mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a vascular prosthesis, the method comprising the steps of: (i) providing a conduit comprising a wall, the wall of the conduit comprising an inner surface and an outer surface, at least a section of the conduit being porous; (ii) adding a masking agent to at least a part of the porous section of the conduit; and (iii) adding a sealant to at least a part of the porous section of the conduit, the sealant being configured to mitigate movement of fluid through the wall of the conduit; wherein the masking agent is configured to mitigate presence of the sealant on the inner surface of the conduit; and wherein the method comprises one or more masking agent removal steps, the, or each, masking agent removal step comprising the step of removing at least a part of the masking agent from the conduit. (i) providing a conduit comprising a wall, the wall of the conduit comprising an inner surface and an outer surface, at least a section of the conduit being porous; (ii) adding a masking agent to at least a part of the porous section of the conduit; and (iii) adding a sealant to at least a part of the porous section of the conduit, the sealant being configured to mitigate movement of fluid through the wall of the conduit;
A method of initiating a ranging operation between a first device (D1) and a second device (D2), the method performed by the second device (D2) and comprising: transmitting , to the first device (D1), a fine timing measurement, FTM request frame indicating a number of types of non-legacy acknowledgement, ACK frame formats supported by the second device (D2), wherein the number of types of non-legacy ACK frame formats comprises one or more members of the group consisting of a high efficiency, HE protocol, a very high throughput, VHT protocol, and a high throughput, HT protocol, and the legacy ACK frame format comprises a non-HT protocol; receiving , from the first device (D1), a first FTM frame indicating capabilities of the first device to receive each of the number of types of non-legacy ACK frame formats supported by the second device (D2); selecting one of the number of types of non-legacy ACK frame formats or a legacy ACK frame format based, at least in part, on the indicated capabilities of the first device (D1); and transmitting an ACK frame to the first device (D1) in response to reception of the first FTM frame, the ACK frame transmitted using the selected ACK frame format. transmitting , to the first device (D1), a fine timing measurement, FTM request frame indicating a number of types of non-legacy acknowledgement, ACK frame formats supported by the second device (D2), wherein the number of types of non-legacy ACK frame formats comprises one or more members of the group consisting of a high efficiency, HE protocol, a very high throughput, VHT protocol, and a high throughput, HT protocol, and the legacy ACK frame format comprises a non-HT protocol; receiving , from the first device (D1), a first FTM frame indicating capabilities of the first device to receive each of the number of types of non-legacy ACK frame formats supported by the second device (D2); selecting one of the number of types of non-legacy ACK frame formats or a legacy ACK frame format based, at least in part, on the indicated capabilities of the first device (D1); and transmitting an ACK frame to the first device (D1) in response to reception of the first FTM frame, the ACK frame transmitted using the selected ACK frame format.
Arrangement comprising a fluid-insulated phase conductor , which is arranged in such a way that an electrically insulating fluid flows around it, wherein the phase conductor is divided at least in certain sections into a plurality of conductor tracks , characterized in that the conductor tracks support one another via supporting faces which are protected against direct contact with one another by an electrically insulating medium , and the phase conductor is arranged within an encapsulation housing , wherein the encapsulation housing is a pressure vessel.
A folding table , including: a table top having a top surface and a bottom surface; two opposing legs at or adjacent respective opposing ends of the table top; the legs being movable between an unfolded position for supporting the table top above a floor surface, and a folded position whereby the legs lie underneath the bottom surface; at least one roller device located towards an end of the table top; wherein the underside of the table top at one or both ends has cut out portions , the upper ends of the respective leg or legs have cut out portions , the cut out portions on the table top and the legs do not extend the full depth of the table top such they are not visible from the sides or ends, the cut out portion at one end and a cut out portion at a respective leg correspond to form a pocket on the inside of the corner when in the unfolded position; wherein the pocket is sized to receive the at least one roller device, whereby in the unfolded position the roller device is concealed behind the table top and leg, and in the folded position the roller is exposed to the end of the table top to allow rolling of the table in a tilted orientation along a floor surface. a table top having a top surface and a bottom surface; two opposing legs at or adjacent respective opposing ends of the table top; the legs being movable between an unfolded position for supporting the table top above a floor surface, and a folded position whereby the legs lie underneath the bottom surface; at least one roller device located towards an end of the table top; wherein the underside of the table top at one or both ends has cut out portions , the upper ends of the respective leg or legs have cut out portions , the cut out portions on the table top and the legs do not extend the full depth of the table top such they are not visible from the sides or ends, the cut out portion at one end and a cut out portion at a respective leg correspond to form a pocket on the inside of the corner when in the unfolded position; wherein the pocket is sized to receive the at least one roller device, whereby in the unfolded position the roller device is concealed behind the table top and leg, and in the folded position the roller is exposed to the end of the table top to allow rolling of the table in a tilted orientation along a floor surface.
An image reproducing apparatus comprising: a memory configured to store instructions; and a processor configured to execute the instructions to: obtain 360-degree content and a plurality of pieces of angle of view information corresponding to the 360-degree content, each piece of angle of view information containing a plurality of entries , each entry of the plurality of entries comprising a time point and an angle of view value indicating a region of the 360-degree content to be displayed at the time point; display a graphic user interface including one or more ranking identifiers, respective ranking identifier corresponding to a number of hits of a respective piece of angle of view information; receive a user input to select one of the ranking identifiers through the graphic user interface; in response to the user input, obtain a first piece of angle of view information corresponding to the selected ranking identifier; and reproduce the 360-degree content according to the obtained first piece of angle of view information. a memory configured to store instructions; and a processor configured to execute the instructions to: obtain 360-degree content and a plurality of pieces of angle of view information corresponding to the 360-degree content, each piece of angle of view information containing a plurality of entries , each entry of the plurality of entries comprising a time point and an angle of view value indicating a region of the 360-degree content to be displayed at the time point; display a graphic user interface including one or more ranking identifiers, respective ranking identifier corresponding to a number of hits of a respective piece of angle of view information; receive a user input to select one of the ranking identifiers through the graphic user interface; in response to the user input, obtain a first piece of angle of view information corresponding to the selected ranking identifier; and reproduce the 360-degree content according to the obtained first piece of angle of view information. obtain 360-degree content and a plurality of pieces of angle of view information corresponding to the 360-degree content, each piece of angle of view information containing a plurality of entries , each entry of the plurality of entries comprising a time point and an angle of view value indicating a region of the 360-degree content to be displayed at the time point; display a graphic user interface including one or more ranking identifiers, respective ranking identifier corresponding to a number of hits of a respective piece of angle of view information; receive a user input to select one of the ranking identifiers through the graphic user interface; in response to the user input, obtain a first piece of angle of view information corresponding to the selected ranking identifier; and reproduce the 360-degree content according to the obtained first piece of angle of view information.
A cleaner capable of autonomously traveling while performing a mopping task, the cleaner comprising: a body which defines an exterior appearance of the cleaner; at least one mop module which has at least one mop provided in contact with a floor, and which supports the body against the floor; at least one specific part comprises the at least one mop, is a whole or part of the at least one mop module, and is defined such that the at least one specific part is provided detachable from other parts of the cleaner except for the at least one specific part and that the body tilts in relation to the floor due to gravity while the at least one specific part is separated from the other parts; characterized in that the cleaner further comprises: a tilt information acquisition unit configured to acquire tilt information of the body in relation to the floor; and a controller configured to: based on at least the tilt information, determine whether a predetermined detachments condition is satisfied, the detachments condition is preset to be satisfied when the specific part is separated from the other parts; and control the cleaner to perform a predetermined mop separation error response operation when the detachments condition is satisfied. a body which defines an exterior appearance of the cleaner; at least one mop module which has at least one mop provided in contact with a floor, and which supports the body against the floor; at least one specific part comprises the at least one mop, is a whole or part of the at least one mop module, and is defined such that the at least one specific part is provided detachable from other parts of the cleaner except for the at least one specific part and that the body tilts in relation to the floor due to gravity while the at least one specific part is separated from the other parts; characterized in that the cleaner further comprises: a tilt information acquisition unit configured to acquire tilt information of the body in relation to the floor; and a controller configured to: based on at least the tilt information, determine whether a predetermined detachments condition is satisfied, the detachments condition is preset to be satisfied when the specific part is separated from the other parts; and control the cleaner to perform a predetermined mop separation error response operation when the detachments condition is satisfied. based on at least the tilt information, determine whether a predetermined detachments condition is satisfied, the detachments condition is preset to be satisfied when the specific part is separated from the other parts; and control the cleaner to perform a predetermined mop separation error response operation when the detachments condition is satisfied.
A polyamide resin production method for producing a polyamide resin through polycondensation of a polyamide oligomer using an extruder including an intermeshed co-rotation twin screw within a cylinder, the polyamide oligomer comprising: a diamine unit comprising 70 mol% or more of a diamine unit selected from an aromatic diamine unit represented by the following general formula (1-1) and an alicyclic diamine unit represented by the following general formula (1-2); and a dicarboxylic acid unit comprising 50 mol% or more of a dicarboxylic acid unit selected from a linear aliphatic dicarboxylic acid unit represented by the following general formula (II-1) and an aromatic dicarboxylic acid unit represented by the following general formula (II-2), the production method comprising supplying the polyamide oligomer having a relative viscosity of from 1.1 to 1.3 and a water content of 3% by mass or less from a supply port into the cylinder and melt-kneading the polyamide oligomer in the cylinder to produce the polyamide resin through polycondensation, the extruder comprising an open vent , an open vent , and a vacuum vent, the open vent being arranged at at least one of a position above the supply port or a position on an upstream end side with respect to a position of the supply port in the cylinder, the extruder further comprising a pressure-decreasing element arranged on an upstream side with respect to a position of the vacuum vent, the open vent being arranged on a side downstream with respect to the position of the supply port in the cylinder and upstream with respect to a position of the pressure-decreasing element, a flow rate measured at a height of 1 m above a vent port of the open vent using an anemometer being 0.1 m/s or more, an area of 50% or less of a total screw length of the extruder comprising a vacuum area at 0.04 MPa (300 torr) or less: wherein, in the general formula (II-1), n represents an integer of from 2 to 18, and in the general formula (II-2), Ar represents an arylene group, wherein the relative viscosity is determined by (i) dissolving 0.2 g of the polyamide oligomer in 20 ml of 96% sulfuric acid, and measuring the dropping time (t) thereof at 25°C by using a Cannon Fenske-type viscometer, (ii) measuring the dropping time (t 0 ) of 96% sulfuric acid in the same manner, and (iii) calculating the relative viscosity of the polyamide oligomer as follows: Relative Viscosity = t / t 0 . (i) dissolving 0.2 g of the polyamide oligomer in 20 ml of 96% sulfuric acid, and measuring the dropping time (t) thereof at 25°C by using a Cannon Fenske-type viscometer, (ii) measuring the dropping time (t 0 ) of 96% sulfuric acid in the same manner, and (iii) calculating the relative viscosity of the polyamide oligomer as follows: Relative Viscosity = t / t 0 .
A device for delivering an agent into a cell, wherein said device comprises: a rigid first substrate comprising a first surface, a second surface on the side opposite said first surface and an array of micro-orifices, where said micro-orifices penetrate through said substrate from said first surface to said second surface, where said micro-orifices have a maximum diameter of less than about 10 μm and at least a portion of a wall or lip of a plurality of said micro-orifices and/or regions of said first surface adjacent to said micro-orifices is coated with a thin film coating of a material that heats up when exposed to optical radiation; a fluid channel or fluid reservoir disposed adjacent to said second surface where said channel or reservoir is in fluid communication with a plurality of micro-orifices comprising said array of micro-orifices; a deformable membrane pump integrated into said device forming a portion of said fluid channel or reservoir and configured to actively pump a reagent to be delivered into said cell through said array of micro-orifices; a second substrate comprising a coverslip or other transparent, planar substrate, where said second substrate is configured to support said cell such that said cell may be disposed between said second substrate and the face of the first surface of the rigid first substrate; where the face of said first surface is disposed to receive and support and/or contain cells disposed between said second substrate and the face of said first substrate; and where said rigid substrate is formed from a material selected from the group consisting of silicon, quartz, a rigid polymer, and a ceramic. where said micro-orifices penetrate through said substrate from said first surface to said second surface, where said micro-orifices have a maximum diameter of less than about 10 μm and at least a portion of a wall or lip of a plurality of said micro-orifices and/or regions of said first surface adjacent to said micro-orifices is coated with a thin film coating of a material that heats up when exposed to optical radiation; a fluid channel or fluid reservoir disposed adjacent to said second surface where said channel or reservoir is in fluid communication with a plurality of micro-orifices comprising said array of micro-orifices; a deformable membrane pump integrated into said device forming a portion of said fluid channel or reservoir and configured to actively pump a reagent to be delivered into said cell through said array of micro-orifices; a second substrate comprising a coverslip or other transparent, planar substrate, where said second substrate is configured to support said cell such that said cell may be disposed between said second substrate and the face of the first surface of the rigid first substrate; where the face of said first surface is disposed to receive and support and/or contain cells disposed between said second substrate and the face of said first substrate; and where said rigid substrate is formed from a material selected from the group consisting of silicon, quartz, a rigid polymer, and a ceramic.
A packet forwarding method, comprising: receiving a content request packet, wherein the content request packet carries a content name of requested content and container information, the container information comprises a container identifier and a resolvable flag of a container storing the requested content, and the resolvable flag is used to identify whether the container is resolvable; determining whether a forwarding entry matching the content name of the requested content exists in a forwarding information base FIB; when no forwarding entry matching the content name of the requested content exists in the FIB, determining whether a forwarding entry matching the container identifier carried in the content request packet exists in the FIB; and when no forwarding entry matching the container identifier carried in the content request packet exists in the FIB, determining container information of an access container of a resolvable container when the resolvable flag carried in the content request packet identified that the container is resolvable, so as to determine a forwarding route for the content request packet according to the container information of the access container of the resolvable container; wherein the container is a storage space used to store a group of content. receiving a content request packet, wherein the content request packet carries a content name of requested content and container information, the container information comprises a container identifier and a resolvable flag of a container storing the requested content, and the resolvable flag is used to identify whether the container is resolvable; determining whether a forwarding entry matching the content name of the requested content exists in a forwarding information base FIB; when no forwarding entry matching the content name of the requested content exists in the FIB, determining whether a forwarding entry matching the container identifier carried in the content request packet exists in the FIB; and when no forwarding entry matching the container identifier carried in the content request packet exists in the FIB, determining container information of an access container of a resolvable container when the resolvable flag carried in the content request packet identified that the container is resolvable, so as to determine a forwarding route for the content request packet according to the container information of the access container of the resolvable container; wherein the container is a storage space used to store a group of content.
Method for measuring an internal pressure (ICP1, ICP2) of a compartment , in particular a muscle compartment, in which an ultrasonic measuring unit coupled to a pressure measuring device is placed on a tissue , under which the compartment to be measured is located, and a pressure p on the tissue is increased by exerting a force F, characterized in that the pressure p and the extension E(p) of the compartment extending in the direction of the force F are measured simultaneously during the exertion of the force F on the tissue , in that the change ΔE in the extension E(p) in the event of a defined change Δp in the pressure p is determined by comparing the measured extension E(p) with an initial extension E0 or by comparing two successive measured values of the extension E(p) and in that the internal pressure (ICP1, ICP2) is determined from a change Δp in the pressure p acting on the compartment and a change ΔE in an extension E(p) of the compartment occurring during the action of the pressure p, wherein the internal pressure (ICP1, ICP2) is determined as the pressure p at which the change ΔE of the extension in the form of a decrease in the extension E(p) by the change Δp of the pressure p in the form of an increase in the pressure p reaches or exceeds a defined threshold value SW for the first time. in that the pressure p and the extension E(p) of the compartment extending in the direction of the force F are measured simultaneously during the exertion of the force F on the tissue , in that the change ΔE in the extension E(p) in the event of a defined change Δp in the pressure p is determined by comparing the measured extension E(p) with an initial extension E0 or by comparing two successive measured values of the extension E(p) and in that the internal pressure (ICP1, ICP2) is determined from a change Δp in the pressure p acting on the compartment and a change ΔE in an extension E(p) of the compartment occurring during the action of the pressure p, wherein the internal pressure (ICP1, ICP2) is determined as the pressure p at which the change ΔE of the extension in the form of a decrease in the extension E(p) by the change Δp of the pressure p in the form of an increase in the pressure p reaches or exceeds a defined threshold value SW for the first time.
Electrical machine , in particular an alternator, comprising a rotor which comprises an axis of rotation , a stator consisting of a stator iron and a stator winding which is inserted therein and comprises conductor ends which are connected to a rectifier device , a regulator for regulating an excitation current and a cooling device in the rectifier device , comprising a first heat sink which comprises at least one socket , at which a current rectifier is accommodated, comprising a second heat sink , wherein the heat sink comprises at least one socket , at which a current rectifier is accommodated, comprising a connection unit , which connects the current rectifiers to form a bridge circuit, wherein the connection unit comprises a plurality of integrally formed guiding bushes , in which conductor ends of the stator winding may be accommodated, characterized in that a guiding bush is shorter than other guiding bushes and is disposed between the stator winding and a regulator of the electrical machine in the direction of the axis of rotation , and the connection unit comprises an arm , connecting the shorter guiding bush at a free end of the arm integrally with the other guiding bushes , wherein the arm is arc-shaped and the arc-shaped arm extends around a radially inner side of a mounting bush. verläuft.