mhurhangee/ep-ind-claims huggingface dataset:
A forceps, comprising: a pair of shaft members (12a, 12b) each having a jaw member (110, 120) disposed at a distal end thereof, at least one of the shaft members moveable relative to the other about a pivot pin between a spaced-apart position and a first approximated position to move the jaw members between an open position and a closed position; and a knife assembly, the knife assembly including: a knife blade moveable between an initial position, wherein the knife blade is disposed within one of the jaw members, and an extended position, wherein the knife blade extends at least partially between the jaw members; and characterised in that, the knife blade is mechanically keyed (154, 264) to the pivot pin, and the forceps comprises at least one actuator arm mechanically keyed (152, 269) to the pivot pin and extending therefrom, the at least one actuator arm moveable between an un- actuated position and an actuated position to rotate the pivot pin relative to the jaw members to move the knife blade between the initial position and the extended position. a pair of shaft members (12a, 12b) each having a jaw member (110, 120) disposed at a distal end thereof, at least one of the shaft members moveable relative to the other about a pivot pin between a spaced-apart position and a first approximated position to move the jaw members between an open position and a closed position; and a knife assembly, the knife assembly including: a knife blade moveable between an initial position, wherein the knife blade is disposed within one of the jaw members, and an extended position, wherein the knife blade extends at least partially between the jaw members; and characterised in that, the knife blade is mechanically keyed (154, 264) to the pivot pin, and the forceps comprises at least one actuator arm mechanically keyed (152, 269) to the pivot pin and extending therefrom, the at least one actuator arm moveable between an un- actuated position and an actuated position to rotate the pivot pin relative to the jaw members to move the knife blade between the initial position and the extended position. a knife blade moveable between an initial position, wherein the knife blade is disposed within one of the jaw members, and an extended position, wherein the knife blade extends at least partially between the jaw members; and characterised in that, the knife blade is mechanically keyed (154, 264) to the pivot pin, and the forceps comprises at least one actuator arm mechanically keyed (152, 269) to the pivot pin and extending therefrom, the at least one actuator arm moveable between an un- actuated position and an actuated position to rotate the pivot pin relative to the jaw members to move the knife blade between the initial position and the extended position.
An adapter module (10, 10-A, 10-B, 10-C, 10-D), comprising an adapter unit (102, 102-A, 102-B, 102-C, 102-D) and an adapter cable (104, 104-A, 104-B, 104-C, 104-D) wherein: the adapter unit (102, 102-A, 102-B, 102-C, 102-D) conforms to a USB power delivery communication protocol and includes a control unit (122, 122') being a power delivery controller with said USB power delivery communication protocol, wherein the control unit (122, 122') comprises a data transmission terminal; the adapter cable (104, 104-A, 104-B, 104-C, 104-D) includes a data transmission line (124, 124') configured to couple to the data transmission terminal of the control unit (122, 122') within the adapter unit (102, 102-A, 102-B, 102-C, 102-D) and the load (20, 20'), and a voltage control unit (134, 134') coupled to the data transmission line (124, 124') and configured to provide a reference voltage (Vref) across said voltage control unit (134, 134'), wherein the data transmission line (124, 124') is configured to transmit a communication signal (Sn) provided by the load (20, 20') and the reference voltage (Vref) provided by the voltage control unit (134, 134') to the adapter unit (102, 102-A, 102-B, 102-C, 102-D), wherein the control unit (122, 122') is configured to receive the reference voltage (Vref), is configured to detect whether the communication signal (Sn) is received through the data transmission terminal and is configured to control the adapter unit (102, 102-A, 102-B, 102-C, 102-D) to provide a fixed voltage to the load (20, 20') according to the reference voltage (Vref) when the control unit (122, 122') detects the communication signal (Sn) is not received. the adapter unit (102, 102-A, 102-B, 102-C, 102-D) conforms to a USB power delivery communication protocol and includes a control unit (122, 122') being a power delivery controller with said USB power delivery communication protocol, wherein the control unit (122, 122') comprises a data transmission terminal; the adapter cable (104, 104-A, 104-B, 104-C, 104-D) includes a data transmission line (124, 124') configured to couple to the data transmission terminal of the control unit (122, 122') within the adapter unit (102, 102-A, 102-B, 102-C, 102-D) and the load (20, 20'), and a voltage control unit (134, 134') coupled to the data transmission line (124, 124') and configured to provide a reference voltage (Vref) across said voltage control unit (134, 134'), wherein the data transmission line (124, 124') is configured to transmit a communication signal (Sn) provided by the load (20, 20') and the reference voltage (Vref) provided by the voltage control unit (134, 134') to the adapter unit (102, 102-A, 102-B, 102-C, 102-D), wherein the control unit (122, 122') is configured to receive the reference voltage (Vref), is configured to detect whether the communication signal (Sn) is received through the data transmission terminal and is configured to control the adapter unit (102, 102-A, 102-B, 102-C, 102-D) to provide a fixed voltage to the load (20, 20') according to the reference voltage (Vref) when the control unit (122, 122') detects the communication signal (Sn) is not received.
Coupling assembly, in particular for a gear motor, wherein the coupling assembly comprises a shaft, on which a tongue is formed, and a sleeve, on which a groove is formed, into which groove the tongue at least partially protrudes, wherein the shaft and the sleeve are arranged so as to be rotatable about an axis of rotation, wherein the sleeve is arranged coaxially to the shaft, wherein the groove and the tongue each extend in a radial direction, wherein the tongue is at least partially provided with a coating, wherein the radial direction is specified in relation to the axis of rotation of the shaft, characterized in that a flat axial end face is formed on the shaft, said end face being adjoined by the tongue, wherein the normal direction of the axial end face is oriented parallel to the axis of rotation of the shaft, wherein the axial end face is also provided with the coating, an axial bore is formed in the tongue, said bore being oriented coaxially to the shaft and/or to the axis of rotation of the shaft. wherein the coupling assembly comprises a shaft, on which a tongue is formed, and a sleeve, on which a groove is formed, into which groove the tongue at least partially protrudes, wherein the shaft and the sleeve are arranged so as to be rotatable about an axis of rotation, wherein the sleeve is arranged coaxially to the shaft, wherein the groove and the tongue each extend in a radial direction, wherein the tongue is at least partially provided with a coating, wherein the radial direction is specified in relation to the axis of rotation of the shaft, characterized in that a flat axial end face is formed on the shaft, said end face being adjoined by the tongue, wherein the normal direction of the axial end face is oriented parallel to the axis of rotation of the shaft, wherein the axial end face is also provided with the coating, an axial bore is formed in the tongue, said bore being oriented coaxially to the shaft and/or to the axis of rotation of the shaft.
Method for error handling in a program system in a digital tachography system with a large number of assemblies (10 - 40), in which the program system comprises an operating system and a group of program modules (PM1 - PM6) that are controllable by the operating system and are assigned to a first or an at least second function group (F1, F2), wherein each of the assemblies (10 - 40) is controllable by the first and/or the at least one second function group (F1, F2), the method comprising: - sending, on the occurrence of an error state in a program module from the group of program modules (PM1 - PM6), a local error message by the program module affected to the operating system; - determining the function group (F1, F2) assigned to the program module affected depending on the local error message by the operating system; - determining respective error handling functions for further program modules from the group of program modules (PM1 - PM6) that are assigned to the function group (F1, F2) of the program module affected by the operating system depending on the local error message; - calling the respectively determined error handling function for the further program modules by the operating system; and - executing the respective error handling function in the corresponding program modules of the further program modules. - sending, on the occurrence of an error state in a program module from the group of program modules (PM1 - PM6), a local error message by the program module affected to the operating system; - determining the function group (F1, F2) assigned to the program module affected depending on the local error message by the operating system; - determining respective error handling functions for further program modules from the group of program modules (PM1 - PM6) that are assigned to the function group (F1, F2) of the program module affected by the operating system depending on the local error message; - calling the respectively determined error handling function for the further program modules by the operating system; and - executing the respective error handling function in the corresponding program modules of the further program modules.
Moulding element of a mould for moulding and vulcanizing a tyre tread, this moulding element comprising a moulding surface intended to mould part of the tread surface of the tyre and a complex blade (6, 8) of height H projecting from the moulding surface, this complex blade comprising a body oriented mainly in a circumferential direction X and at least one U-shaped secondary branch facing towards this body, this secondary branch being oriented mainly in an oblique direction J, this oblique direction making a non-zero angle ψ with a transverse direction Y perpendicular to the circumferential direction X, the secondary branch being in contact with the body at two contact zones (10, 12) to delimit a cavity of length L, characterized in that the moulding element comprises a main cutting means of height Hp projecting from the moulding surface in the cavity, this main cutting means extending between two ends (14, 16) and running parallel to the oblique direction J, the length of this main cutting means, measured between its two ends (14, 16), being less than the length L of the cavity, and in that the moulding element comprises at least two secondary cutting means of height Hs extending from one of the ends of the main cutting means as far as a respective one of the contact zones (10, 12) facing this end, each secondary cutting means forming an angle θ with this body, and in that the height Hp of the main cutting means and the height Hs of the secondary cutting means are greater than the height H of the complex blade (6, 8).
Process for treating cultivated plants against pests comprising the following steps: (i) sending (3.7) hot air to the plants; (ii) immediately after sending (3.7) the hot air, spraying (4.8) on the plants electrochemically activated water, obtained by electrolysis of water with salt, as a disinfectant and detergent. (i) sending (3.7) hot air to the plants; (ii) immediately after sending (3.7) the hot air, spraying (4.8) on the plants electrochemically activated water, obtained by electrolysis of water with salt, as a disinfectant and detergent.
Pharmaceutical composition comprising iron oxy-hydroxide in high loading of 10 to 80 % (w/w) expressed In relation to the total weight of the pharmaceutical composition, In a form suitable for oral administration, wherein the amount of Iron oxy-hydroxide per dosage form Is > 300 mg.
An apparatus, comprising: a device configured for insertion into a left ventricle of a heart of a subject; and a delivery tube coupled to the device and configured to traverse an aortic arch of the subject while the device is within the left ventricle; characterized in that the apparatus comprises an elongation-resistant fiber running axially along the delivery tube so as to bias an orientation of the delivery tube while the delivery tube traverses the aortic arch such that the elongation-resistant fiber is disposed inside a curve of the aortic arch, thereby biasing an orientation of the device. a device configured for insertion into a left ventricle of a heart of a subject; and a delivery tube coupled to the device and configured to traverse an aortic arch of the subject while the device is within the left ventricle; characterized in that the apparatus comprises an elongation-resistant fiber running axially along the delivery tube so as to bias an orientation of the delivery tube while the delivery tube traverses the aortic arch such that the elongation-resistant fiber is disposed inside a curve of the aortic arch, thereby biasing an orientation of the device.
Aircraft (1, 1') with rear mounted engines (2, 2'), comprising a vertical tail plane and a horizontal tail plane, in which the engines (2, 2') are mounted on top of the horizontal tail plane, wherein the horizontal tail plane comprises an inner fixed part attached to the fuselage of the aircraft (1, 1'), the inner fixed part comprising an elevator, and two outer movable parts, each one of the outer movable parts being located at each side end of the horizontal tail plane which is furthest away from the fuselage of the aircraft (1, 1'), such that both the inner fixed part and the outer movable parts are at least partially subjected to the flow coming from the engines (2, 2') when they are in use.
A method of cutting a poultry leg at a desired location between the thigh meat of the leg and the drumstick meat of the leg, the method comprising the steps of: (a) suspending the leg from a shackle; (b) moving the shackle and the leg in a processing direction; (c) measuring the drumstick or the thigh of the leg as it moves in the processing direction; (d) obtaining information based upon the measurement of step (c) with the information being indicative of a desired location of the cut between the thigh meat and the drumstick meat; (e) moving the leg toward a cutting blade; (f) adjusting the position of the cutting blade based upon the information of step (d) so that the blade aligns with the desired location of the cut; and (g) moving the shackle and the chicken leg past the past cutting blade to cut the leg at the desired location, wherein step (c) comprises bending the leg at the knee joint before making the measurement. (a) suspending the leg from a shackle; (b) moving the shackle and the leg in a processing direction; (c) measuring the drumstick or the thigh of the leg as it moves in the processing direction; (d) obtaining information based upon the measurement of step (c) with the information being indicative of a desired location of the cut between the thigh meat and the drumstick meat; (e) moving the leg toward a cutting blade; (f) adjusting the position of the cutting blade based upon the information of step (d) so that the blade aligns with the desired location of the cut; and (g) moving the shackle and the chicken leg past the past cutting blade to cut the leg at the desired location, wherein step (c) comprises bending the leg at the knee joint before making the measurement.
One or more computer-readable media having instructions that, when executed, cause a device to: obtain, from a network entity, a streaming frame packing format attribute that includes a list of frame packing formats, supported by a client terminal of a wireless communication network, relevant for streaming of stereoscopic 3-D video over a transport protocol supported by a packet-switched streaming service, PSS, application on the client terminal, wherein the transport protocol is a real-time transport protocol, RTP, or a hypertext transfer protocol, HTTP; adapt content based on the streaming frame packing format attribute; generate a session description or metadata file to establish a streaming session based on the streaming frame packing format attribute; and transmit the adapted content and the generated session description or metadata file to the client terminal, wherein the network entity is a device profile server or a user equipment that comprises the client terminal, and wherein the list comprises a list of one or more integer values that respectively correspond to one or more supported frame packing formats. obtain, from a network entity, a streaming frame packing format attribute that includes a list of frame packing formats, supported by a client terminal of a wireless communication network, relevant for streaming of stereoscopic 3-D video over a transport protocol supported by a packet-switched streaming service, PSS, application on the client terminal, wherein the transport protocol is a real-time transport protocol, RTP, or a hypertext transfer protocol, HTTP; adapt content based on the streaming frame packing format attribute; generate a session description or metadata file to establish a streaming session based on the streaming frame packing format attribute; and transmit the adapted content and the generated session description or metadata file to the client terminal, wherein the network entity is a device profile server or a user equipment that comprises the client terminal, and wherein the list comprises a list of one or more integer values that respectively correspond to one or more supported frame packing formats.
A spherical rescue unit comprising a gyro or center of gravity stabilized rescue capsule, said capsule is placed inside a set of guide rails and attached to said set of guide rails via bearing, said set of guide rails is attached to a floating arrangement further characterized in the floating arrangement comprises at least two inflatable semi spheres covering the entire spherical rescue unit.
A method for manufacturing an e-fuse, comprising: providing a semiconductor substrate, the semiconductor substrate comprising a preset active region, wherein the preset active region is a region on the semiconductor substrate where no isolating region is to be formed; forming an isolating region on the semiconductor substrate, wherein the isolating region and the preset active region have a height difference and are connected by at least one side wall; forming a negative electrode and a positive electrode on the preset active region; and forming a fuse link on the side wall and partial regions of the isolating region close to the at least one side wall for connecting the negative electrode and the positive electrode; wherein the forming an isolating region on the semiconductor substrate comprises: forming a trench extending downward from an upper surface of the semiconductor substrate, wherein a bottom surface of the trench forms the isolating region, and a side wall of the trench is used to connect the isolating region with the preset active region. providing a semiconductor substrate, the semiconductor substrate comprising a preset active region, wherein the preset active region is a region on the semiconductor substrate where no isolating region is to be formed; forming an isolating region on the semiconductor substrate, wherein the isolating region and the preset active region have a height difference and are connected by at least one side wall; forming a negative electrode and a positive electrode on the preset active region; and forming a fuse link on the side wall and partial regions of the isolating region close to the at least one side wall for connecting the negative electrode and the positive electrode; wherein the forming an isolating region on the semiconductor substrate comprises: forming a trench extending downward from an upper surface of the semiconductor substrate, wherein a bottom surface of the trench forms the isolating region, and a side wall of the trench is used to connect the isolating region with the preset active region.
An accumulator device comprising: a positive electrode in which a positive electrode layer is formed; a negative electrode in which a negative electrode layer is formed; a separator interposed between the positive electrode and the negative electrode; and an electrolytic solution, wherein the accumulator device satisfies that 1.02 ≤ W A / W B ≤ 2.08 and that 390 μm ≤ T A ≤ 750 μm, where W A is the weight of the positive electrode layer, W B is the weight of the negative electrode layer, and T A is the thickness of the positive electrode in which the positive electrode layer is formed characterized in that the accumulator device satisfies that 0.19 ≤ (W A + W B) / W D ≤ 0.28, and 1.58 ≤ W C / (W A + W B) ≤ 1.85, where W D is the weight of the accumulator device obtained by adding the weights of the positive electrode, the negative electrode, the electrolytic solution, and the separator and W C is the weight of the electrolytic solution. a positive electrode in which a positive electrode layer is formed; a negative electrode in which a negative electrode layer is formed; a separator interposed between the positive electrode and the negative electrode; and an electrolytic solution, wherein the accumulator device satisfies that 1.02 ≤ W A / W B ≤ 2.08 and that 390 μm ≤ T A ≤ 750 μm, where W A is the weight of the positive electrode layer, W B is the weight of the negative electrode layer, and T A is the thickness of the positive electrode in which the positive electrode layer is formed characterized in that the accumulator device satisfies that 0.19 ≤ (W A + W B) / W D ≤ 0.28, and 1.58 ≤ W C / (W A + W B) ≤ 1.85, where W D is the weight of the accumulator device obtained by adding the weights of the positive electrode, the negative electrode, the electrolytic solution, and the separator and W C is the weight of the electrolytic solution.
Skin treatment apparatus, comprising a source of skin treatment radiation which is arranged to generate radiation comprising at least one variable radiation parameter, a control unit for controlling a magnitude of the at least one variable radiation parameter, and a base unit to which the control unit may be removably docked, the control unit comprising a sensor for sensing a measurable skin parameter, and an actuator for enabling a user to interface with the control unit, the control unit being configured to operate in respective sensing and control modes, wherein in the sensing mode the control unit is undocked from the base unit and the sensor can sense the measurable parameter of the skin, and wherein in the control mode the control unit is docked to the base unit and arranged to control operation of the source of skin treatment radiation in dependence of the sensed skin parameter.