mhurhangee/ep-ind-claims huggingface dataset:
A nerve repair conduit, the nerve repair conduit comprising; a polymeric body having a proximal end, a distal end, an exterior surface and an interior surface defining an interior lumen, wherein the polymeric body is configured to be secured to a first portion of a nerve and a second portion of a nerve; a plurality of drug reservoirs (110a and 110b) associated with the exterior surface of the polymeric body, wherein the plurality of drug reservoirs (110a and 110b) contain at least one agent and optionally an excipient; and at least one outlet formed between the plurality of drug reservoirs (110a and 110b), the exterior surface of the polymeric body, and the interior surface of the polymeric body for delivering the at least one agent through the exterior surface of the polymeric body to the interior lumen of the polymeric body, the at least one outlet including a semi-permeable membrane. a polymeric body having a proximal end, a distal end, an exterior surface and an interior surface defining an interior lumen, wherein the polymeric body is configured to be secured to a first portion of a nerve and a second portion of a nerve; a plurality of drug reservoirs (110a and 110b) associated with the exterior surface of the polymeric body, wherein the plurality of drug reservoirs (110a and 110b) contain at least one agent and optionally an excipient; and at least one outlet formed between the plurality of drug reservoirs (110a and 110b), the exterior surface of the polymeric body, and the interior surface of the polymeric body for delivering the at least one agent through the exterior surface of the polymeric body to the interior lumen of the polymeric body, the at least one outlet including a semi-permeable membrane.
Disassemblable hinge comprising: - a fixed assembly, for being associated with a frame and comprises a pin defining a rotation axis of the hinge; and - a movable assembly, for being associated with a door and is mounted in a rotary manner on said fixed assembly according to said rotation axis of the hinge; said movable assembly comprising: - a hooking portion, for being fixed to a door, - a first actuator, which can be operated by a user and is located on a first side of the hinge, wherein said first actuator is suited to be placed on a first side of the door, - a slide, which is fitted to the hooking portion in a sliding manner; wherein said movable assembly is configured to assume at least: - a hinging configuration, in which the slide and the hooking portion surround the pin creating a seat for the pin, wherein the movable assembly can only rotate around said pin; - a complete opening configuration, wherein the slide is totally set back relative to pin and the pin can be completely released, in which the movable assembly can be removed from the fixed assembly; wherein the first actuator is designed to move the slide, thus moving the movable assembly away from the hinging configuration; characterized in that the movable assembly comprises a second actuator, which can be operated by a user, is located on a second side of the hinge, and is configured to move the slide, thus moving the movable assembly away from the hinging configuration; wherein the second actuator is suited to be placed on a second side of the door, and wherein the first and the second actuator are arranged on two opposite sides of the hinge; the hinge being configured in such a manner that, when the hinge is applied to the door, the user can open the door from both sides, wherein the first side of the door is an outer side of a compartment, and the second side of the door is an inner side of the compartment. - a fixed assembly, for being associated with a frame and comprises a pin defining a rotation axis of the hinge; and - a movable assembly, for being associated with a door and is mounted in a rotary manner on said fixed assembly according to said rotation axis of the hinge; said movable assembly comprising: - a hooking portion, for being fixed to a door, - a first actuator, which can be operated by a user and is located on a first side of the hinge, wherein said first actuator is suited to be placed on a first side of the door, - a slide, which is fitted to the hooking portion in a sliding manner; - a hinging configuration, in which the slide and the hooking portion surround the pin creating a seat for the pin, wherein the movable assembly can only rotate around said pin; - a complete opening configuration, wherein the slide is totally set back relative to pin and the pin can be completely released, in which the movable assembly can be removed from the fixed assembly;
A device monitoring method for implementing in an image forming device monitoring system, comprising: receiving an authorization code, wherein the authorization code includes first information; the first information being configured to indicate a first value; and the first value being a maximum quantity of devices capable of being monitored by the device monitoring system which is activated by the authorization code; determining the first value according to the authorization code; and configuring a first parameter value according to the first value, wherein the first parameter value is configured to record the maximum quantity of devices capable of being monitored, characterized in that the monitored device is an image forming device; and the method further includes: after configuring the first parameter value according to the first value, receiving a first message, the first message being configured to request monitoring a first image forming device; the first image forming device being an image forming device which is not monitored; and transmitting a second message if a quantity of monitored image forming devices reaches the first parameter value, wherein the second message is configured to indicate to reject monitoring the first image forming device. receiving an authorization code, wherein the authorization code includes first information; the first information being configured to indicate a first value; and the first value being a maximum quantity of devices capable of being monitored by the device monitoring system which is activated by the authorization code; determining the first value according to the authorization code; and configuring a first parameter value according to the first value, wherein the first parameter value is configured to record the maximum quantity of devices capable of being monitored, characterized in that the monitored device is an image forming device; and the method further includes: after configuring the first parameter value according to the first value, receiving a first message, the first message being configured to request monitoring a first image forming device; the first image forming device being an image forming device which is not monitored; and transmitting a second message if a quantity of monitored image forming devices reaches the first parameter value, wherein the second message is configured to indicate to reject monitoring the first image forming device. after configuring the first parameter value according to the first value, receiving a first message, the first message being configured to request monitoring a first image forming device; the first image forming device being an image forming device which is not monitored; and transmitting a second message if a quantity of monitored image forming devices reaches the first parameter value, wherein the second message is configured to indicate to reject monitoring the first image forming device.
A humanized anti-α2 integrin antibody comprising a heavy chain variable region, a light chain variable region, a human light chain constant region and a variant human IgG1 heavy constant region, wherein the variant human IgG1 heavy chain constant region is an isotypic variant comprising the CH1 from human IgG1, the hinge from human IgG1 and the Fc region from human IgG3, wherein the heavy chain of the antibody comprises the sequence of SEQ ID NO: 47, wherein the light chain of the antibody comprises the sequence of SEQ ID NO: 56.
A harvesting machine, comprising: a main frame; a rotor assembly rotatably coupled to the main frame and configured to move crop material; a top frame movably attached to the main frame, the top frame forming a passageway for crop material between the top frame and the rotor assembly; a bottom frame movably attached to the top frame or main frame; a plurality of knives movably attached to the bottom frame or the top and bottom frames (202, 204), the plurality of knives extending through slots in the top frame, the bottom frame engaging an indentation on a non-cutting edge of the knives to maintain the plurality of knives in a locked condition; characterized in further comprising an actuator (240, 241) operatively connected to one of the top and bottom frames (202, 204), the top and bottom frames (202, 204) and the plurality of knives being in a raised position when the actuator (240, 241) is in a first position, and the top and bottom frames (202, 204) and the plurality of knives being in a lowered position when the actuator (240, 241) is in a second position, which enlarges the passageway between the top frame and the rotor assembly and at least partially retracts the knives through the slots in the top frame while maintaining the knives in the locked condition. a main frame; a rotor assembly rotatably coupled to the main frame and configured to move crop material; a top frame movably attached to the main frame, the top frame forming a passageway for crop material between the top frame and the rotor assembly; a bottom frame movably attached to the top frame or main frame; a plurality of knives movably attached to the bottom frame or the top and bottom frames (202, 204), the plurality of knives extending through slots in the top frame, the bottom frame engaging an indentation on a non-cutting edge of the knives to maintain the plurality of knives in a locked condition; characterized in further comprising an actuator (240, 241) operatively connected to one of the top and bottom frames (202, 204), the top and bottom frames (202, 204) and the plurality of knives being in a raised position when the actuator (240, 241) is in a first position, and the top and bottom frames (202, 204) and the plurality of knives being in a lowered position when the actuator (240, 241) is in a second position, which enlarges the passageway between the top frame and the rotor assembly and at least partially retracts the knives through the slots in the top frame while maintaining the knives in the locked condition.
Assembly comprising a garment, and a first item of equipment and a second item of equipment which are secured to the garment and which each comprise a unit for processing electrical signals which is connected to a first electrically conductive plate and to a second electrically conductive plate, which latter are adapted to make a first link and a second link to whichever is the other item of equipment in such a way as to form a data transmission circuit, the second link being separate from the first link, the second plate of each item of equipment being adapted to be in direct contact with the skin of a user, the items of equipment being secured to a garment, and the first plates of the items of equipment opening onto an inner surface of the garment, the first link employing at least one external capacitive path of coupling and the second link employing a path of coupling by conduction to the skin of the user, the processing units of the items of equipment (3, 4) being adapted: - to introduce into the transmission circuit, from one of the first and second items of equipment, an electrical signal corresponding to data to be transmitted, in such a way that the signal makes its way onto the first link in field form, - to receive the signal in the other of the first and seconds items of equipment and to process the signal to recover the data. the second plate of each item of equipment being adapted to be in direct contact with the skin of a user, the items of equipment being secured to a garment, and the first plates of the items of equipment opening onto an inner surface of the garment, the first link employing at least one external capacitive path of coupling and the second link employing a path of coupling by conduction to the skin of the user, the processing units of the items of equipment (3, 4) being adapted: - to introduce into the transmission circuit, from one of the first and second items of equipment, an electrical signal corresponding to data to be transmitted, in such a way that the signal makes its way onto the first link in field form, - to receive the signal in the other of the first and seconds items of equipment and to process the signal to recover the data. - to introduce into the transmission circuit, from one of the first and second items of equipment, an electrical signal corresponding to data to be transmitted, in such a way that the signal makes its way onto the first link in field form, - to receive the signal in the other of the first and seconds items of equipment and to process the signal to recover the data.
A carbamate compound of the following Formula 1, or a pharmaceutically acceptable salt, solvate or hydrate thereof for use in the prevention or treatment of diseases associated with an increase in late sodium current in the heart selected from the group consisting of long QT3 syndrome, arrhythmia, angina pectoris, atrial fibrillation, ventricular tachycardia, ventricular fibrillation, heart failure and hypertrophic cardiomyopathy: wherein, R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N. R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N.
A system for treating a vulnerable plaque, the system comprising: a catheter apparatus, the catheter apparatus having a single expandable membrane; a pressure control system configured to regulate the expansion of the expandable membrane using a liquid such that the expandable membrane is expanded to a pressure of less than 5 ATM (507 kPa); a cooling element configured to establish a temperature of between +15°C and -35°C at an interface between the expandable membrane and a blood vessel wall when the catheter apparatus has been placed in the blood vessel; characterised by further comprising: a temperature control system configured to monitor temperature at the interface and adjust the cooling element to maintain the interface temperature between +15°C and -35°C. a catheter apparatus, the catheter apparatus having a single expandable membrane; a pressure control system configured to regulate the expansion of the expandable membrane using a liquid such that the expandable membrane is expanded to a pressure of less than 5 ATM (507 kPa); a cooling element configured to establish a temperature of between +15°C and -35°C at an interface between the expandable membrane and a blood vessel wall when the catheter apparatus has been placed in the blood vessel; a temperature control system configured to monitor temperature at the interface and adjust the cooling element to maintain the interface temperature between +15°C and -35°C.
A method for equalizing the distortion caused by losses in couplings between adjacent resonators in a microwave band-pass filter comprising coupled resonators, the method comprising the steps of: • Designing an initial transfer function of a filter, • Calculating the poles p i of said designed transfer function, • Modifying the values of said poles p i with a predetermined amount a i, so as to produce an asymmetric displacement of the poles along the real axis of the complex plane, the predetermined amount a i being equal to a i = C(1-i)/Q k, with i being the index of a pole p i along the imaginary axis of the complex plane, C being a constant and Q k being a quality factor of couplings between adjacent resonators of the microwave filter, calculated as the ratio between the maximum stored energy at the couplings between resonators of said microwave filter and the energy loss per unit time, • Calculating a modified transfer function from said initial transfer function and said modified poles p i -a i, • Producing a filter having the modified transfer function. • Designing an initial transfer function of a filter, • Calculating the poles p i of said designed transfer function, • Modifying the values of said poles p i with a predetermined amount a i, so as to produce an asymmetric displacement of the poles along the real axis of the complex plane, the predetermined amount a i being equal to a i = C(1-i)/Q k, with i being the index of a pole p i along the imaginary axis of the complex plane, C being a constant and Q k being a quality factor of couplings between adjacent resonators of the microwave filter, calculated as the ratio between the maximum stored energy at the couplings between resonators of said microwave filter and the energy loss per unit time, • Calculating a modified transfer function from said initial transfer function and said modified poles p i -a i, • Producing a filter having the modified transfer function.
A drying machine for pasty and/or granular substances, which comprises a supporting frame and a plurality of superimposed conveyor belts (12, 13, 14), said frame being provided with lateral openings (15, 16, 17) for the passage of air, each conveyor belt (12, 13, 14) being supported by a plurality of spaced rollers (18, 19, 20) which are pivoted to the frame, said rollers (18, 19, 20) being surrounded by spacers which are adapted to define, between the rollers and the belt, air passage spaces (21, 22, 23) to optimize the drying of the conveyed substances, said drying machine being characterized in that each of said plurality of rollers (18, 19, 20) is surrounded by a single helical body (24, 25, 26) with spaced turns (27, 28, 29, 30) that define said air passage space (21, 22, 23) between the roller and the belt, said helical body (24, 25, 26) being constituted by a helical spring, with end turns which are arranged at right angles to the rotation axis of the corresponding roller (18, 19, 20), and the opposite ends of the rollers (18, 19, 20) bearing corresponding anti-slipping spacer rings (32, 33, 34) which are adapted to prevent sliding contact between the end turn of the helical body (24, 25, 26) and the adjacent frame portion to which the rollers (18, 19, 20) are pivoted.
Cooking appliance device, in particular induction hob device, having at least one heating unit, having at least one sensor unit, which is provided to detect at least one signal influenced by the heating unit, and having at least one control unit, which is provided to determine at least one level of activity of the heating unit from an interference signal overlaying a main signal of the signal, characterised by at least one switching unit, which is provided to establish at least one flow path to the heating unit and to interrupt the same, wherein the control unit is provided to check a function of the switching unit on the basis of the interference signal.
A method carried out by an electronic device for obtaining a photograph, comprising: the electronic device comprising an image obtaining module obtaining n frames of images, wherein n≥2; the electronic device identifying first background regions and moving objects in the n frames of images; and the electronic device synthesizing a target photograph according to the first background regions and the moving objects, wherein the target photograph comprises at least two images in different motion states of a same moving object locating in a same first background region, the method characterized by the electronic device comprising a stationary state detection module detecting whether the electronic device is currently in a stationary state, wherein the step of the electronic device obtaining n frames of images is only executed if the electronic device is currently in the stationary state. the electronic device comprising an image obtaining module obtaining n frames of images, wherein n≥2; the electronic device identifying first background regions and moving objects in the n frames of images; and the electronic device synthesizing a target photograph according to the first background regions and the moving objects, wherein the target photograph comprises at least two images in different motion states of a same moving object locating in a same first background region, the method characterized by the electronic device comprising a stationary state detection module detecting whether the electronic device is currently in a stationary state, wherein the step of the electronic device obtaining n frames of images is only executed if the electronic device is currently in the stationary state.
A tracheal tube assembly comprising: an outer cannula configured to be positioned in a patient airway; a flange member secured about the outer cannula; an outer cannula connector coupled to a proximal end of the outer cannula; an inner cannula configured to be disposed inside the outer cannula such that the inner cannula and the outer cannula are coaxial, wherein the inner cannula comprises a compressible proximal region that is configured to be positioned inside the outer cannula connector and wherein the compressible proximal region has a compressed configuration comprising a first diameter when positioned in the outer cannula connector and an uncompressed configuration comprising a second diameter when the compressible proximal region is unbiased and outside of the outer cannula connector wherein the second diameter is larger than a largest outer diameter of the outer cannula connector; wherein the compressible proximal region of the inner cannula comprises a lip configured to be outside of the outer cannula connector when the inner cannula is inserted; characterized in that the lip comprises a partial annulus having at least one slit formed in a wall of a proximal end of the inner cannula. an outer cannula configured to be positioned in a patient airway; a flange member secured about the outer cannula; an outer cannula connector coupled to a proximal end of the outer cannula; an inner cannula configured to be disposed inside the outer cannula such that the inner cannula and the outer cannula are coaxial, wherein the inner cannula comprises a compressible proximal region that is configured to be positioned inside the outer cannula connector and wherein the compressible proximal region has a compressed configuration comprising a first diameter when positioned in the outer cannula connector and an uncompressed configuration comprising a second diameter when the compressible proximal region is unbiased and outside of the outer cannula connector wherein the second diameter is larger than a largest outer diameter of the outer cannula connector; wherein the compressible proximal region of the inner cannula comprises a lip configured to be outside of the outer cannula connector when the inner cannula is inserted; characterized in that the lip comprises a partial annulus having at least one slit formed in a wall of a proximal end of the inner cannula.