mhurhangee/patent-ind-claim-en huggingface dataset:
Imaging kit including: - an image acquisition apparatus , and - a dental imaging device including: - a support ; - a mouth spreader fastened to the support and defining a spreader opening ; - a mirror fastened to the support and/or to the mouth spreader ; and - means for fastening the image acquisition apparatus to the support in a position in which the acquisition apparatus is oriented so as to receive a composite image (I c ) including a direct image of the spreader opening (I d ) and an image of the spreader opening reflected (I r ) by the mirror . - an image acquisition apparatus , and - a dental imaging device including: - a support ; - a mouth spreader fastened to the support and defining a spreader opening ; - a mirror fastened to the support and/or to the mouth spreader ; and - means for fastening the image acquisition apparatus to the support in a position in which the acquisition apparatus is oriented so as to receive a composite image (I c ) including a direct image of the spreader opening (I d ) and an image of the spreader opening reflected (I r ) by the mirror .
A plant irrigating system comprising a reservoir for storing water, wherein the reservoir comprises an outer wall , an upwardly extending tube forming an inner wall of the water reservoir for at least partly sideways surrounding a young plant and a bottom side and wherein the reservoir is provided with irrigation means for delivering water present in the reservoir to a subsoil located therebelow and further comprising a collection structure for collecting water present in the atmosphere, characterized in that the plant irrigating system is manufactured from paper pulp material, wherein the paper pulp material forming the collection structure and the reservoir includes water impermeable material and/or is provided with a liquid impermeable biodegradable coating on the inner and/or outer side.
A vibration sensor with a piezoelectric transmission and/or reception device with a diaphragm that can be made to vibrate, a clamping device for clamping the piezoelectric transmission and/or reception device against the diaphragm in such a way that vibrations of the transmission and/or reception device are transferred on to the diaphragm and vibrations of the diaphragm on to the transmission and/or reception device , the piezoelectric transmission and/or reception device consisting of - at least one piezo element , - at least two electrodes for contacting the piezo elements , and - at least two insulating elements for insulation at the top and the bottom, wherein the piezo element and the electrodes are sintered to form a monoblock. - at least one piezo element , - at least two electrodes for contacting the piezo elements , and - at least two insulating elements for insulation at the top and the bottom,
A wind turbine rotor blade , comprising: a first blade section having an upper shell half and a lower shell half that defines a suction side , pressure side , leading edge , and a trailing edge of the blade, the first blade section further including a first blade interface at one end of the first blade section; a second blade section having an upper shell half and a lower shell half that defines a suction side , pressure side , leading edge , and a trailing edge of the blade, the second blade section further including a second blade interface at one end of the second blade section, wherein the first blade section and the second blade section are configured to be coupled together at the first and second blade interfaces; and a connection joint for coupling the first and second blade sections together, the connection joint comprising a plurality of connecting elements integrated into the first and second blade sections at the first and second blade interfaces , each connecting element including an eye that defines at least in part a bore that extends from an exterior to an interior of one of the first or second blade sections, the bore extending through the blade section in a thickness direction of the blade or the blade shells; wherein the first and second blade sections are moulded and the plurality of connecting elements are integrated into the first and second blade sections during moulding of the blade sections. a first blade section having an upper shell half and a lower shell half that defines a suction side , pressure side , leading edge , and a trailing edge of the blade, the first blade section further including a first blade interface at one end of the first blade section; a second blade section having an upper shell half and a lower shell half that defines a suction side , pressure side , leading edge , and a trailing edge of the blade, the second blade section further including a second blade interface at one end of the second blade section, wherein the first blade section and the second blade section are configured to be coupled together at the first and second blade interfaces; and a connection joint for coupling the first and second blade sections together, the connection joint comprising a plurality of connecting elements integrated into the first and second blade sections at the first and second blade interfaces , each connecting element including an eye that defines at least in part a bore that extends from an exterior to an interior of one of the first or second blade sections, the bore extending through the blade section in a thickness direction of the blade or the blade shells; wherein the first and second blade sections are moulded and the plurality of connecting elements are integrated into the first and second blade sections during moulding of the blade sections.
Stitching machine for connecting an end section of an exiting metal strip with a start section of an entering metal strip for a continuously operating strip plant, comprising: - a first punching tool constructed for the purpose of connecting the metal strips together when the thicknesses thereof lie in a first thickness range and/or when the strengths thereof lie in a first strength range, and - a second punching tool constructed for the purpose of connecting the metal strips together when the thicknesses thereof lie in a second thickness range and/or the strengths thereof lie in a second strength range, wherein the two thickness regions and/or strength regions differ from one another and wherein the two punching tools are arranged in a punching tool cassette and the punching tool cassette is displaceable by means of a displacing device within the stitching machine so that the first punching tool can be arranged in a punching position and the second punching tool in a parking position outside the stitching machine or conversely, characterised in that stitching is used as a form of connection and wherein the first punching tool has a first clearance and the second punching tool a second clearance differing from the first clearance. - a first punching tool constructed for the purpose of connecting the metal strips together when the thicknesses thereof lie in a first thickness range and/or when the strengths thereof lie in a first strength range, and - a second punching tool constructed for the purpose of connecting the metal strips together when the thicknesses thereof lie in a second thickness range and/or the strengths thereof lie in a second strength range, wherein the two thickness regions and/or strength regions differ from one another and wherein the two punching tools are arranged in a punching tool cassette and the punching tool cassette is displaceable by means of a displacing device within the stitching machine so that the first punching tool can be arranged in a punching position and the second punching tool in a parking position outside the stitching machine or conversely, characterised in that stitching is used as a form of connection and wherein the first punching tool has a first clearance and the second punching tool a second clearance differing from the first clearance.
An optical fiber cable comprising: a plurality of optical fibers (102a-102d; 102a-1021; 102a-102x) lying substantially along a longitudinal axis of the optical fiber cable ; a first layer surrounding the plurality of optical fibers (102a-102d; 102a-1021; 102a-102x); and a second layer having a hardness of 106 Rockwell surrounding the first layer , wherein the first layer is made of a thermoplastic material, the first layer has a thickness in a range of 0.2 - 0.3 millimeter, the second layer is made of a polymer material, wherein the second layer has a thickness in a range of 0.2-0.3 millimeter, the optical fiber cable has a diameter in a range of 1.5 millimeters to 3 millimeters, the optical fiber cable can be blown for 1.5-2 kilometers, passes the impact test and has at most a fill factor of 85 percent, characterized in that the first layer has a hardness of 120 Rockwell and in that the optical fiber cable has a weight in a range of 3-6 kg/km, a crush resistance of 800 Newton/10 centimeters and impact strength of 3 Nm. a plurality of optical fibers (102a-102d; 102a-1021; 102a-102x) lying substantially along a longitudinal axis of the optical fiber cable ; a first layer surrounding the plurality of optical fibers (102a-102d; 102a-1021; 102a-102x); and a second layer having a hardness of 106 Rockwell surrounding the first layer , wherein the first layer is made of a thermoplastic material, the first layer has a thickness in a range of 0.2 - 0.3 millimeter, the second layer is made of a polymer material, wherein the second layer has a thickness in a range of 0.2-0.3 millimeter, the optical fiber cable has a diameter in a range of 1.5 millimeters to 3 millimeters, the optical fiber cable can be blown for 1.5-2 kilometers, passes the impact test and has at most a fill factor of 85 percent, characterized in that the first layer has a hardness of 120 Rockwell and in that the optical fiber cable has a weight in a range of 3-6 kg/km, a crush resistance of 800 Newton/10 centimeters and impact strength of 3 Nm.
A power management system for a production line including multiple devices (1 to 5) that are arranged therein and each operate using electric power supplied from an external power supply as a source of power to produce products obtained by sequential processing by the multiple devices (1 to 5), each of the multiple devices (1 to 5) including a power operation switch configured to be operated by an operator to turn the power on and off, and an automatic power on and off circuit section configured to turn the power on and off based on an external signal, the power management system comprising: a power management means configured to, in a case where the multiple devices (1 to 5) include a device A that stops operating, input a signal to the automatic power on and off circuit section of the device A such that the power to device A is turned on and off in accordance with a change in an operation state of another device (1 to 5).
Distributor apparatus for introducing compressed air and/or sealant into a pneumatic vehicle tire, wherein the distributor apparatus comprises - at least one gas connection for connecting to at least one compressed air source, - at least one sealant connection for connecting to at least one sealant container and - at least two channels, wherein one channel is a sealant transport channel for transporting compressed air and/or sealant into a pneumatic vehicle tire and a second channel is a compressed air transport channel for transporting compressed air to the sealant connection or to the first channel, wherein the sealant connection has a covering unit comprising at least one inner wall for sealing the sealant connection attached to it and the distributor-side end of the compressed air transport channel is arranged such that compressed air coming from the gas connection is conducted in the direction of the inner wall of the covering unit , wherein the distributor apparatus comprises a material for thermal insulation of the covering unit between the inner wall of the covering unit and said distributor-side end of the compressed air transport channel and the material for thermal insulation of the covering unit is in the form of a thermal insulation layer, characterized in that the material for thermal insulation of the covering unit is adapted for at least partially diverting compressed air coming from the compressed air transport channel into the compressed air transport channel . - at least one gas connection for connecting to at least one compressed air source, - at least one sealant connection for connecting to at least one sealant container and - at least two channels, wherein one channel is a sealant transport channel for transporting compressed air and/or sealant into a pneumatic vehicle tire and a second channel is a compressed air transport channel for transporting compressed air to the sealant connection or to the first channel, wherein the sealant connection has a covering unit comprising at least one inner wall for sealing the sealant connection attached to it and the distributor-side end of the compressed air transport channel is arranged such that compressed air coming from the gas connection is conducted in the direction of the inner wall of the covering unit , wherein the distributor apparatus comprises a material for thermal insulation of the covering unit between the inner wall of the covering unit and said distributor-side end of the compressed air transport channel and the material for thermal insulation of the covering unit is in the form of a thermal insulation layer, characterized in that the material for thermal insulation of the covering unit is adapted for at least partially diverting compressed air coming from the compressed air transport channel into the compressed air transport channel .
A digital certificate use implementation method, performed by a server, wherein the server stores mapping relationships between a device ID of a client, an ID of an existing certificate of the client, and an identity verification method that has been used for the existing certificate, the method comprising: receiving a request for using a certificate from the client , wherein the request for using the certificate comprises a device ID of the client and an identity verification requirement of the certificate, and wherein the identity verification requirement specifies at least one element identity verification method; searching, based on the stored mapping relationships, for an existing certificate ID that corresponds to the device ID and satisfies the identity verification requirement , wherein the existing certificate ID that satisfies the identity verification requirement is an ID of an existing certificate, and wherein identity verification methods that have been used for the existing certificate comprise each element identity verification method specified by the identity verification requirement; and sending a certificate use instruction to the client, wherein the certificate use instruction comprises the existing certificate ID that satisfies the identity verification requirement . receiving a request for using a certificate from the client , wherein the request for using the certificate comprises a device ID of the client and an identity verification requirement of the certificate, and wherein the identity verification requirement specifies at least one element identity verification method; searching, based on the stored mapping relationships, for an existing certificate ID that corresponds to the device ID and satisfies the identity verification requirement , wherein the existing certificate ID that satisfies the identity verification requirement is an ID of an existing certificate, and wherein identity verification methods that have been used for the existing certificate comprise each element identity verification method specified by the identity verification requirement; and sending a certificate use instruction to the client, wherein the certificate use instruction comprises the existing certificate ID that satisfies the identity verification requirement .
An anchoring for a motorcyclist protection system, comprising a flat bar consisting of three substantially straight sections (T1, T2, T3) and two bends made in the same direction, the first bend defining a first inner angle β1 between the first (T1) and the second (T2) section and the second bend defining a second inner angle β2 between the second (T2) and the third (T3) section, a first section (T1) being intended to be fixed to a post of a vehicle restraint system, the third section (T3) being intended to be coupled with a motorcyclist protection barrier , wherein the planes containing the first (T1) and the third (T3) section form an angle α of 20° ± 5° and the sum of the inner angles β1 and β2 is 200° ± 5°.
A repair process comprising: removing a damaged portion of a service run turbine component to reveal a repair surface ; applying a pre-sintered preform to the repair surface of the turbine component ; and heating the pre-sintered preform and the turbine component together to form a brazement comprising a replacement protective coating on the repair surface upon cooling of the pre-sintered preform and the turbine component ; wherein the pre-sintered pre-form is formed from a mixture of a bond coat powder and a braze powder; wherein the bond coat powder comprises by wt%: Ni: 33.0 - 35.0; Cr: 21.4 - 23.4; Si: 8.6 - 9.2; Al: 2.4 - 3.0; W 1.2 - 1.6; Ta 0.6 - 0.8; B 0.45 - 0.65; C 0.05 - 0.15; Fe 0.15 - 0.45; optionally from 0.01 to 0.3 of a member selected from the group consisting of Ti and Zr; and Co balance and wherein the braze powder comprises by wt %: Ni 32; Cr 21; Al 8; Y 0.5; and Co balance. removing a damaged portion of a service run turbine component to reveal a repair surface ; applying a pre-sintered preform to the repair surface of the turbine component ; and heating the pre-sintered preform and the turbine component together to form a brazement comprising a replacement protective coating on the repair surface upon cooling of the pre-sintered preform and the turbine component ; wherein the pre-sintered pre-form is formed from a mixture of a bond coat powder and a braze powder; wherein the bond coat powder comprises by wt%: Ni: 33.0 - 35.0; Cr: 21.4 - 23.4; Si: 8.6 - 9.2; Al: 2.4 - 3.0; W 1.2 - 1.6; Ta 0.6 - 0.8; B 0.45 - 0.65; C 0.05 - 0.15; Fe 0.15 - 0.45; optionally from 0.01 to 0.3 of a member selected from the group consisting of Ti and Zr; and Co balance and wherein the braze powder comprises by wt %: Ni 32; Cr 21; Al 8; Y 0.5; and Co balance.
A battery for an electronic device, comprising: a body module having a first surface and a second surface that are oppositely provided; a component module coupled to the body module , wherein the component module comprises an electrical component configured to test performance of the battery ; a wrapping layer configured to wrap the component module ; a first insulating film arranged on the first surface , wherein a part of the first insulating film extends to the component module and is adhered to the wrapping layer ; a second insulating film arranged on the second surface , wherein a part of the second insulating film extends to the component module and is adhered to the wrapping layer ; and at least one easy-to-pull adhesive tape , each easy-to-pull adhesive tape comprising an adhesion portion , an adhesive-free region and a hand pulling portion , wherein the adhesion portion is located at one end of the easy-to-pull adhesive tape and adhered to the second surface , the hand pulling portion is located at the other end of the easy-to-pull adhesive tape , and the hand pulling portion bypasses the component module and is then overlapped with the first insulating film , the adhesive-free region and the hand pulling portion are located on an outside of the wrapping layer , the adhesive-free region is located between the adhesion portion and the hand pulling portion , and the adhesive-free region is bonded to the wrapping layer . a body module having a first surface and a second surface that are oppositely provided; a component module coupled to the body module , wherein the component module comprises an electrical component configured to test performance of the battery ; a wrapping layer configured to wrap the component module ; a first insulating film arranged on the first surface , wherein a part of the first insulating film extends to the component module and is adhered to the wrapping layer ; a second insulating film arranged on the second surface , wherein a part of the second insulating film extends to the component module and is adhered to the wrapping layer ; and at least one easy-to-pull adhesive tape , each easy-to-pull adhesive tape comprising an adhesion portion , an adhesive-free region and a hand pulling portion , wherein the adhesion portion is located at one end of the easy-to-pull adhesive tape and adhered to the second surface , the hand pulling portion is located at the other end of the easy-to-pull adhesive tape , and the hand pulling portion bypasses the component module and is then overlapped with the first insulating film , the adhesive-free region and the hand pulling portion are located on an outside of the wrapping layer , the adhesive-free region is located between the adhesion portion and the hand pulling portion , and the adhesive-free region is bonded to the wrapping layer .
A nozzle assembly comprising: a plurality of moveable nozzles configured to move between a closed position and an open position; and a drive mechanism configured to transition the moveable nozzles between the closed position and the open position; and one or more stationary nozzles ; characterized in that the moveable nozzles are configured to abut the one or more stationary nozzles in the closed position, and the nozzle assembly is configured to form a single output stream in the closed position and multiple output streams in the open position. a plurality of moveable nozzles configured to move between a closed position and an open position; and a drive mechanism configured to transition the moveable nozzles between the closed position and the open position; and one or more stationary nozzles ; characterized in that the moveable nozzles are configured to abut the one or more stationary nozzles in the closed position, and the nozzle assembly is configured to form a single output stream in the closed position and multiple output streams in the open position.
A prefabricated mounting panel comprising a plurality of construction and technological layers as well as a finishing layer, wherein the panel comprises a self-supporting construction core connected on at least one side by the technological layer to the finishing layer characterized in that the panel comprises means for removable connection , preferably in the form of a screw connection and clamping connection and the construction core comprises openings preferably at the top and bottom, to accommodate said means , for removable connection to another surface and to another panel and therefore the panel being replaceable, the panel further comprising levelling and plumbing system in the form of positioning discs and positioning system in the form of levelling screws fixed at the corners of the panels .