first fixing element such that the first end portion of the flexible member is spaced to both to the bellows member and the first fixing element , wherein the first fixing element surrounds the first end portion of flexible member and, with the end portion of the bellows member , defines a receiving pocket into which the end portion of the flexible member is positioned.
A containment system for a gas turbine engine, comprising: a first assembly ; a cover configured to substantially conform to a profile of the first assembly in terms of the dimensions of the first assembly ; and a container containing a desiccant; a screen ; characterised in that : the screen is coupled to the container ; the cover is configured to hermetically seal the first assembly such that a second assembly that is external to the cover is accessible, when the system is in use; and the first assembly includes a fan drive gear system or an accessory gearbox. a first assembly ; a cover configured to substantially conform to a profile of the first assembly in terms of the dimensions of the first assembly ; and a container containing a desiccant; a screen ; characterised in that : the screen is coupled to the container ; the cover is configured to hermetically seal the first assembly such that a second assembly that is external to the cover is accessible, when the system is in use; and the first assembly includes a fan drive gear system or an accessory gearbox. the screen is coupled to the container ; the cover is configured to hermetically seal the first assembly such that a second assembly that is external to the cover is accessible, when the system is in use; and the first assembly includes a fan drive gear system or an accessory gearbox.
A presence sensor device for a building, the presence sensor device being for detecting persons, wherein the presence sensor device comprises: a first radar sensor ; and a second radar sensor ; wherein the first radar sensor is arranged to operate with a first frequency band, a first power consumption, and a first range, with the second radar sensor being arranged to operate with a second frequency band, a second power consumption, and a second range; and wherein the first range is longer than the second range; characterized in that : the first frequency band is lower than the second frequency band; and the presence sensor device is arranged to operate in a first mode where the first radar sensor is active and the second radar sensor is inactive and wherein in the first mode sensing of a presence by the first radar sensor triggers switching to a second mode, with activation of the second radar sensor , wherein in the second mode both of the first and second radar sensors are used. a first radar sensor ; and a second radar sensor ; wherein the first radar sensor is arranged to operate with a first frequency band, a first power consumption, and a first range, with the second radar sensor being arranged to operate with a second frequency band, a second power consumption, and a second range; and wherein the first range is longer than the second range; characterized in that : the first frequency band is lower than the second frequency band; and the presence sensor device is arranged to operate in a first mode where the first radar sensor is active and the second radar sensor is inactive and wherein in the first mode sensing of a presence by the first radar sensor triggers switching to a second mode, with activation of the second radar sensor , wherein in the second mode both of the first and second radar sensors are used. the first frequency band is lower than the second frequency band; and the presence sensor device is arranged to operate in a first mode where the first radar sensor is active and the second radar sensor is inactive and wherein in the first mode sensing of a presence by the first radar sensor triggers switching to a second mode, with activation of the second radar sensor , wherein in the second mode both of the first and second radar sensors are used.