mhurhangee/ep-ind-claims huggingface dataset:
A set of instruments, comprising: a curved shaped tube (201;202); and an instrument (203; 204) for endoscopic applications or the like; wherein the instrument is configured to be guided through the curved shaped tube (201; 202) and comprises an intermediate cylindrical element having a handling end portion with a flexible portion and actuating means located at an actuating end portion, the intermediate cylindrical element comprising a first cylindrical part (31; 151) at the handling end portion, a second cylindrical part (35; 155) at the actuating end portion and a number of longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130; 153) for transferring the movement of the actuating means to the handling end portion, the longitudinal elements being separated by longitudinal slits in said intermediate cylindrical element, the longitudinal elements only connecting the actuating means and the handling end portion; wherein the instrument has an intermediate rigid portion located between the actuating means and the handling end portion and which is provided with at least one intermediate flexible portion dividing said intermediate rigid portion in rigid portions of lesser length such as to allow bending of said intermediate rigid portion, wherein the curved shaped tube (201; 202) surrounds a part of the instrument located between the handling end portion and the actuating end portion and wherein the handling end portion and the actuating end portion are not surrounded by the curved shaped tube such that the handling end portion and the actuating end portion are free to move in any direction. a curved shaped tube (201;202); and an instrument (203; 204) for endoscopic applications or the like; wherein the instrument is configured to be guided through the curved shaped tube (201; 202) and comprises an intermediate cylindrical element having a handling end portion with a flexible portion and actuating means located at an actuating end portion, the intermediate cylindrical element comprising a first cylindrical part (31; 151) at the handling end portion, a second cylindrical part (35; 155) at the actuating end portion and a number of longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130; 153) for transferring the movement of the actuating means to the handling end portion, the longitudinal elements being separated by longitudinal slits in said intermediate cylindrical element, the longitudinal elements only connecting the actuating means and the handling end portion; wherein the instrument has an intermediate rigid portion located between the actuating means and the handling end portion and which is provided with at least one intermediate flexible portion dividing said intermediate rigid portion in rigid portions of lesser length such as to allow bending of said intermediate rigid portion, wherein the curved shaped tube (201; 202) surrounds a part of the instrument located between the handling end portion and the actuating end portion and wherein the handling end portion and the actuating end portion are not surrounded by the curved shaped tube such that the handling end portion and the actuating end portion are free to move in any direction.
A cutting insert, comprising: a top surface and a bottom surface each having a shape of a parallelogram; four side surfaces (16, 16, 18, 18) connecting the top surface and the bottom surface; one or more primary cutting edges (22, 24) formed at an intersection between the top surface and the bottom surface with two opposing side surfaces (16, 16); and one or more secondary cutting edges (26, 28) formed at an intersection between the top surface and the bottom surface with two other opposing side surfaces (18, 18); wherein the primary cutting edges (22, 24) form a first angle (α) with respect to a median plane parallel to the top and bottom surfaces (12, 14) and being positioned therebetween, the secondary cutting edges (26, 28) forming a second angle (β) with respect to the median plane, and the primary cutting edges (22, 24) merging with the secondary cutting edges (26, 28) to form a continuous cutting edge; wherein the top surface and the bottom surface comprise a mounting surface and a rake surface, the rake surface extending from the cutting edge towards the median plane; characterized in that the top surface and the bottom surface are mirror symmetrical with respect to the median plane; and when viewed from the top, edge portions, at which the primary cutting edges (22, 24) are formed, are inclined at an acute angle (θ) with respect to edge portions, at which the secondary cutting edges (26, 28) are formed. a top surface and a bottom surface each having a shape of a parallelogram; four side surfaces (16, 16, 18, 18) connecting the top surface and the bottom surface; one or more primary cutting edges (22, 24) formed at an intersection between the top surface and the bottom surface with two opposing side surfaces (16, 16); and one or more secondary cutting edges (26, 28) formed at an intersection between the top surface and the bottom surface with two other opposing side surfaces (18, 18); wherein the primary cutting edges (22, 24) form a first angle (α) with respect to a median plane parallel to the top and bottom surfaces (12, 14) and being positioned therebetween, the secondary cutting edges (26, 28) forming a second angle (β) with respect to the median plane, and the primary cutting edges (22, 24) merging with the secondary cutting edges (26, 28) to form a continuous cutting edge; wherein the top surface and the bottom surface comprise a mounting surface and a rake surface, the rake surface extending from the cutting edge towards the median plane; characterized in that the top surface and the bottom surface are mirror symmetrical with respect to the median plane; and when viewed from the top, edge portions, at which the primary cutting edges (22, 24) are formed, are inclined at an acute angle (θ) with respect to edge portions, at which the secondary cutting edges (26, 28) are formed.
Hair care booster in powder form, comprehensive: - 50 % to 79 % by weight of an organic carboxylic acid, - a proteinogenic amino acid from the group alanine, arginine, asparagine, aspartic acid, cysteine, glutamine, glutamic acid, glycine, histidine, isoleucine, leucine, lysine, methionine, phenylalanine, proline, serine, threonine, tryptophan, tyrosine and valine, - a purine or purine degradation products, from the group adenine, guanine, uric acid, allantoin and hypoxanthine - amino acid degradation products from the taurine group, and - an alkalizing agent. - 50 % to 79 % by weight of an organic carboxylic acid, - a proteinogenic amino acid from the group alanine, arginine, asparagine, aspartic acid, cysteine, glutamine, glutamic acid, glycine, histidine, isoleucine, leucine, lysine, methionine, phenylalanine, proline, serine, threonine, tryptophan, tyrosine and valine, - a purine or purine degradation products, from the group adenine, guanine, uric acid, allantoin and hypoxanthine - amino acid degradation products from the taurine group, and - an alkalizing agent.
Transport device for conveying an object to be transported between an input point, where the object to be transported can be inserted into and removed from the transport device, and a supply point, where the object to be transported can be supplied to an RT tube of a cryostat, wherein the object to be transported comprises an NMR measuring sample and a sample holder, wherein the input point is both horizontally and also vertically spaced apart from the supply point, wherein a transport tube is provided for conveying the object to be transported within the transport tube from a first transfer point at the lower end of the transport tube to a second transfer point at the upper end of the transport tube, wherein the transport tube is vertically arranged, characterized in that the transport tube is designed for direct pneumatic conveyance of the object to be transported without the use of a carriage such that the object to be transported itself acts as a piston inside the transport tube and the inner circumferential surface of the transport tube acts as cylinder, a first transport container having an upper opening for receiving the object to be transported and a lower opening for supplying pressure gas and also a first transfer device for conveying the first transport container between the input point and the first transfer point are provided, and that a second transport container is provided for receiving the object to be transported and a second transfer device is disposed between the second transfer point and the supply point for conveying the second transport container between the second transfer point and the supply point.
Annular Helmholtz damper for a gas turbine can combustor, the annular Helmholtz damper having an axis and comprising: - an inner wall and an outer wall concentrically arranged with respect to the axis to define an annular damping volume to be arranged around the can combustor; - a front circumferential plate and a rear circumferential plate for closing upstream and downstream the annular damping volume; - at least one intermediate circumferential plate arranged between the front and the rear plates (4, 5) for dividing the annular damping volume in a main volume and in at least a secondary volume; - at least one main neck passing at the inner wall and configured for fluidly connecting the main volume with the can combustor chamber; - at least one intermediate neck passing the intermediate circumferential plate configured for fluidly connecting the main volume with the secondary volume; - a plurality of purge holes passing the rear circumferential plate configured for entering purge air in the secondary volume; characterized in that the annular Helmholtz damper comprises a plurality of intermediate drain holes passing the intermediate circumferential plate configured for draining collected liquid from the main volume to the secondary volume. - an inner wall and an outer wall concentrically arranged with respect to the axis to define an annular damping volume to be arranged around the can combustor; - a front circumferential plate and a rear circumferential plate for closing upstream and downstream the annular damping volume; - at least one intermediate circumferential plate arranged between the front and the rear plates (4, 5) for dividing the annular damping volume in a main volume and in at least a secondary volume; - at least one main neck passing at the inner wall and configured for fluidly connecting the main volume with the can combustor chamber; - at least one intermediate neck passing the intermediate circumferential plate configured for fluidly connecting the main volume with the secondary volume; - a plurality of purge holes passing the rear circumferential plate configured for entering purge air in the secondary volume;
A power save method comprising: sending, by an access point, AP, device, multiple frames of a current transmit opportunity, TXOP, to a station, STA, device, so that when a TXOP power save indication of a current frame is power save allowed, characterized by that the STA device determines whether to enter a doze state according to a judgment result for a doze condition, wherein each frame comprises a TXOP power save indication of the frame,and a value of a TXOP power save indication of the multiple frames is only allowed to change once in a same TXOP; one bit in a very high throughput signal A1, VHT-SIG-A1, field of the each frame is the TXOP power save indication of the frame. sending, by an access point, AP, device, multiple frames of a current transmit opportunity, TXOP, to a station, STA, device, so that when a TXOP power save indication of a current frame is power save allowed, characterized by that the STA device determines whether to enter a doze state according to a judgment result for a doze condition, wherein each frame comprises a TXOP power save indication of the frame,and a value of a TXOP power save indication of the multiple frames is only allowed to change once in a same TXOP; one bit in a very high throughput signal A1, VHT-SIG-A1, field of the each frame is the TXOP power save indication of the frame.
Battery charging apparatus comprising at least one power electronics unit, which is at least provided to supply a charging voltage, at least one cooling unit for cooling the power electronics unit and comprising an electronics housing, which is provided to hold the at least one power electronics unit, and a battery holding housing, which is designed to be separate from the electronics housing and which battery holding housing at least partly delimits at least one battery holding space, wherein the battery holding housing has at least one battery interface for electrical contacting of a battery to at least one contact element of blank design and wherein the electronics housing surrounds the power electronics unit in a manner protected from water and protected from dust and, in at least one operating state, is cooled from the outside by a fan of the at least one cooling unit, characterized in that the battery holding space has at least one air guiding means, which guides air past a battery inserted in the battery holding space, wherein the at least one battery interface has a battery insertion direction, which is directed towards to the at least one fan.
Formulation against androgenetic alopecia characterized in that said formulation comprises zinc and arginine gluconates combined with ascorbic acid, this last one acting as initiator.
A landing gear for an aircraft, the landing gear comprising: a wheel in mechanical communication with an axle forming a wheel assembly; a strut coupled to the wheel assembly and configured to resist longitudinal compression along a first axis, the strut comprising: a piston having an opening therein, said piston having said first axis; and a housing associated with the piston; and a linear actuator characterized in that said linear actuator comprises: an elongated shaft at least partially disposed within the opening of the piston; and a motor operable to translate the strut and the wheel assembly up or down the first axis by moving the elongated shaft. a wheel in mechanical communication with an axle forming a wheel assembly; a strut coupled to the wheel assembly and configured to resist longitudinal compression along a first axis, the strut comprising: a piston having an opening therein, said piston having said first axis; and a housing associated with the piston; and a piston having an opening therein, said piston having said first axis; and a housing associated with the piston; and a linear actuator characterized in that said linear actuator comprises: an elongated shaft at least partially disposed within the opening of the piston; and a motor operable to translate the strut and the wheel assembly up or down the first an elongated shaft at least partially disposed within the opening of the piston; and a motor operable to translate the strut and the wheel assembly up or down the first axis by moving the elongated shaft.
An organic light-emitting display device, comprising: a thin-film transistor (DRT1, DRT2) on a substrate; an auxiliary electrode member (141, 142) in a contact area (C/A) on the substrate, the auxiliary electrode member being spaced apart from the thin-film transistor; an insulating member on the thin-film transistor and the auxiliary electrode member, the insulating member comprising an opening through which at least a part of the auxiliary electrode member is exposed in the contact area (C/A); and an organic light-emitting element (OLED1, OLED2) on the insulating member, the organic light-emitting element comprising: an anode; an organic light-emitting layer; and a cathode, characterized in that a side surface of the opening is closer to the inside of the opening than a side surface of the auxiliary electrode member (141, 142), wherein the said side surface of the auxiliary electrode member faces the opening, such that the cathode is in contact, under the insulating member, with the auxiliary electrode member (141, 142) without a reverse-tapered partitioning wall thereover. a thin-film transistor (DRT1, DRT2) on a substrate; an auxiliary electrode member (141, 142) in a contact area (C/A) on the substrate, the auxiliary electrode member being spaced apart from the thin-film transistor; an insulating member on the thin-film transistor and the auxiliary electrode member, the insulating member comprising an opening through which at least a part of the auxiliary electrode member is exposed in the contact area (C/A); and an organic light-emitting element (OLED1, OLED2) on the insulating member, the organic light-emitting element comprising: an anode; an organic light-emitting layer; and a cathode, characterized in that a side surface of the opening is closer to the inside of the opening than a side surface of the auxiliary electrode member (141, 142), wherein the said side surface of the auxiliary electrode member faces the opening, such that the cathode is in contact, under the insulating member, with the auxiliary electrode member (141, 142) without a reverse-tapered partitioning wall thereover. an anode; an organic light-emitting layer; and a cathode, characterized in that a side surface of the opening is closer to the inside of the opening than a side surface of the auxiliary electrode member (141, 142), wherein the said side surface of the auxiliary electrode member faces the opening, such that the cathode is in contact, under the insulating member, with the auxiliary electrode member (141, 142) without a reverse-tapered partitioning wall thereover.
An audio playing method based on Bluetooth connection, comprising: establishing, by at least one playing device, a private network; receiving a Bluetooth connection request sent from a first audio source device by a first playing device; responding to the Bluetooth connection request by the first playing device, establishing a Bluetooth connection with the first audio source device and notifying other playing devices of a target playing group comprising the first playing device to close Bluetooth function by the first playing device, wherein the target playing group comprises at least one playing device communicating via the private network; and receiving first audio data from the first audio source device by the first playing device based on the Bluetooth connection, and forwarding the first audio data to the other playing devices of the target playing group via the private network by the first playing device, whereby all playing devices of the target playing group will play music corresponding to the first audio data. establishing, by at least one playing device, a private network; receiving a Bluetooth connection request sent from a first audio source device by a first playing device; responding to the Bluetooth connection request by the first playing device, establishing a Bluetooth connection with the first audio source device and notifying other playing devices of a target playing group comprising the first playing device to close Bluetooth function by the first playing device, wherein the target playing group comprises at least one playing device communicating via the private network; and receiving first audio data from the first audio source device by the first playing device based on the Bluetooth connection, and forwarding the first audio data to the other playing devices of the target playing group via the private network by the first playing device, whereby all playing devices of the target playing group will play music corresponding to the first audio data.
A method for protecting a character entered at a graphical interface, said method comprising the steps of: generating a set of partial images which, when combined, form a complete image of a graphical keypad having a given button-to-character assignment, the buttons of the graphical keypad representing a set of characters; displaying the partial images in said set sequentially and cyclically so as to allow the human vision system of a user to form the complete image of the graphical keypad having the complete image; and obtaining the character of a button selected by the user on said graphical keypad using said button-to-character assignment. generating a set of partial images which, when combined, form a complete image of a graphical keypad having a given button-to-character assignment, the buttons of the graphical keypad representing a set of characters; displaying the partial images in said set sequentially and cyclically so as to allow the human vision system of a user to form the complete image of the graphical keypad having the complete image; and obtaining the character of a button selected by the user on said graphical keypad using said button-to-character assignment.
An image decoding device adapted to decode an image by decoding, per a decoding unit, encoded data that includes encoded and quantized transform coefficients in which a prediction residual obtained by subtracting a predicted image from an original image is transformed and quantized per a transform unit, and the quantized transform coefficients are encoded, the image decoding device characterized by comprising: decoding means adapted for decoding a partial unit obtained by splitting the frequency domain of the transform unit in groups of coefficients, the partial unit being different from the transform unit and having a size smaller than that of the transform unit, and obtained by splitting the frequency domain of the transform unit in a square lattice shape, to infer non-zero transform coefficient presence information in the frequency domain indicating whether or not non-zero transform coefficients are included in that partial unit, or alternatively, to decode the non-zero transform coefficient presence information in the frequency domain from the encoded data, and in the case where the non-zero transform coefficient presence information in the frequency domain indicates that non-zero transform coefficients are present within that partial unit, to decode transform coefficients within that partial unit from the encoded data, said decoding means being adapted to infer that non-zero transform coefficients are present in the partial unit, in a case where the partial unit is a last partial unit in a processing order of a corresponding transform unit. decoding means adapted for decoding a partial unit obtained by splitting the frequency domain of the transform unit in groups of coefficients, the partial unit being different from the transform unit and having a size smaller than that of the transform unit, and obtained by splitting the frequency domain of the transform unit in a square lattice shape, to infer non-zero transform coefficient presence information in the frequency domain indicating whether or not non-zero transform coefficients are included in that partial unit, or alternatively, to decode the non-zero transform coefficient presence information in the frequency domain from the encoded data, and in the case where the non-zero transform coefficient presence information in the frequency domain indicates that non-zero transform coefficients are present within that partial unit, to decode transform coefficients within that partial unit from the encoded data, said decoding means being adapted to infer that non-zero transform coefficients are present in the partial unit, in a case where the partial unit is a last partial unit in a processing order of a corresponding transform unit.