mhurhangee/patent-ind-claim-en huggingface dataset:
A gripping and pushing device for a medical instrument comprising: an elongated main body defining a lumen , the elongated body comprising one or more deflectable portions (210; 212) that can be pressed radially inwardly toward a shaft of the medical instrument extending through the lumen , each deflectable portion having an inner surface; one or more gripping layers , each secured to the inner surface of a respective deflectable portion , characterized in that each of the one or more gripping layers is secured to the inner surface of the respective deflectable portion at axially spaced apart attachment locations so as to define one or more unsecured portions of the gripping layer between the attachment locations ; wherein the one or more gripping layers are deformable relative to the one or more deflectable portions between the attachment locations when manual pressure is applied to the one or more deflectable portions to press the one or more gripping layers against the shaft and move the shaft longitudinally into a patient's body. an elongated main body defining a lumen , the elongated body comprising one or more deflectable portions (210; 212) that can be pressed radially inwardly toward a shaft of the medical instrument extending through the lumen , each deflectable portion having an inner surface; one or more gripping layers , each secured to the inner surface of a respective deflectable portion , characterized in that each of the one or more gripping layers is secured to the inner surface of the respective deflectable portion at axially spaced apart attachment locations so as to define one or more unsecured portions of the gripping layer between the attachment locations ; wherein the one or more gripping layers are deformable relative to the one or more deflectable portions between the attachment locations when manual pressure is applied to the one or more deflectable portions to press the one or more gripping layers against the shaft and move the shaft longitudinally into a patient's body.
An image processing apparatus comprising: a communication unit configured to receive frame image data from an imaging device that images an object and transmits the frame image data; an image processing unit configured to perform image processing on the frame image data that is received by the communication unit ; an output unit configured to output the frame image data having been image-processed by the image processing unit to a display device that displays the frame image data; and, a storage unit , characterized in that the storage unit is configured to store a parameter of target value of image quality based on a characteristic obtained by combining an image processing characteristic of the image processing unit with the display processing characteristic of the display device , and a parameter of the display processing characteristic of the display device , wherein the image processing unit comprises an adjustment unit which is configured to adjust a processing parameter when the image processing unit performs the image processing on the frame image data that is output to the display device based on the parameter of the display processing characteristic stored in the storage unit and corresponding to the display device that is a destination of the frame image data, and on the parameter of target value of image quality stored in the storage unit , in a case in which the frame image data is output from the output unit to the display device . a communication unit configured to receive frame image data from an imaging device that images an object and transmits the frame image data; an image processing unit configured to perform image processing on the frame image data that is received by the communication unit ; an output unit configured to output the frame image data having been image-processed by the image processing unit to a display device that displays the frame image data; and, a storage unit , characterized in that the storage unit is configured to store a parameter of target value of image quality based on a characteristic obtained by combining an image processing characteristic of the image processing unit with the display processing characteristic of the display device , and a parameter of the display processing characteristic of the display device , wherein the image processing unit comprises an adjustment unit which is configured to adjust a processing parameter when the image processing unit performs the image processing on the frame image data that is output to the display device based on the parameter of the display processing characteristic stored in the storage unit and corresponding to the display device that is a destination of the frame image data, and on the parameter of target value of image quality stored in the storage unit , in a case in which the frame image data is output from the output unit to the display device .
A gage for measuring the distance from a hole center to a measured reference plane, consisting of a measurement plate , screws , a fixed block , a jack screw , a fixed column and a spring , characterized in that the upper right part of the measurement plate is attached to the left side of the fixed block , and both are fixed by the screws ; a guide column at the upper part of the fixed column is fitted with a hole in the fixed block , and the fit clearance is not more than 0.01 mm; the jack screw is installed on the right side of the fixed block , and the top of the jack screw is engaged with a sliding chute in the guide column ; and the spring is sleeved outside the guide column and arranged below the fixed block , wherein the fixed column comprises a positioning column , a transition column , a tapered column and the guide column ; the top of the positioning column is connected with the lower end of the transition column ; the upper end of the transition column is connected with the bottom surface of the small end of the tapered column ; and the top surface of the large end of the tapered column is connected with the lower end of the guide column , wherein the right side below the measurement plate is a step surface in order to observe whether the measured reference plane is placed between the steps on the right side below the measurement plate . wherein the fixed column comprises a positioning column , a transition column , a tapered column and the guide column ; the top of the positioning column is connected with the lower end of the transition column ; the upper end of the transition column is connected with the bottom surface of the small end of the tapered column ; and the top surface of the large end of the tapered column is connected with the lower end of the guide column , wherein the right side below the measurement plate is a step surface in order to observe whether the measured reference plane is placed between the steps on the right side below the measurement plate .
A plate heat exchanger for treatment of a feed, the plate heat exchanger including a plate package comprising a plurality of heat exchanging plates arranged in a successive order forming first plate interspaces and second plate interspaces in an alternating order in the plate package, each first plate interspace defines an evaporation section for evaporating the feed, the evaporation section extends in a longitudinal direction between an upper border fluidly connecting the evaporation section to a first separation section and a lower border at which opposing heat exchanging plates are sealed together, the evaporation section further extends in a transversal direction between a first side border and a second side border at which side borders opposing heat exchanging plates are sealed together, the evaporation section defines: a feed inlet located adjacent the lower border for introducing the feed in liquid form into the evaporation section, a heat exchanging zone adjacent the upper border, the heat exchanging zone being formed by ridges and valleys in the opposing heat exchanging plates which are arranged such that opposing ridges of the opposing heat exchanging plates abut each other, a passage located between the lower border and the heat exchanging zone and extending from the feed inlet in the transversal direction for receiving the feed from the feed inlet and allowing a uniform distribution of the feed over the heat exchanging zone, and characterised by a transition zone separating the heat exchanging zone and the passage, the maximum distance between opposing heat exchanging plates in the transition zone being smaller than the maximum distance between opposing heat exchanging plates in the passage and in the heat exchanging zone. a feed inlet located adjacent the lower border for introducing the feed in liquid form into the evaporation section, a heat exchanging zone adjacent the upper border, the heat exchanging zone being formed by ridges and valleys in the opposing heat exchanging plates which are arranged such that opposing ridges of the opposing heat exchanging plates abut each other, a passage located between the lower border and the heat exchanging zone and extending from the feed inlet in the transversal direction for receiving the feed from the feed inlet and allowing a uniform distribution of the feed over the heat exchanging zone, and characterised by a transition zone separating the heat exchanging zone and the passage, the maximum distance between opposing heat exchanging plates in the transition zone being smaller than the maximum distance between opposing heat exchanging plates in the passage and in the heat exchanging zone.
A gear unit having a housing and having a distributor part able to be acted upon by lubricating oil through a cutout in the housing, in particular in a housing part of the housing or in a cover part of the housing, wherein the distributor part has a collection region and feed channels which are connected to the collection region and are able to convey lubricating oil to bearings of the gear unit, characterised in that a baffle plate is arranged between the cutout and the collection region , the baffle plate is fixed in place on a holding plate by means of a vertical adjustment means, the holding plate being secured to the housing of the gear unit. wherein the distributor part has a collection region and feed channels which are connected to the collection region and are able to convey lubricating oil to bearings of the gear unit, characterised in that a baffle plate is arranged between the cutout and the collection region , the baffle plate is fixed in place on a holding plate by means of a vertical adjustment means, the holding plate being secured to the housing of the gear unit.
A method of streaming data from an electronic device in a network based on event-coordinated uplink network assistance data received from a network assistance device, comprising: determining that a data streaming session corresponds to a real-life event, wherein a plurality of data streaming sessions pertain to the real-life event; registering the data streaming session to a network assistance service hosted by the network assistance device in response to determining that the streaming session corresponds to the real-life event, wherein the network assistance service is configured to provide event-coordinated uplink network assistance data that is based on requirements of the plurality of data streaming sessions, and network resources available for the plurality of data streaming sessions; receiving the event-coordinated uplink network assistance data from the network assistance device; and modifying at least one transmission characteristic of the data streaming session based on the event-coordinated uplink network assistance data. determining that a data streaming session corresponds to a real-life event, wherein a plurality of data streaming sessions pertain to the real-life event; registering the data streaming session to a network assistance service hosted by the network assistance device in response to determining that the streaming session corresponds to the real-life event, wherein the network assistance service is configured to provide event-coordinated uplink network assistance data that is based on requirements of the plurality of data streaming sessions, and network resources available for the plurality of data streaming sessions; receiving the event-coordinated uplink network assistance data from the network assistance device; and modifying at least one transmission characteristic of the data streaming session based on the event-coordinated uplink network assistance data.
Method for actuating a follower member in a robotic apparatus comprising a motor assembly for the actuation of the follower member, a clutch assembly (20, 200, 201; 310) interposed between the follower member and the motor assembly to allow limiting the resistant torque (τ l ) transmitted from the follower member in case of sudden overloads, wherein the clutch assembly (20, 200, 201; 310) is actuated in a manner such as to connect and/or disconnect the motor assembly and the follower member to/from each other for controlled time intervals during the operation of the robotic apparatus, characterized in that it comprises the step of actuating the clutch assembly (20, 200, 201; 310) through the motor assembly , omitting specific clutch actuating means.
A rotary tool comprising: a shank ; a cutting portion connected to and extending from the shank , wherein the cutting portion comprises a tooth with a cutting edge extending outward from the cutting portion ; a coolant inlet disposed in a portion of the shank ; a coolant outlet disposed in another portion of the shank ; and a channel system contained in the shank and in the cutting portion of the rotary tool to circulate coolant within the rotary tool , wherein the channel system is a closed circulation loop system such that the coolant is contained within the channel system as the coolant is circulated within the rotary tool , wherein the channel system comprises: a delivery path that is fluidly connected to the coolant inlet ; and a return path that is fluidly connected to the coolant outlet and to the delivery path at a location in the cutting portion of the rotary tool , wherein the cutting edge extends a length of the cutting portion and the tooth comprises a helical shape, wherein the delivery path extends through the cutting portion of the rotary tool ; and characterized in that the shape of the delivery path matches the helical shape of the tooth , and is located radially outward from the return path . a shank ; a cutting portion connected to and extending from the shank , wherein the cutting portion comprises a tooth with a cutting edge extending outward from the cutting portion ; a coolant inlet disposed in a portion of the shank ; a coolant outlet disposed in another portion of the shank ; and a channel system contained in the shank and in the cutting portion of the rotary tool to circulate coolant within the rotary tool , wherein the channel system is a closed circulation loop system such that the coolant is contained within the channel system as the coolant is circulated within the rotary tool , wherein the channel system comprises: a delivery path that is fluidly connected to the coolant inlet ; and a return path that is fluidly connected to the coolant outlet and to the delivery path at a location in the cutting portion of the rotary tool , wherein the cutting edge extends a length of the cutting portion and the tooth comprises a helical shape, wherein the delivery path extends through the cutting portion of the rotary tool ; and characterized in that the shape of the delivery path matches the helical shape of the tooth , and is located radially outward from the return path . a delivery path that is fluidly connected to the coolant inlet ; and a return path that is fluidly connected to the coolant outlet and to the delivery path at a location in the cutting portion of the rotary tool , wherein the cutting edge extends a length of the cutting portion and the tooth comprises a helical shape, wherein the delivery path extends through the cutting portion of the rotary tool ; and characterized in that the shape of the delivery path matches the helical shape of the tooth , and is located radially outward from the return path .
Method for measuring a current by means of a current-measuring device, wherein the current-measuring device - has at least two sensors of a first type - has at least two sensors of a second type, wherein the sensors of the first type have a higher sensitivity than the sensors of the second type, wherein the sensors of the first type are arranged with radial symmetry on a first circumferential path, in particular an ellipse or a first circular path (K 1 ), and the sensors of the second type are arranged with radial symmetry on a second circumferential path, in particular an ellipse or a second circular path (K 2 ), wherein in each case a sensor of the first type is arranged adjacent to a sensor of the second type, characterised in that the sensors of the first type are flux-gate field sensors and the sensors of the second type are Hall sensors, wherein the sensors of the first type have a sensitivity which is higher by the factor 5 to 20 compared to the sensors of the second type, wherein in order to determine the current intensity at least one of the sensors of the first type is evaluated, if the measurement values of at least two sensors of the first type lie within the measurement range and otherwise at least one sensor of the second type is evaluated. - has at least two sensors of a first type - has at least two sensors of a second type, wherein the sensors of the first type have a higher sensitivity than the sensors of the second type, wherein the sensors of the first type are arranged with radial symmetry on a first circumferential path, in particular an ellipse or a first circular path (K 1 ), and the sensors of the second type are arranged with radial symmetry on a second circumferential path, in particular an ellipse or a second circular path (K 2 ), wherein in each case a sensor of the first type is arranged adjacent to a sensor of the second type, characterised in that the sensors of the first type are flux-gate field sensors and the sensors of the second type are Hall sensors, wherein the sensors of the first type have a sensitivity which is higher by the factor 5 to 20 compared to the sensors of the second type, wherein in order to determine the current intensity at least one of the sensors of the first type is evaluated, if the measurement values of at least two sensors of the first type lie within the measurement range and otherwise at least one sensor of the second type is evaluated.
An additive formulation for a fuel comprising: about 40 to about 65 weight percent nitropropane; about 10 to about 30 weight percent nitromethane; about 0.5 to about 5 weight percent lubricant, wherein the lubricant is a polyester; about 10 to about 40 weight percent aromatic hydrocarbon; wherein the additive is substantially free of nitroethane. about 40 to about 65 weight percent nitropropane; about 10 to about 30 weight percent nitromethane; about 0.5 to about 5 weight percent lubricant, wherein the lubricant is a polyester; about 10 to about 40 weight percent aromatic hydrocarbon; wherein the additive is substantially free of nitroethane.
Method for reconstructing contrast levels (K1, K2) from magnetic resonance acquisitions by means of a parallel acquisition technique comprising the steps of: - providing or generating magnetic resonance raw data (RD) for at least two contrast levels (K1, K2), wherein this magnetic resonance raw data (RD) comprises reference lines (R1, R2), - reconstructing reference line images (RB1, RB2) from reference lines (R1, R2) of the magnetic resonance raw data (RD) for at least two of the contrast levels (K1, K2), - carrying out a histogram analysis on the basis of the reference line images (RB1, RB2), - carrying out a PAT reconstruction of image representations (BK1, BK2) of the different contrast levels (K1, K2), wherein the decision as to which reference lines (R1, R2) are used for the PAT reconstruction is made on the basis of the histogram analysis. - providing or generating magnetic resonance raw data (RD) for at least two contrast levels (K1, K2), wherein this magnetic resonance raw data (RD) comprises reference lines (R1, R2), - reconstructing reference line images (RB1, RB2) from reference lines (R1, R2) of the magnetic resonance raw data (RD) for at least two of the contrast levels (K1, K2), - carrying out a histogram analysis on the basis of the reference line images (RB1, RB2), - carrying out a PAT reconstruction of image representations (BK1, BK2) of the different contrast levels (K1, K2), wherein the decision as to which reference lines (R1, R2) are used for the PAT reconstruction is made on the basis of the histogram analysis.
Holding frame for holding connector modules and/or connectors for installation in a connector housing, wherein the holding frame is formed substantially in two pieces, having the features: two side parts with at least one surface and at least one frame element are configured to be able to be assembled to form the holding frame ; the surfaces of the assembled side parts form a fastening surface with at least one recess for receiving a connector ; the frame elements of the assembled side parts of the holding frame are spaced apart from one another and form at least one receiving region for receiving the connector modules ; characterized in that at least one fixing element with at least one fixing geometry is provided on the fastening surface , said fixing element being configured and able to be fixed to the fastening surface such that the side parts assembled to form the holding frame are fixed to one another by means of the fixing element , and in that furthermore a connector accommodated in a recess is axially fixed in the holding frame by means of the fixing element . two side parts with at least one surface and at least one frame element are configured to be able to be assembled to form the holding frame ; the surfaces of the assembled side parts form a fastening surface with at least one recess for receiving a connector ; the frame elements of the assembled side parts of the holding frame are spaced apart from one another and form at least one receiving region for receiving the connector modules ; characterized in that at least one fixing element with at least one fixing geometry is provided on the fastening surface , said fixing element being configured and able to be fixed to the fastening surface such that the side parts assembled to form the holding frame are fixed to one another by means of the fixing element , and in that furthermore a connector accommodated in a recess is axially fixed in the holding frame by means of the fixing element .