mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic surgical instrument comprising: an ultrasonic probe which is adapted to transmit ultrasonic vibrations generated in an ultrasonic transducer, and the ultrasonic probe comprising an interpolating portion formed of a round rod and a treatment portion which is arranged on the distal end of the interpolating portion, wherein the treatment portion comprises an extending portion, a hook portion that warps upward directly from the distal end of the extending portion, and a recess provided on a proximal end side of the treatment portion, the recess formed in a portion opposite from a distal end of the hook portion about a longitudinal axis of the ultrasonic probe at a proximal portion of the treatment portion, the recess having a curved face forming its wall face, provided in a proximal end of the recess, and connected to the recess and a lower portion of the interpolating portion, characterised in that the extending portion comprises a flatbed upper face portion that extends obliquely downward from the upper portion of the interpolating portion and a distal end being located at a lowermost portion of the extending portion that extends obliquely, so that when the hook portion is hooked on a living tissue, a maximum stress in the treatment portion is generated in the curved face, and the extending portion is formed with the hook portion in a balanced state in which the barycentric position of the whole treatment portion substantially matches that of the whole ultrasonic probe. an ultrasonic probe which is adapted to transmit ultrasonic vibrations generated in an ultrasonic transducer, and the ultrasonic probe comprising an interpolating portion formed of a round rod and a treatment portion which is arranged on the distal end of the interpolating portion, wherein the treatment portion comprises an extending portion, a hook portion that warps upward directly from the distal end of the extending portion, and a recess provided on a proximal end side of the treatment portion, the recess formed in a portion opposite from a distal end of the hook portion about a longitudinal axis of the ultrasonic probe at a proximal portion of the treatment portion, the recess having a curved face forming its wall face, provided in a proximal end of the recess, and connected to the recess and a lower portion of the interpolating portion, characterised in that the extending portion comprises a flatbed upper face portion that extends obliquely downward from the upper portion of the interpolating portion and a distal end being located at a lowermost portion of the extending portion that extends obliquely, so that when the hook portion is hooked on a living tissue, a maximum stress in the treatment portion is generated in the curved face, and the extending portion is formed with the hook portion in a balanced state in which the barycentric position of the whole treatment portion substantially matches that of the whole ultrasonic probe.
A process for the production of a haemostasis protein by continuous perfusion culturing of a cell culture, in suspension, said cell culture expressing said haemostasis protein into said culture suspension, wherein the cell culture flows across a filter module, which filter module leads to a harvest port,the filter module having a mesh size of from 0.1 to 2.9μm allowing passage across of the haemostasis protein, wherein the flow across the filter module is an alternating tangential flow, the haemostasis protein is Factor IX, and the process is performed in large-scale fermentations, i.e. at least 500L.
An exercise disc for strengthening the fingers of a hand, having a disc body (6, 7) with an upper disc surface for placing an inner hand surface with the fingers and a thumb, wherein receiving elements (1 - 5) for a part of the fingertips and a part of the thumb tip are embedded into the upper disc surface, and the exercise disc is characterized in that: a disc body for a left hand and a disc body for a right hand are provided, two adjacent receiving elements (1-1'- 5-5") are provided respectively for the part of the fingertip and the part of the thumb tip in each case, the change of the respective fingers and of the thumb between the two receiving elements can be carried out by means of abduction/adduction, the receiving elements (1-1'- 5-5") have the shape of blind elongated holes, the center lines of the blind elongated holes for a finger in each case and the center lines of the blind elongated holes for the thumb are each at an acute angle (a) with respect to one another, the center lines of the blind elongated holes for a finger in each case and the center lines of the blind elongated holes for the thumb intersect in the region of the respective finger or thumb base joint, and the length and width of the receiving elements (1-1'- 5-5') are designed such that at least a third finger phalanx of the respective finger or a second thumb phalanx can be received in the length and width. a disc body for a left hand and a disc body for a right hand are provided, two adjacent receiving elements (1-1'- 5-5") are provided respectively for the part of the fingertip and the part of the thumb tip in each case, the change of the respective fingers and of the thumb between the two receiving elements can be carried out by means of abduction/adduction, the receiving elements (1-1'- 5-5") have the shape of blind elongated holes, the center lines of the blind elongated holes for a finger in each case and the center lines of the blind elongated holes for the thumb are each at an acute angle (a) with respect to one another, the center lines of the blind elongated holes for a finger in each case and the center lines of the blind elongated holes for the thumb intersect in the region of the respective finger or thumb base joint, and the length and width of the receiving elements (1-1'- 5-5') are designed such that at least a third finger phalanx of the respective finger or a second thumb phalanx can be received in the length and width.
Cosmetic method for slackening a cutaneous tissue comprising administering via subcutaneous, intradermal or transdermal delivery a composition comprising an aqueous extract of Leucojum aestivum bulbs in an amount effective in inhibiting muscle contraction, thereby slackening the cutaneous tissue and ameliorating, reducing, and/or eliminating at least one of skin wrinkles, skin fine lines and skin creases.
A method for communicating in a wireless network, comprising: receiving, from a network entity, a resource grant for transmitting in a transmission time interval, an uplink channel, wherein the resource grant indicates a first uplink channel symbol of the TTI over which to transmit the uplink channel and wherein the resource grant further comprises an indicator of whether to transmit a demodulation reference signal, RS, for an uplink control channel or an uplink data channel; and determining whether to transmit the RS in at least one transmission time interval, TTI, based at least in part on the indicator, and transmitting, based on the indicator indicating to transmit, the RS in at least one symbol preceding the uplink channel symbol; and transmitting the uplink channel in the uplink channel of the TTI. receiving, from a network entity, a resource grant for transmitting in a transmission time interval, an uplink channel, wherein the resource grant indicates a first uplink channel symbol of the TTI over which to transmit the uplink channel and wherein the resource grant further comprises an indicator of whether to transmit a demodulation reference signal, RS, for an uplink control channel or an uplink data channel; and determining whether to transmit the RS in at least one transmission time interval, TTI, based at least in part on the indicator, and transmitting, based on the indicator indicating to transmit, the RS in at least one symbol preceding the uplink channel symbol; and transmitting the uplink channel in the uplink channel of the TTI.
An electromagnetic interference resistant electronics enclosure, comprising: a first compartment defined by a body; a second compartment defined by the body; a septum between the first compartment and the second compartment; a first aperture with the septum that connects the first compartment and the second compartment; a feed-through element comprising a first interface region and a second interface region, wherein one or more primary conductors extend between the first interface region and the second interface region, and wherein the first interface region resides in the first compartment, and the second interface region resides in the second compartment; characterized by: a conductive bar that circumscribes at least a portion of the feed-through element; a conductive gasket that extends from the body to the conductive bar, wherein a ground path is formed between the body and the conductive bar with the conductive gasket. a first compartment defined by a body; a second compartment defined by the body; a septum between the first compartment and the second compartment; a first aperture with the septum that connects the first compartment and the second compartment; a feed-through element comprising a first interface region and a second interface region, wherein one or more primary conductors extend between the first interface region and the second interface region, and wherein the first interface region resides in the first compartment, and the second interface region resides in the second compartment; characterized by: a conductive bar that circumscribes at least a portion of the feed-through element; a conductive gasket that extends from the body to the conductive bar, wherein a ground path is formed between the body and the conductive bar with the conductive gasket. a conductive bar that circumscribes at least a portion of the feed-through element; a conductive gasket that extends from the body to the conductive bar, wherein a ground path is formed between the body and the conductive bar with the conductive gasket.
A noise suppressor for a firearm comprising: a cylindrical body extending along a longitudinal direction; a chamber having an annular cylindrical shape, and having i) an outer diameter defined by an inner surface of the body, ii) an inner diameter forming a center bore (510, 610), and iii) a length along the longitudinal direction; and a suppression core in the chamber, the suppression core comprising an inner portion (570, 670a, 670b, 670c, 870a) adjacent to the center bore and an outer portion (580, 680a, 680b, 680c, 880a) surrounding the inner portion, the inner portion and the outer portion being concentric; characterized in that the outer portion comprises a triply periodic minimal surfaces, TPMS, structure; and at a transition between the inner portion and the outer portion, a plurality of first openings in the inner portion and a plurality of second openings in the outer portion have a parameter that matches in size with each other, and the plurality of first openings and the plurality of second openings are approximately aligned with each other. a cylindrical body extending along a longitudinal direction; a chamber having an annular cylindrical shape, and having i) an outer diameter defined by an inner surface of the body, ii) an inner diameter forming a center bore (510, 610), and iii) a length along the longitudinal direction; and a suppression core in the chamber, the suppression core comprising an inner portion (570, 670a, 670b, 670c, 870a) adjacent to the center bore and an outer portion (580, 680a, 680b, 680c, 880a) surrounding the inner portion, the inner portion and the outer portion being concentric; characterized in that the outer portion comprises a triply periodic minimal surfaces, TPMS, structure; and at a transition between the inner portion and the outer portion, a plurality of first openings in the inner portion and a plurality of second openings in the outer portion have a parameter that matches in size with each other, and the plurality of first openings and the plurality of second openings are approximately aligned with each other.
A single-brush rotary-orbital machine comprising: - a frame comprising a rear drag handle for providing control of the machine and moving means of the machine, said frame comprising a front portion having a passage opening; - a base for supporting a work tool, the base being situated below said front portion; - a motor configured to actuate the work tool supported by the base, said motor extending through the passage opening of the front portion of the frame and being supported by the base; characterized in that the front portion of the frame and the base are connected to each other in a direction of connection (X-X) by elastic damping means, said elastic damping means allowing the front portion of the frame and the base to move relative to each other in the direction of connection (X-X). - a frame comprising a rear drag handle for providing control of the machine and moving means of the machine, said frame comprising a front portion having a passage opening; - a base for supporting a work tool, the base being situated below said front portion; - a motor configured to actuate the work tool supported by the base, said motor extending through the passage opening of the front portion of the frame and being supported by the base;
A method for producing a cellulose xanthate nanofiber, the method comprising defibrating cellulose xanthate that contains cellulose I or a cationic substitution substance of the cellulose xanthate.
A method for the regulation of the fiber feed to a card comprising a feed chute, which is subdivided into an upper chute and a lower chute, - wherein fiber tufts are fed into the upper chute and are transported into the lower chute via a feed device, and the fiber tufts are compacted in the lower chute under a certain pressure to form a batt having a certain batt weight, - air is fed in the lower chute via a ventilator, thereby increasing the pressure over the fiber tufts, - the fed air is drawn out of the lower chute through an air-permeable wall and is fed back to the ventilator, - wherein the air-permeable wall is partially covered by the fiber tufts in the lower chute, - wherein the pressure in the lower chute is regulated via the feed device by changing the partial covering of the air-permeable wall, characterized in that - a target value is predetermined for the batt weight, to which said target value a target value for the pressure in the lower chute is assigned, - an actual value of the batt weight is determined, wherein the actual value of the batt weight is determined by means of a calculation based on a sliver weight at the card outfeed, a draft through the card, and a waste volume that is discarded in the card, - a correction of the target value for the pressure in the lower chute is performed by means of a target-actual value comparison of the batt weight. - wherein fiber tufts are fed into the upper chute and are transported into the lower chute via a feed device, and the fiber tufts are compacted in the lower chute under a certain pressure to form a batt having a certain batt weight, - air is fed in the lower chute via a ventilator, thereby increasing the pressure over the fiber tufts, - the fed air is drawn out of the lower chute through an air-permeable wall and is fed back to the ventilator, - wherein the air-permeable wall is partially covered by the fiber tufts in the lower chute, - wherein the pressure in the lower chute is regulated via the feed device by changing the partial covering of the air-permeable wall, characterized in that - a target value is predetermined for the batt weight, to which said target value a target value for the pressure in the lower chute is assigned, - an actual value of the batt weight is determined, wherein the actual value of the batt weight is determined by means of a calculation based on a sliver weight at the card outfeed, a draft through the card, and a waste volume that is discarded in the card, - a correction of the target value for the pressure in the lower chute is performed by means of a target-actual value comparison of the batt weight.
An auto-injector for delivering a liquid medicament comprising: a housing arranged to contain a syringe and a piston for sealing the syringe and displacing the medicament, the housing having a proximal end and a distal end intended to be applied against an injection site, wherein the syringe comprises: a plurality of plunger elements arranged along a length of the syringe between the proximal end of the housing and the piston, each of the plurality of plunger elements having a longitudinal axis; and a cord arranged to connect the plurality of plunger elements, wherein the plurality of plunger elements are initially in a stacked arrangement, such that when the cord is acted on by a driving force the plunger elements become aligned along their longitudinal axes to push the piston towards the distal end to displace the medicament. a plurality of plunger elements arranged along a length of the syringe between the proximal end of the housing and the piston, each of the plurality of plunger elements having a longitudinal axis; and a cord arranged to connect the plurality of plunger elements, wherein the plurality of plunger elements are initially in a stacked arrangement, such that when the cord is acted on by a driving force the plunger elements become aligned along their longitudinal axes to push the piston towards the distal end to displace the medicament.
A method of operating a microphone system, comprising the steps of: providing first and second microphones associated with a same human speaker; receiving an analog first signal from the first microphone; receiving an analog second signal from the second microphone; converting the analog first signal into a digital first signal; converting the analog second signal into a digital second signal; performing digital noise cancellation on the digital second signal dependent upon the digital first signal, the digital noise cancellation being performed by digital circuitry; inputting the noise canceled digital second signal into an intercom system; and sensing a low power condition of the microphone system and/or a failure of the digital circuitry; characterized by the step of in response to the sensing step, inputting an analog-based intercom signal into the intercom system, the analog-based intercom signal being dependent on the analog second signal and substantially independent of the analog first signal, the analog-based intercom signal being input into the intercom system without noise cancellation having been performed on the analog-based intercom signal. providing first and second microphones associated with a same human speaker; receiving an analog first signal from the first microphone; receiving an analog second signal from the second microphone; converting the analog first signal into a digital first signal; converting the analog second signal into a digital second signal; performing digital noise cancellation on the digital second signal dependent upon the digital first signal, the digital noise cancellation being performed by digital circuitry; inputting the noise canceled digital second signal into an intercom system; and sensing a low power condition of the microphone system and/or a failure of the digital circuitry; characterized by the step of in response to the sensing step, inputting an analog-based intercom signal into the intercom system, the analog-based intercom signal being dependent on the analog second signal and substantially independent of the analog first signal, the analog-based intercom signal being input into the intercom system without noise cancellation having been performed on the analog-based intercom signal.
A fuel rail assembly, comprising: a fluid conduit extending along a first longitudinal axis and having a body portion with inside and outside surfaces (46b, 48b), the conduit having an opening at one of first and second longitudinal ends (36, 38) thereof, the fluid conduit further having an inlet configured to be coupled to a high-pressure fuel pump, at least one outlet, and a conduit interior forming a fluid flow passageway between the inlet and the at least one outlet configured to allow for fluid communication there between; an end cap assembly mounted to the fluid conduit and configured to cover and close the opening, the end cap assembly including a cup having a free edge that defines an aperture that leads to a cup interior, the cup having an inner surface (64b, 82b) facing the cup interior; wherein a reinforcement is mounted to the inner surface (64b, 82b) of the cup, wherein the reinforcement is mounted to the cup with a brazing material, wherein the cup includes a base and an annular sidewall axially extending away from the base in a first direction, the annular sidewall defining the free edge, characterized in, that the inner surface (64b, 82b) of the cup includes a first portion corresponding to the base and a second portion corresponding to the annular sidewall, wherein the reinforcement is mounted to the first portion and to the second portion.
A vacuum insulating switch gear formed by integrally molding with epoxy resin of a vacuum double-break three-position type switch including a movable contact, a fixed contact, and a vacuum container composed of an insulating cylinder for covering the movable contact and the fixed contact, a lower lid for closing a lower part of the insulating cylinder, and an upper lid for closing an upper part of the insulating cylinder and an operation rod side of the movable contact, and an earthing switch with a vacuum closed container, characterized in that it comprises: a first silicone rubber layer coated on an upper edge corner portion of each insulating cylinder composing the vacuum containers of the switch and the earthing switch, a self fusing insulating tape layer wound around an outer surface of the first silicone rubber layer, a second silicone rubber layer coated on the self fusing insulating tape layer and an outer periphery of each insulating cylinder, a ring easing shield installed at a position corresponding to a lower end corner portion of each insulating cylinder after a vacuum deaeration process performed for the first and the second silicone rubber layers, and an epoxy resin portion for integrally molding each vacuum container so as to cover the first silicone rubber layer, the self fusing insulating tape layer, the second silicone rubber layer, and the ring easing shield. a first silicone rubber layer coated on an upper edge corner portion of each insulating cylinder composing the vacuum containers of the switch and the earthing switch, a self fusing insulating tape layer wound around an outer surface of the first silicone rubber layer, a second silicone rubber layer coated on the self fusing insulating tape layer and an outer periphery of each insulating cylinder, a ring easing shield installed at a position corresponding to a lower end corner portion of each insulating cylinder after a vacuum deaeration process performed for the first and the second silicone rubber layers, and an epoxy resin portion for integrally molding each vacuum container so as to cover the first silicone rubber layer, the self fusing insulating tape layer, the second silicone rubber layer, and the ring easing shield.