mhurhangee/patent-ind-claim-en huggingface dataset:
Method for winding wire onto at least one tooth of a component of an electric machine , wherein the component has a base body having a plurality of teeth arranged on the base body , wherein each tooth is bounded on one side by the base body and on the other side by a flange , wherein between two immediately adjacent teeth there is arranged a groove , which has a groove slot as an opening which is bounded by immediately adjacent flanges , wherein, in the method, use is made of a winding needle at the end of which a wire delivery nozzle is arranged, wherein, when carrying out the method: - the wire delivery nozzle is arranged within a groove beside a respective tooth to be wrapped, and the winding needle is guided through a groove slot of said groove , - and the component of the electric machine and a rod-shaped needle holder which holds the winding needle and for which a needle holder axis is defined, said needle holder axis crossing the winding needle at the end opposite the wire delivery nozzle , are moved relative to each other with respect to a resulting axis of rotation , which extends in the region of a respective groove slot through which the winding needle is guided, wherein the winding needle is oriented in the direction of the respective tooth to be wrapped and wire is delivered from the wire delivery nozzle , wherein the needle holder with the winding needle and the needle holder axis are rotated eccentrically around the resulting axis of rotation , wherein the respective resulting axis of rotation extends parallel to the edges of the immediately adjacent flanges , i.e. substantially parallel to the groove slot, through the point on the winding needle which is currently situated inside the groove slot. - the wire delivery nozzle is arranged within a groove beside a respective tooth to be wrapped, and the winding needle is guided through a groove slot of said groove , - and the component of the electric machine and a rod-shaped needle holder which holds the winding needle and for which a needle holder axis is defined, said needle holder axis crossing the winding needle at the end opposite the wire delivery nozzle , are moved relative to each other with respect to a resulting axis of rotation , which extends in the region of a respective groove slot through which the winding needle is guided, wherein the winding needle is oriented in the direction of the respective tooth to be wrapped and wire is delivered from the wire delivery nozzle ,
A first near-field electromagnetic induction (NFEMI) device, comprising an NFEMI antenna, and a controller configured to be coupled to the NFEMI antenna and to a structure; wherein the NFEMI antenna includes electric (E) near-field and magnetic (H) near-field generating and/or receiving portions; wherein the controller is configured to modulate a ratio of energy sent to and/or received from the electric and magnetic portions characterized in that the controller is configured to receive a signal corresponding to whether the structure is between the first NFEMI device and a second NFEMI device; and the controller is configured to decrease the ratio of energy sent to and/or received from the electric (E) portion as compared to energy sent to and/or received from the magnetic (H) portion if the structure is between the first and second NFEMI devices.
A device for the administration of carboxytherapy comprising: - a pressure container of carbon dioxide defining an internal volume , - control means and command means for said device , - an injection needle , suitable for subcutaneous insertion and defining an internal channel , - a channelling circuit in a fluidic through connection with said internal volume of said pressure container and with said internal channel of said injection needle , - said channelling circuit comprising an output valve , suitable to open or close said channelling circuit , and an intermediate tank suitable to store said carbon dioxide under pressure in proximity to said injection needle , - pressure regulation means suitable to measure a back pressure and to regulate the outlet pressure of the carbon dioxide flow in such a way that the difference between the latter and said back pressure is constant, so to compensate the back pressure which the carbon dioxide flow encounters at the outlet of said internal channel of said injection needle , - heating means for heating the flow of CO 2 , characterized by said output valve being configured to open or close said channelling circuit with an activation frequency adjustable and greater than 0.5 Hz with a flow adjustable and greater than 100 cm 3 /min, wherein said activation takes place with a duty cycle which is adjustable between 0.2 and 0.8. - a pressure container of carbon dioxide defining an internal volume , - control means and command means for said device , - an injection needle , suitable for subcutaneous insertion and defining an internal channel , - a channelling circuit in a fluidic through connection with said internal volume of said pressure container and with said internal channel of said injection needle , - said channelling circuit comprising an output valve , suitable to open or close said channelling circuit , and an intermediate tank suitable to store said carbon dioxide under pressure in proximity to said injection needle , - pressure regulation means suitable to measure a back pressure and to regulate the outlet pressure of the carbon dioxide flow in such a way that the difference between the latter and said back pressure is constant, so to compensate the back pressure which the carbon dioxide flow encounters at the outlet of said internal channel of said injection needle , - heating means for heating the flow of CO 2 ,
Combustion module comprising a body comprising one or more combustion chambers (C1, C2, C1', C2'), at least one first supply channel of the combustion chamber or of each combustion chamber at a longitudinal end of the combustion chamber or of each combustion chamber, at least one discharge channel of said combustion chamber or of each combustion chamber at another longitudinal end of the combustion chamber or of each combustion chamber, with the combustion chamber or each combustion chamber being of the turbulence combustion chamber type, and comprising a combustion zone defined by a lateral surface, characterised in that said first supply channel is arranged in relation to the lateral surface such that the at least one gas injected into the chamber is injected substantially tangentially to the lateral surface, with the body comprising a combustion portion made from a material that has a first thermal conductivity, preferably having a thermal conductivity greater than 100 W/m.K, said combustion portion comprising the combustion zone, with the body also comprising at least one end portion made from a material that has a second thermal conductivity that is lower than the combustion portion, said end portion comprising a first longitudinal end of the combustion chamber or of each combustion chamber.
A method for handling Radio Link Failure, RLF, in a Multi-RAT Dual Connectivity, MRDC, system comprising a User Equipment, UE, connected to a Master Node, MN, and at least one Secondary Node, SN, the method comprises: detecting, by the UE, a RLF with the MN; after detecting the RLF with the MN, determining, by the UE, whether a SN termination condition, for terminating a connection with one SN of the at least one SN is met, wherein the SN termination condition comprises receiving a Radio Resource Control, RRC, release message related to the one SN at the UE; after detecting the RLF with the MN, initiating, by the UE, an RRC connection re-establishment procedure for the MN and a first timer related to the RRC re-establishment procedure for the MN; maintaining, by the UE, a connection with the one SN in response to determining that the SN termination condition is not met; and releasing, by the UE, the connection with the one SN in response to determining that the SN termination condition is met or that the first timer has expired, wherein context of the UE is maintained by the MN for a time period longer than a duration of the first timer, after detection of the RLF with the MN. detecting, by the UE, a RLF with the MN; after detecting the RLF with the MN, determining, by the UE, whether a SN termination condition, for terminating a connection with one SN of the at least one SN is met, wherein the SN termination condition comprises receiving a Radio Resource Control, RRC, release message related to the one SN at the UE; after detecting the RLF with the MN, initiating, by the UE, an RRC connection re-establishment procedure for the MN and a first timer related to the RRC re-establishment procedure for the MN; maintaining, by the UE, a connection with the one SN in response to determining that the SN termination condition is not met; and releasing, by the UE, the connection with the one SN in response to determining that the SN termination condition is met or that the first timer has expired, wherein context of the UE is maintained by the MN for a time period longer than a duration of the first timer, after detection of the RLF with the MN.
An extruded polymer foam, the foam comprising a polymer matrix defining cells therein wherein the foam is characterized by : (a) the polymer matrix comprising styrene-acrylonitrile copolymer and 0.1 to 10 weight-percent infrared attenuator, based on foam weight, dispersed in the polymer matrix; (b) the cells having average sizes in the foam vertical, horizontal and extrusion directions, as determined by ASTM D-3576, such that i. the average size in the foam's vertical direction of 150 micrometers or less; ii. the ratio of average vertical direction cell size to average extrusion direction cell size that is greater than one; and iii. the cell anisotropic ratio that is greater than 1.1; (c) having a P-Ratio of 0.7 or less, determined according to the method in the description with compressive strength values determined according to ASTM D1621; (d) having less than 0.2 moles of hydrocarbon blowing agents in the cells per kilogram of foam as determined by gas chromatography; (e) having a density of 20 to 48 kilograms per cubic meter as determined by ASTM D1622; and (f) having an average 25-year thermal conductivity that is 0.030 Watts per meter-Kelvin or less when free of fluorinated blowing agents and less than 0.028 Watts per meter-Kelvin when containing fluorinated blowing agent, with 25-year thermal conductivity as determined by the slicing technique of EN13164. (a) the polymer matrix comprising styrene-acrylonitrile copolymer and 0.1 to 10 weight-percent infrared attenuator, based on foam weight, dispersed in the polymer matrix; (b) the cells having average sizes in the foam vertical, horizontal and extrusion directions, as determined by ASTM D-3576, such that i. the average size in the foam's vertical direction of 150 micrometers or less; ii. the ratio of average vertical direction cell size to average extrusion direction cell size that is greater than one; and iii. the cell anisotropic ratio that is greater than 1.1; i. the average size in the foam's vertical direction of 150 micrometers or less; ii. the ratio of average vertical direction cell size to average extrusion direction cell size that is greater than one; and iii. the cell anisotropic ratio that is greater than 1.1; (c) having a P-Ratio of 0.7 or less, determined according to the method in the description with compressive strength values determined according to ASTM D1621; (d) having less than 0.2 moles of hydrocarbon blowing agents in the cells per kilogram of foam as determined by gas chromatography; (e) having a density of 20 to 48 kilograms per cubic meter as determined by ASTM D1622; and (f) having an average 25-year thermal conductivity that is 0.030 Watts per meter-Kelvin or less when free of fluorinated blowing agents and less than 0.028 Watts per meter-Kelvin when containing fluorinated blowing agent, with 25-year thermal conductivity as determined by the slicing technique of EN13164.
An LED display screen with protective devices, comprising two or more display screen boxes, wherein each of two adjacent display screen boxes is provided with a first protective device and a second protective device which are retractable; the first protective device is disposed on one side of one display screen box, the second protective device is disposed on one side of the other display screen box of the two adjacent display screen boxes, and the first protective device and the second protective device are correspondingly arranged; the first protective device is able to link with the second protective device ; and a portion of the first protective device and the second protective device respectively protrude from the display screen boxes when the two adjacent display screen boxes are not spliced, and wherein both the first protective device and the second protective device comprise a parallel four-linkage mechanism which comprises a protective plate , and the protective plate is disposed to protrude from the display screen box when the two adjacent display screen boxes are not spliced.
Device for detecting light allowing retrieval of a physiological parameter of a user carrying said device, said device comprising: - a light source arranged for emitting light of at least a first wavelength into tissue of the subject, - a wavelength converter arranged for receiving at least part of the emitted light after interaction of the emitted light with the tissue and for converting the received light into at least a second wavelength different from the first wavelength, and - a light sensor arranged for receiving light converted by said wavelength converter, said wavelength converter is arranged between the light source and the light sensor for receiving light reflected or scattered back from the tissue in response to the light emitted by the light source into the tissue, and characterized in that said wavelength converter is formed i) as a rod or cylinder and is arranged such that it receives light at a lateral side surface and emits converted light at a first front surface or ii) as a disk or ring, said disk or ring having a curved surface, wherein the light source is arranged in a central area of the wavelength converter and the light sensor is arranged at an edge of the wavelength converter facing the curved surface. - a light source arranged for emitting light of at least a first wavelength into tissue of the subject, - a wavelength converter arranged for receiving at least part of the emitted light after interaction of the emitted light with the tissue and for converting the received light into at least a second wavelength different from the first wavelength, and - a light sensor arranged for receiving light converted by said wavelength converter, said wavelength converter is arranged between the light source and the light sensor for receiving light reflected or scattered back from the tissue in response to the light emitted by the light source into the tissue, and characterized in that said wavelength converter is formed i) as a rod or cylinder and is arranged such that it receives light at a lateral side surface and emits converted light at a first front surface or ii) as a disk or ring, said disk or ring having a curved surface, wherein the light source is arranged in a central area of the wavelength converter and the light sensor is arranged at an edge of the wavelength converter facing the curved surface. said wavelength converter is arranged between the light source and the light sensor for receiving light reflected or scattered back from the tissue in response to the light emitted by the light source into the tissue, and characterized in that said wavelength converter is formed i) as a rod or cylinder and is arranged such that it receives light at a lateral side surface and emits converted light at a first front surface or ii) as a disk or ring, said disk or ring having a curved surface, i) as a rod or cylinder and is arranged such that it receives light at a lateral side surface and emits converted light at a first front surface or ii) as a disk or ring, said disk or ring having a curved surface,
Device for conveying separated objects , in particular disc-shaped objects such as coins, with a guide track and with a conveyor belt circulating at a distance (d) from the guideway on a transport arm , wherein the distance (d) of a run of the conveyor belt facing the guideway from the guideway is smaller than the smallest height of an object above the guideway , wherein the articles can be gripped by the run of the conveyor belt facing the guideway and conveyed on the guideway , and wherein the static friction and/or sliding friction forces between the articles and the conveyor belt are greater than the static friction and/or sliding friction forces between the articles and the guideway , characterized by that the conveyor belt has a layered structure, with at least one supporting layer , a middle layer and an entraining layer , wherein the entraining layer faces the guideway and the supporting layer facing belt rollers and/or supporting surfaces of the transport arm , and wherein the entraining layer and the supporting layer form outer layers of the conveyor belt , and that the middle layer is formed from a material which is more elastically compressible in the direction perpendicular to the guideway than the supporting layer and the entraining layer .
A form rolling method of a joint portion 1 of a fluid supply pipe, the form rolling method forming a locking ridge having an upright wall portion on an outer peripheral surface of a workpiece pipe body , wherein: the locking ridge includes a curved basal portion extending from the outer peripheral surface , the upright wall portion extending from the basal portion , a curved portion extending from the upright wall portion , and a tip portion extending from the curved portion ; and characterised in that the locking ridge is formed by a processing means arranged inside and outside the pipe body such that the upright wall portion is raised at an angle of at least 65° and no greater than 90° with respect to the outer peripheral surface in a pipe axis direction and a height of the locking ridge from the outer peripheral surface to an apex of the tip portion is at least equal to a total of curvature radii of faces of the processing means arranged inside and outside in contact with the pipe body , and wherein the angle refers to, in a cross-sectional view of the joint portion of the pipe, in an intersection between a baseline extended from the outer peripheral surface of the pipe body and a straight line extended from an outer surface of the upright wall portion , an angle between the baseline from the outer peripheral surface extending toward the inside of the locking ridge and the straight line from the upright wall portion . the locking ridge includes a curved basal portion extending from the outer peripheral surface , the upright wall portion extending from the basal portion , a curved portion extending from the upright wall portion , and a tip portion extending from the curved portion ; and characterised in that the locking ridge is formed by a processing means arranged inside and outside the pipe body such that the upright wall portion is raised at an angle of at least 65° and no greater than 90° with respect to the outer peripheral surface in a pipe axis direction and a height of the locking ridge from the outer peripheral surface to an apex of the tip portion is at least equal to a total of curvature radii of faces of the processing means arranged inside and outside in contact with the pipe body , and wherein the angle refers to, in a cross-sectional view of the joint portion of the pipe, in an intersection between a baseline extended from the outer peripheral surface of the pipe body and a straight line extended from an outer surface of the upright wall portion , an angle between the baseline from the outer peripheral surface extending toward the inside of the locking ridge and the straight line from the upright wall portion .
An active grille shutter arrangement having a modular frame comprising: a primary frame piece : at least one secondary frame piece connectable to the primary frame piece , wherein the primary frame piece and the at least one secondary frame piece form the modular frame having at least one aperture capable of allowing air to pass through the modular frame ; and a plurality of vanes rotatably positioned between the at least one primary frame piece and the at least one secondary frame piece , characterized in that the primary frame piece is a single piece defining a width and height of an aperture of the modular frame . at least one secondary frame piece connectable to the primary frame piece , wherein the primary frame piece and the at least one secondary frame piece form the modular frame having at least one aperture capable of allowing air to pass through the modular frame ; and a plurality of vanes rotatably positioned between the at least one primary frame piece and the at least one secondary frame piece , characterized in that the primary frame piece is a single piece defining a width and height of an aperture of the modular frame .