mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining placement of a wireless, mesh network extender, the method comprising the steps of: • establishing a connection with a wireless mesh network comprising a Central Access Point; • building a list of points of measurement of signal quality of said wireless, mesh network; • for each measurement point (MP) from the list of points of measurement, carry out step1 to step7: • step1: assuming a default value of its score; • step2: checking for a next available measurement point, the measurement point having an associated location; and if present, computing a quality measure for all measured points in the associated location; • step3: computing a distance N from the measurement point (MP) to the associated location; • step4: finding all measurement points whose distance from their respective Mesh Access Points is equal to N; • step5: computing a combined signal quality for all measurement points found at the finding step in order to arrive at a potential signal quality; • step6: checking whether the computed potential signal quality is better than said quality measure for all measured points in the associated location and if it is, updating the score; • step7: moving back to the step of checking for a next available measurement point and repeating the remaining steps in order to find the highest score; * outputting a suggestion as to placement of a new Mesh Access Point based on the measurement point with the highest score. • establishing a connection with a wireless mesh network comprising a Central Access Point; • building a list of points of measurement of signal quality of said wireless, mesh network; • for each measurement point (MP) from the list of points of measurement, carry out step1 to step7: • step1: assuming a default value of its score; • step2: checking for a next available measurement point, the measurement point having an associated location; and if present, computing a quality measure for all measured points in the associated location; • step3: computing a distance N from the measurement point (MP) to the associated location; • step4: finding all measurement points whose distance from their respective Mesh Access Points is equal to N; • step5: computing a combined signal quality for all measurement points found at the finding step in order to arrive at a potential signal quality; • step6: checking whether the computed potential signal quality is better than said quality measure for all measured points in the associated location and if it is, updating the score; • step7: moving back to the step of checking for a next available measurement point and repeating the remaining steps in order to find the highest score; * outputting a suggestion as to placement of a new Mesh Access Point based on the measurement point with the highest score. * outputting a suggestion as to placement of a new Mesh Access Point based on the measurement point with the highest score.
A computer-implemented method for the secure and dynamic reloading of additional software (SW) from a WebRTC server to a WebRTC client, wherein the software (SW) is an audio or video codec, and wherein the WebRTC client is provided as a WebRTC browser, characterized in that the method comprises the following steps: - carrying out signaling to a predetermined WebRTC server to establish a connection and to develop the corresponding capabilities of the WebRTC browser; - establishing a WebRTC data channel as a WebRTC useful data link from a WebRTC browser to a predetermined server address of the WebRTC server and negotiating properties of the WebRTC data channel between the WebRTC browser and an application of the WebRTC server; - transferring a file having audio or video codec to be reloaded via the WebRTC data channel from the WebRTC server to the WebRTC browser; - installing the transferred audio or video codec via a browser application programming interface of the WebRTC browser; - using the reloaded audio or video codec to establish a useful channel different from the data channel via an RTC peer connection and by means of the secure real-time transport protocol for transferring audio and/or video data. - carrying out signaling to a predetermined WebRTC server to establish a connection and to develop the corresponding capabilities of the WebRTC browser; - establishing a WebRTC data channel as a WebRTC useful data link from a WebRTC browser to a predetermined server address of the WebRTC server and negotiating properties of the WebRTC data channel between the WebRTC browser and an application of the WebRTC server; - transferring a file having audio or video codec to be reloaded via the WebRTC data channel from the WebRTC server to the WebRTC browser; - installing the transferred audio or video codec via a browser application programming interface of the WebRTC browser; - using the reloaded audio or video codec to establish a useful channel different from the data channel via an RTC peer connection and by means of the secure real-time transport protocol for transferring audio and/or video data.
A method for manufacturing a stacked thin film , comprising: forming a photoelectric conversion layer on a first transparent electrode , disposed on a substrate , by sputtering using a target mainly composed of copper, characterised in that : said formation of the photoelectric conversion layer is carried out in an atmosphere at an oxygen partial pressure in a range of 0.01 [Pa] or more and 4.8 [Pa] or less, and the oxygen partial pressure is 0.5 × d [Pa] or more and 1.5 × d [Pa] or less when a deposition rate is d [μm/min], in formation of the photoelectric conversion layer, and a sputtering temperature is 300°C or more and 600°C or less, the sputtering temperature being the temperature of the substrate, in formation of the photoelectric conversion layer. said formation of the photoelectric conversion layer is carried out in an atmosphere at an oxygen partial pressure in a range of 0.01 [Pa] or more and 4.8 [Pa] or less, and the oxygen partial pressure is 0.5 × d [Pa] or more and 1.5 × d [Pa] or less when a deposition rate is d [μm/min], in formation of the photoelectric conversion layer, and a sputtering temperature is 300°C or more and 600°C or less, the sputtering temperature being the temperature of the substrate, in formation of the photoelectric conversion layer.
A method of engaging a drive input of a teleoperative medical system , the method comprising: receiving an input coupling adjacent to the drive input , the drive input being driven by an actuating element , the input coupling being coupled to a joint output , the joint output being connected to a movable object ; rotating the actuating element until a resistance torque is experienced by the actuating element ; and determining, based upon the resistance torque, whether the drive input has engaged the input coupling . receiving an input coupling adjacent to the drive input , the drive input being driven by an actuating element , the input coupling being coupled to a joint output , the joint output being connected to a movable object ; rotating the actuating element until a resistance torque is experienced by the actuating element ; and determining, based upon the resistance torque, whether the drive input has engaged the input coupling .
A device for removal of obstructive material from a vessel comprising: an expandable structure sized for insertion into the vessel ; and one or more portion protruding radially from a central longitudinal axis of said expandable structure such that a space between said protruding portion and a closest other portion of said expandable structure includes a radial component (D2, D4, D6, D8, d, d'); wherein said space is sized and shaped to be suitable to accept obstructive material ; characterized in that said expandable structure includes a woven structure, said protrusion and said closest portion forming warp and weft wires of said woven structure. an expandable structure sized for insertion into the vessel ; and one or more portion protruding radially from a central longitudinal axis of said expandable structure such that a space between said protruding portion and a closest other portion of said expandable structure includes a radial component (D2, D4, D6, D8, d, d'); wherein said space is sized and shaped to be suitable to accept obstructive material ; characterized in that said expandable structure includes a woven structure, said protrusion and said closest portion forming warp and weft wires of said woven structure.
A method of detecting an arterial plaque rupture in an artery of a subject, comprising: detecting expression of at least one of micro RNA-221 (miR-221) and miR-222 in a sample obtained from the subject, detecting expression of circular RNA-284 (circR-284) in the sample obtained from the subject; calculating the ratio of the expression of the expression level of circR-284 to at least one of miR-221 and miR-222, wherein a ratio of circR-284 to miR-221 or miR-222 greater than a reference value indicative of a no rupture indicates that the subject has experienced arterial plaque rupture; and, optionally, detecting the expression of miR-145. detecting expression of at least one of micro RNA-221 (miR-221) and miR-222 in a sample obtained from the subject, detecting expression of circular RNA-284 (circR-284) in the sample obtained from the subject; calculating the ratio of the expression of the expression level of circR-284 to at least one of miR-221 and miR-222, wherein a ratio of circR-284 to miR-221 or miR-222 greater than a reference value indicative of a no rupture indicates that the subject has experienced arterial plaque rupture; and, optionally, detecting the expression of miR-145.
Method for producing a simultaneously biaxially stretched film for film capacitors comprising at least one syndiotactic polystyrene-type homopolymer, comprising the steps of: - melting the polymer, - extruding the polymer from a slot die to produce a melt, - cooling the resulting melt on a chill roll to produce a cast film (F), the temperature of the chill roll being set to a temperature in the range of from 70 to 130°C, - tension separation of the cast film (F) between the chill roll and the stretching furnace, - simultaneous stretching of the film in the longitudinal direction and in the transverse direction in the stretching oven, characterised in that in mixtures of syndiotactic polystyrene-type homopolymers with other polymers which are not syndiotactic polystyrene-type homopolymers, the amount of the other polymers is limited to a range of from 0.1 to 10 wt.%. - melting the polymer, - extruding the polymer from a slot die to produce a melt, - cooling the resulting melt on a chill roll to produce a cast film (F), the temperature of the chill roll being set to a temperature in the range of from 70 to 130°C, - tension separation of the cast film (F) between the chill roll and the stretching furnace, - simultaneous stretching of the film in the longitudinal direction and in the transverse direction in the stretching oven,
Powder dispensing apparatus for dispensing a pre-determined amount of a powder in use, said apparatus including dispensing means having an inlet aperture for allowing powder to enter the dispensing means in use, an outlet aperture for allowing powder containable within the dispensing means in use to be dispensed therefrom during a dispensing action of the apparatus , and channel means provided between the inlet aperture and the outlet aperture for allowing powder to move between the inlet aperture and the outlet aperture in use, and wherein recess means are defined in the channel means , dimensions of the recess means defining the pre-determined amount of powder that can be delivered through the outlet aperture for each dispensing action of the apparatus , and wherein the inlet aperture is arranged such that excess powder contained in the channel means that cannot fit into the recess means is able to pass through said inlet aperture and out of the channel means in use prior to a dispensing action of product from the outlet aperture , wherein the apparatus includes a deformable container in which the dispensing means are located, the apparatus arranged such that deformation of the container as a result of one or more sides of the container being squeezed in use allows a volume of air or gas containable within the container to be propelled through the inlet aperture , channel means and outlet aperture and, as the propelled air passes the recess means , powder contained within the recess means is carried out through the outlet aperture to provide the dispensing action.
Connector for connecting at least three rods to form a lattice framework, comprising a body having at least three connector holes formed for receiving the rods , the connector holes having a hole cross-sectional shape corresponding to a rod cross-sectional shape and a hole depth dimensioned in such a way that the rods can be fixed precisely in position on the body , characterised in that an outer surface of the body is described in sections by an equipotential surface of line charges defined by the position and rod cross-sectional shape of the rods fixed to the body , with a line potential V L found by integrating a generating point potential V P ∼ 1 / r n , where r is the distance of the point for which the potential is to be calculated from the location of the point charge, and n ≥ 1 and n is an integer.
An apparatus , comprising: an acquiring unit configured to acquire data destined for a second terminal device which is transmitted from a first terminal device to a base station of a cellular system (1-1, 1-2); and a control unit configured to control transmission of the data in a manner that the data is transferred from the first terminal device to the second terminal device without going through a gateway configured to perform data transfer in the cellular system, wherein the control unit is configured to control transmission of information related to the data to the gateway or a specific node ; wherein the information related to the data includes information indicating an amount of the data and/or an amount of radio resources used for transmission of the data. an acquiring unit configured to acquire data destined for a second terminal device which is transmitted from a first terminal device to a base station of a cellular system (1-1, 1-2); and a control unit configured to control transmission of the data in a manner that the data is transferred from the first terminal device to the second terminal device without going through a gateway configured to perform data transfer in the cellular system, wherein the control unit is configured to control transmission of information related to the data to the gateway or a specific node ;
Electrolyser comprising at least two electrolysis cells which are electrically connected in series and are connected to one another by means of supply and discharge systems, each electrolysis cell comprising at least one discharge line for electrolyte and each electrolysis cell comprising at least one feed line for electrolyte leading into the electrolysis cell, at least one discharge line or at least one feed line being provided with at least one hole through which electrolyte flows out in an at least temporarily discontinuous volume flow with drop formation, characterized in that the discharge line or the feed line is configured as a tube which is oriented vertically or the tube axis of which has an angular deviation with respect to the perpendicular of a maximum of 40°, the tube being configured with at least one hole in the circumferential region.
Method for mounting a mirror mount for a Head-Up Display in a housing , the housing comprising a through-hole between a mounting side of the housing and an accessible side of the housing ; wherein the method comprises: - attaching a first end of a spring to the mirror mount ; - providing the mirror mount at the mounting side of the housing ; - leading the spring through the through-hole of the housing ; - attaching a stopper onto a second end of the spring , wherein the stopper is configured to have a size such that it cannot pass the through-hole ; and - at the accessible side of the housing , releasing the second end of the spring such that the stopper is retained at the accessible side of the housing or in the through-hole of the housing . - attaching a first end of a spring to the mirror mount ; - providing the mirror mount at the mounting side of the housing ; - leading the spring through the through-hole of the housing ; - attaching a stopper onto a second end of the spring , wherein the stopper is configured to have a size such that it cannot pass the through-hole ; and - at the accessible side of the housing , releasing the second end of the spring such that the stopper is retained at the accessible side of the housing or in the through-hole of the housing .
Device for detecting a voltage system which is applied to an overhead wire section for a rail vehicle installation, the rail vehicle installation comprising, in addition to the overhead wire section , at least one rail vehicle and the device , wherein the device comprises at least one measuring arrangement located between the overhead wire section and a roof area of the rail vehicle , wherein the measuring arrangement is connected to at least one evaluation unit , and wherein the measuring arrangement comprises at least one capacitor unit , characterized in that the device comprises at least two measuring arrangements, wherein the at least two capacitor units comprise the overhead wire section and one sensor element each, and wherein at least two current measuring units each connecting a sensor element to the roof area of the rail vehicle .
Vehicle door handle having a handle housing, wherein the handle housing is formed from at least two shell components , with at least one circuit board which is equipped with electronic components and is accommodated in the handle housing, with at least one plug-in connector which is arranged outside the housing so as to make contact with the circuit board , wherein the plug-in connector has a plurality of contacts which are connected to electrical lines that extend into the housing and as far as the circuit board , wherein the circuit board is situated on and affixed to a support in the handle housing, wherein the support is constructed integrally with the plug-in connector as an injection-moulded part and wherein the electrical lines are overmoulded in the support as metal conductors and at least some of the metal conductors protrude out of the injection-moulded part in the region of the plug-in connector and the circuit board for the purpose of making contact, characterized in that the support has a retaining element for the circuit board , which holds the circuit board on the support with clipping or detent means. with at least one circuit board which is equipped with electronic components and is accommodated in the handle housing, with at least one plug-in connector which is arranged outside the housing so as to make contact with the circuit board , wherein the plug-in connector has a plurality of contacts which are connected to electrical lines that extend into the housing and as far as the circuit board , wherein the circuit board is situated on and affixed to a support in the handle housing, wherein the support is constructed integrally with the plug-in connector as an injection-moulded part and wherein the electrical lines are overmoulded in the support as metal conductors and at least some of the metal conductors protrude out of the injection-moulded part in the region of the plug-in connector and the circuit board for the purpose of making contact, characterized in that the support has a retaining element for the circuit board , which holds the circuit board on the support with clipping or detent means.
A Polyphase electrical machine with n phases, n≥3, including a casing defining a longitudinal axis, a stator and a rotor including a mechanical drive shaft , the electrical machine being equipped with a power electronics and a coolant circuit, said power electronics being formed of n power electronic modules evenly distributed over an inner circumference of a longitudinal extension of said casing whose outer circumference is covered with a single annular DC bus decoupling capacitor electrically connected to said n power electronic modules, machine characterized in that said coolant circuit includes a plurality of U-shaped tubes with a tubular outgoing part extending over an entire length of the casing and including said longitudinal casing extension and a shorter tubular return part , extending over a casing length excluding said longitudinal casing extension.
Numeric control apparatus for feeding at least one sheet or a multilayer of sheets of material to be processed, comprising: - a processing chamber or room ; - conveying means adapted to feed the sheet into said processing chamber along a forward direction (Y); - tool heads adapted to operate on the sheet in said processing chamber ; and - an accessory device associated with said apparatus for facilitating the feeding of sheets of material to be processed towards a conveyor belt of the apparatus, characterized in that said accessory device comprises a movable support plane that is angularly retractable from a rest position below said conveyor belt and an operative position cantilever extended close to the proximal end of the conveyor belt. - a processing chamber or room ; - conveying means adapted to feed the sheet into said processing chamber along a forward direction (Y); - tool heads adapted to operate on the sheet in said processing chamber ; and - an accessory device associated with said apparatus for facilitating the feeding of sheets of material to be processed towards a conveyor belt of the apparatus,