mhurhangee/patent-ind-claim-en huggingface dataset:
Drill bit (1; 61) which is rotatable about a drilling axis , comprising: • a cutting portion (2; 62) having a cylindrical ring portion (5; 65), one or more cutting segments (6; 57) which are connected to the ring portion (5; 65), and a first plug connection element (13; 68), • a drilling shaft portion (3; 63) having a second plug connection element (14; 69) which forms a plug connection (11; 66) with the first plug connection element (13; 68), wherein the first plug connection element (13; 68) and the second plug connection element (14; 69) can be connected via a pin connection (22; 67), which takes the form of a releasable connection, and the pin connection (22; 67) has at least one receiving bore (23; 70) and at least one pin element (24; 71) which can be inserted into the receiving bore (23; 70), characterized in that the pin connection takes the form of a magnetic pin connection (22; 67), wherein the pin element (24; 71) or one of the plug connection elements (13, 14; 68, 69) is designed as a permanent magnet. • a cutting portion (2; 62) having a cylindrical ring portion (5; 65), one or more cutting segments (6; 57) which are connected to the ring portion (5; 65), and a first plug connection element (13; 68), • a drilling shaft portion (3; 63) having a second plug connection element (14; 69) which forms a plug connection (11; 66) with the first plug connection element (13; 68), wherein the first plug connection element (13; 68) and the second plug connection element (14; 69) can be connected via a pin connection (22; 67), which takes the form of a releasable connection, and the pin connection (22; 67) has at least one receiving bore (23; 70) and at least one pin element (24; 71) which can be inserted into the receiving bore (23; 70),
An optical fibre comprising: - an optical waveguide comprising a glass core surrounded by a glass cladding; - a coating surrounding said optical waveguide comprising a polymer material comprising a cured polyester obtained by: (a) esterification of a reactant (A) selected from carboxylic acids, triglycerides, and mixtures thereof, having a C 16 -C 24 aliphatic chain comprising at least two conjugated double bonds, with a reactant (B) selected from polyols having at least 3 hydroxyl groups, the polyols being thermally stable up to 300°C; (b) curing of the so obtained polyester, in the presence of a transition metal salt, the transition metal being selected from Mn, Fe, Co, Cu, and Ni. - an optical waveguide comprising a glass core surrounded by a glass cladding; - a coating surrounding said optical waveguide comprising a polymer material comprising a cured polyester obtained by: (a) esterification of a reactant (A) selected from carboxylic acids, triglycerides, and mixtures thereof, having a C 16 -C 24 aliphatic chain comprising at least two conjugated double bonds, with a reactant (B) selected from polyols having at least 3 hydroxyl groups, the polyols being thermally stable up to 300°C; (b) curing of the so obtained polyester, in the presence of a transition metal salt, the transition metal being selected from Mn, Fe, Co, Cu, and Ni. (a) esterification of a reactant (A) selected from carboxylic acids, triglycerides, and mixtures thereof, having a C 16 -C 24 aliphatic chain comprising at least two conjugated double bonds, with a reactant (B) selected from polyols having at least 3 hydroxyl groups, the polyols being thermally stable up to 300°C; (b) curing of the so obtained polyester, in the presence of a transition metal salt, the transition metal being selected from Mn, Fe, Co, Cu, and Ni.
Idler gear arrangement for a motor vehicle, having a first housing , having a reverse idler gear and having an idler gear holder , wherein the idler gear holder is connected to the first housing , wherein the reverse idler gear is arranged between the first housing and the idler gear holder , and wherein a gear shift rail is provided for the activation of a synchronizer, characterized in that the idler gear holder has a first shift cylinder , wherein a first shift piston is displaceably arranged in the first shift cylinder , and wherein the shift piston works together with the gear shift rail .
A method for treating soybean rust in a host leguminous plant, wherein the method comprises: treating the plant at the locus of the infection with a multi-site contact fungicide, wherein the multi-site contact fungicide is a copper fungicide selected from copper oxychloride, copper sulfate, copper hydroxide and tribasic copper sulfate (Bordeaux mixture); and concurrently, prior or subsequently to the multi-site contact fungicide, with a systemic fungicide, wherein the systemic fungicide is a combination of (i) a strobilurin fungicide; and (ii) a conazole fungicide; wherein: (i) the strobilurin fungicide is trifloxystrobin and the conazole fungicide is prothioconazole; or (ii) the strobilurin fungicide is picoxystrobin and the conazole fungicide is cyproconazole; or (iii) the strobilurin fungicide is pyraclostrobin and the conazole fungicide is metconazole. treating the plant at the locus of the infection with a multi-site contact fungicide, wherein the multi-site contact fungicide is a copper fungicide selected from copper oxychloride, copper sulfate, copper hydroxide and tribasic copper sulfate (Bordeaux mixture); and concurrently, prior or subsequently to the multi-site contact fungicide, with a systemic fungicide, wherein the systemic fungicide is a combination of (i) a strobilurin fungicide; and (ii) a conazole fungicide; wherein: (i) the strobilurin fungicide is trifloxystrobin and the conazole fungicide is prothioconazole; or (ii) the strobilurin fungicide is picoxystrobin and the conazole fungicide is cyproconazole; or (iii) the strobilurin fungicide is pyraclostrobin and the conazole fungicide is metconazole. (i) the strobilurin fungicide is trifloxystrobin and the conazole fungicide is prothioconazole; or (ii) the strobilurin fungicide is picoxystrobin and the conazole fungicide is cyproconazole; or (iii) the strobilurin fungicide is pyraclostrobin and the conazole fungicide is metconazole.
Apparatus configured for transferring articles of the fish and meat processing industry to a predetermined end position , comprising a circulating continuous conveying device designed to convey the articles in a conveying plane with a plurality of transport sections , which are configured for individually receiving the articles and designed to be movable in the conveying direction , wherein each of the transport sections comprises in the conveying position a transport element pair forming two article support surfaces and each transport element of the transport element pair is configured in each case to be controllably pivotable about axles , running in the edge region of the respective transport section , in such a manner that the articles are transferred into the predetermined end position in at least one transfer region under the effect of gravity in a plane lying below the conveying plane by either controlled pivoting of both transport elements of one of the respective transport element pairs using a control device while retaining the article orientation, or they are transferred into the predetermined end position by controlled pivoting of one of the respective transport elements of one of the respective transport element pairs while changing the article orientation.
A method for determining a model (MODEL1) for use in controlling shot peening, the method comprising - using a first shot peening unit to provide a particle jet (JET1), - illuminating at least a measurement portion (RG0) of the particle jet (JET0) with illuminating light (LB0), - capturing images (IMG2) of said portion (RG0) during a measurement time period (T MEAS,1B ), wherein the first shot peening unit provides a particle jet (JET1) according to said first set of operating parameters during said measurement time period (T MEAS,1B ), and - determining at least one velocity value (v AVE , v RMS ) of particles (P0) of the particle jet (JET1) by analyzing the captured images (IMG2), characterised by : - exposing one or more test strips (S1) to the particle jet (JET1) such that the first shot peening unit provides a particle jet (JET1) according to a first set of operating parameters, - measuring one or more first deformation values (h AS ) of the one or more test strips (S1) by measuring the deformation value (h AS ) for each of the one or more test strips (S1), and - determining the model (MODEL1) based on the one or more first deformation values (h AS ) and based on the at least one velocity value (v AVE , v RMS ). - using a first shot peening unit to provide a particle jet (JET1), - illuminating at least a measurement portion (RG0) of the particle jet (JET0) with illuminating light (LB0), - capturing images (IMG2) of said portion (RG0) during a measurement time period (T MEAS,1B ), wherein the first shot peening unit provides a particle jet (JET1) according to said first set of operating parameters during said measurement time period (T MEAS,1B ), and - determining at least one velocity value (v AVE , v RMS ) of particles (P0) of the particle jet (JET1) by analyzing the captured images (IMG2), - exposing one or more test strips (S1) to the particle jet (JET1) such that the first shot peening unit provides a particle jet (JET1) according to a first set of operating parameters, - measuring one or more first deformation values (h AS ) of the one or more test strips (S1) by measuring the deformation value (h AS ) for each of the one or more test strips (S1), and - determining the model (MODEL1) based on the one or more first deformation values (h AS ) and based on the at least one velocity value (v AVE , v RMS ).
A characterization method, comprising: i. Providing at least one particle on a surface ii. Providing at least one fluid iii. Allowing the fluid to come into contact with the particle iv. Detecting the particle v. Analyzing from data acquired during the detecting changes in the particle and vi. Correlating the changes to at least one physicochemical property of the material of the particle or that of the fluid; characterized in that the particle is Immobilized on the surface , and the surface is a permeable or semipermeable layer on which the particle is immobilized by fluid flow through the permeable or the semipermeable layer. i. Providing at least one particle on a surface ii. Providing at least one fluid iii. Allowing the fluid to come into contact with the particle iv. Detecting the particle v. Analyzing from data acquired during the detecting changes in the particle and vi. Correlating the changes to at least one physicochemical property of the material of the particle or that of the fluid; characterized in that the particle is
Marking method for application of a unique marking (K) to each individual solar cell stack of a semiconductor wafer comprising at least two solar cell stacks , comprising at least the steps: - providing a semiconductor wafer with an upper side (10.1), a lower side (10.2) and comprising a Ge substrate forming the lower side (10.2), - producing a marking with a unique topography by means of laser ablation by a first laser in a surface region of the lower side (10.2) of each solar cell stack of the semiconductor wafer , - wherein the surface region is respectively formed by the Ge substrate or by an insulation layer covering the Ge substrate . - providing a semiconductor wafer with an upper side (10.1), a lower side (10.2) and comprising a Ge substrate forming the lower side (10.2), - producing a marking with a unique topography by means of laser ablation by a first laser in a surface region of the lower side (10.2) of each solar cell stack of the semiconductor wafer , - wherein the surface region is respectively formed by the Ge substrate or by an insulation layer covering the Ge substrate .
A fuel cell, comprising: a membrane electrode assembly provided with a frame at a periphery thereof; two separators holding both the frame and the membrane electrode assembly therebetween; and a gas seal (SL) provided between an edge portion of the frame and an edge portion of each separator to have a configuration in which a reactant gas passes through the frame and the membrane electrode assembly and the separators , wherein the frame includes a manifold section (M1, M2) to supply and emit the reactant gas, characterized in that the frame further includes a diffuser section (D1, D2) between the manifold section (M1, M2) and the membrane electrode assembly , said diffuser section (D1, D2) is adapted to function as a diffusion area for the reactant gas provided between the manifold section (M1, M2) and the membrane electrode assembly , and wherein the frame and the separators are not in contact with and separated from each other in an entire region of the diffuser section (D1, D2) between the membrane electrode assembly and the gas seal (SL). a membrane electrode assembly provided with a frame at a periphery thereof; two separators holding both the frame and the membrane electrode assembly therebetween; and a gas seal (SL) provided between an edge portion of the frame and an edge portion of each separator to have a configuration in which a reactant gas passes through the frame and the membrane electrode assembly and the separators , wherein the frame includes a manifold section (M1, M2) to supply and emit the reactant gas, characterized in that the frame further includes a diffuser section (D1, D2) between the manifold section (M1, M2) and the membrane electrode assembly , said diffuser section (D1, D2) is adapted to function as a diffusion area for the reactant gas provided between the manifold section (M1, M2) and the membrane electrode assembly , and wherein the frame and the separators are not in contact with and separated from each other in an entire region of the diffuser section (D1, D2) between the membrane electrode assembly and the gas seal (SL).
An open water navigation apparatus for use by a swimmer, the navigation apparatus comprising: a pair of swim goggles having a right lens , a left lens , and a head strap ; a navigation module that includes a GPS engine , an electrical power source , and a controller contained in a housing ; and a navigational signal output mechanism connected for signal communications to the navigation module , characterized in that the navigation module is retained on the head strap of the pair of swim goggles , and the navigational signal output mechanism is a pair of vibration modules that are configured to attach to the head strap such that the vibration modules are located in use proximate to the swimmer's temples. a pair of swim goggles having a right lens , a left lens , and a head strap ; a navigation module that includes a GPS engine , an electrical power source , and a controller contained in a housing ; and a navigational signal output mechanism connected for signal communications to the navigation module , characterized in that the navigation module is retained on the head strap of the pair of swim goggles , and the navigational signal output mechanism is a pair of vibration modules that are configured to attach to the head strap such that the vibration modules are located in use proximate to the swimmer's temples.
A method, comprising the steps of: identifying , at a receiver, at least one quality of service threshold; identifying , at the receiver, at least one current or projected quality of service; determining , at the receiver, whether or what kind of feedback is to be used for an erroneously received transport block based on the identified at least one quality of service threshold and the identified at least one current or projected quality of service; and communicating , by the receiver, with a transmitter of the erroneously received transport block based on the determination. identifying , at a receiver, at least one quality of service threshold; identifying , at the receiver, at least one current or projected quality of service; determining , at the receiver, whether or what kind of feedback is to be used for an erroneously received transport block based on the identified at least one quality of service threshold and the identified at least one current or projected quality of service; and communicating , by the receiver, with a transmitter of the erroneously received transport block based on the determination.
System for covering a luggage compartment of a motor vehicle, said system comprising a luggage cover and a structure laterally surrounding said luggage cover, said luggage cover comprising: - a retractable flexible curtain comprising a front edge and a rear edge , - a device for returning said associated curtain to said front edge, such that said curtain is mobile between a retracted storage configuration and a deployed configuration for covering luggage, said device being mounted at the front of said structure, - an associated rigidifying flap along said rear edge, said flap being provided with two respective side fastening means , said structure being arranged to make it possible to fasten said means according to a remote position, corresponding to said deployed configuration, and according to an advanced position, corresponding to a semi-deployed configuration of said curtain, said system being characterised in that : - said flap is generally plate-shaped of which the rear edge has a curve intended to mould the shape of the hatch of said vehicle, so as to ensure an optimal occultation of the luggage, - when said means are fastened in the remote position, said flap can be actuated in rotation about a transversal axis , by vertical support exerted on it: -- in a first direction, driving said uncoupling means to make it possible for a return of said curtain in the retracted configuration, -- in a second opposite direction, releasing a movement of said means towards the advanced position thereof, so as to make it possible for a positioning of said curtain in the semi-deployed configuration. - a retractable flexible curtain comprising a front edge and a rear edge , - a device for returning said associated curtain to said front edge, such that said curtain is mobile between a retracted storage configuration and a deployed configuration for covering luggage, said device being mounted at the front of said structure, - an associated rigidifying flap along said rear edge, said flap being provided with two respective side fastening means , - said flap is generally plate-shaped of which the rear edge has a curve intended to mould the shape of the hatch of said vehicle, so as to ensure an optimal occultation of the luggage, - when said means are fastened in the remote position, said flap can be actuated in rotation about a transversal axis , by vertical support exerted on it: -- in a first direction, driving said uncoupling means to make it possible for a return of said curtain in the retracted configuration, -- in a second opposite direction, releasing a movement of said means towards the advanced position thereof, so as to make it possible for a positioning of said curtain in the semi-deployed configuration. -- in a first direction, driving said uncoupling means to make it possible for a return of said curtain in the retracted configuration, -- in a second opposite direction, releasing a movement of said means towards the advanced position thereof, so as to make it possible for a positioning of said curtain in the semi-deployed configuration.
Rolling-bearing device having at least one seal unit and having at least one inner-ring unit which has at least one area on which at least a part of the seal unit slides in at least one operating state, wherein the inner-ring unit has at least one elevation with a region that is at a greater distance from the axis of rotation of the rolling-bearing device than the area ; wherein the rolling-bearing device has at least one spring element which pushes the part of the seal unit onto the area , and wherein the region is at a distance from the axis of rotation that is greater than or equal to the distance of the spring element from the axis of rotation , characterized in that the rolling-bearing device has at least one outer-ring unit comprising a seal carrier (DT) and comprising a holding plate (HB), wherein the seal carrier (DT) forms at least one gap with the elevation of the inner-ring unit , and wherein a maximum radial extent length of the gap is at most as large as a maximum extent length (d) of the spring element in cross section in a relaxed state. the inner-ring unit has at least one elevation with a region that is at a greater distance from the axis of rotation of the rolling-bearing device than the area ; wherein the rolling-bearing device has at least one spring element which pushes the part of the seal unit onto the area , and wherein the region is at a distance from the axis of rotation that is greater than or equal to the distance of the spring element from the axis of rotation , characterized in that the rolling-bearing device has at least one outer-ring unit comprising a seal carrier (DT) and comprising a holding plate (HB), wherein the seal carrier (DT) forms at least one gap with the elevation of the inner-ring unit , and wherein a maximum radial extent length of the gap is at most as large as a maximum extent length (d) of the spring element in cross section in a relaxed state.
A dust collector comprising a pulse jet type dust removal mechanism for removing dust adhered to a cylindrical filter , the pulse jet type dust removal mechanism comprising: a first discharge section having a first discharge nozzle for discharging a pulse jet from an opening on a first end side of the cylindrical filter toward inside of the cylindrical filter ; and a second discharge section having a second discharge nozzle for discharging a pulse jet from a second end side of the cylindrical filter toward the opening on the first end side of the cylindrical filter , and the second discharge nozzle for the discharging is provided on a tip side of a pipe line extending from the first end side of the cylindrical filter to the second end side of the cylindrical filter , characterized in that the pipe line is disposed in an internal space of the cylindrical filter that is a space into which cleaned air is introduced. a first discharge section having a first discharge nozzle for discharging a pulse jet from an opening on a first end side of the cylindrical filter toward inside of the cylindrical filter ; and a second discharge section having a second discharge nozzle for discharging a pulse jet from a second end side of the cylindrical filter toward the opening on the first end side of the cylindrical filter , and the second discharge nozzle for the discharging is provided on a tip side of a pipe line extending from the first end side of the cylindrical filter to the second end side of the cylindrical filter , characterized in that the pipe line is disposed in an internal space of the cylindrical filter that is a space into which cleaned air is introduced.