mhurhangee/patent-ind-claim-en huggingface dataset:
Clamping element for fastening bicycle components, in particular brake/gearshift units, to bicycle handlebars, in particular racing bicycle handlebars, comprising a first clamping part adapted to be connected with the brake/gearshift unit, and a second clamping part releasably connected with the first clamping part , wherein the first and the second clamping part form a closed opening in which the handlebar is arranged in the mounted state, and the clamping parts are connected with each other by two bolts , characterized in that the first clamping part or the second clamping part comprises two lugs each having a bolt hole for the connection by bolts , said lugs engaging around an end part of the other clamping part , the end parts each having an opening which, for the insertion of a bolt , is in alignment with the bolt holes . a first clamping part adapted to be connected with the brake/gearshift unit, and a second clamping part releasably connected with the first clamping part , wherein the first and the second clamping part form a closed opening in which the handlebar is arranged in the mounted state, and the clamping parts are connected with each other by two bolts , characterized in that the first clamping part or the second clamping part comprises two lugs each having a bolt hole for the connection by bolts , said lugs engaging around an end part of the other clamping part , the end parts each having an opening which, for the insertion of a bolt , is in alignment with the bolt holes .
An implantable device for detecting an antenna misalignment with respect to a transmitting implantable device in a near field communication system , the implantable device comprising: an antenna unit configured to receive signals through a body channel from the transmitting implantable device ; and the antenna unit comprising at least two pairs of electrodes configured to cover a blind angle of a radiation pattern of the transmitting implantable device; a processing unit electrically coupled to the antenna unit and configured to detect the antenna misalignment of the at least two pairs of electrodes with respect to the transmitting implantable device . an antenna unit configured to receive signals through a body channel from the transmitting implantable device ; and the antenna unit comprising at least two pairs of electrodes configured to cover a blind angle of a radiation pattern of the transmitting implantable device; a processing unit electrically coupled to the antenna unit and configured to detect the antenna misalignment of the at least two pairs of electrodes with respect to the transmitting implantable device .
A door for a cooling appliance, comprising a door body and at least one decoration strip connected to the door body , wherein the door body comprises a front plate , a door lining , a pair of side plates , an upper end cap , a lower end cap , and a thermal insulation space enclosed by the front plate , the door lining , the pair of side plates , the upper end cap , and the lower end cap ; wherein one of the upper end cap and the lower end cap comprises a stop portion transversely protruding from the side plate , a tail end surface of an end of the decoration strip abutting the stop portion which is used for positioning the decoration strip during connection of the decoration strip to the corresponding side plate , wherein when the decoration strip is connected to the door body , the end of the decoration strip is stopped by using the stop portion , and as viewed in a transverse direction, the other end of the decoration strip covers at least a part of a side end surface of the other of the upper end cap and the lower end cap , the door comprising a decoration panel adhered to a front side of the front plate , the decoration strip being entirely located behind the decoration panel . wherein one of the upper end cap and the lower end cap comprises a stop portion transversely protruding from the side plate , a tail end surface of an end of the decoration strip abutting the stop portion which is used for positioning the decoration strip during connection of the decoration strip to the corresponding side plate , wherein when the decoration strip is connected to the door body , the end of the decoration strip is stopped by using the stop portion , and as viewed in a transverse direction, the other end of the decoration strip covers at least a part of a side end surface of the other of the upper end cap and the lower end cap , the door comprising a decoration panel adhered to a front side of the front plate , the decoration strip being entirely located behind the decoration panel .
A device for testing thickness of a wall of a dielectric tubular object (TO), having a space (S) adapted to accommodate at least part of the wall of the tubular object (TO), a transmitter (T) and a first coupling system comprising a first waveguide (DW1) extending towards said space (S) and bent in its proximity, wherein the transmitter is adapted to induce guided wave in the first waveguide (DW1) and the first waveguide (DW1) is adapted to induce guided wave inside the wall of the tubular object (TO) located in said space (S), a receiver (R) and a second coupling system comprising a second waveguide (DW2) extending towards said space (S) and bent in its proximity, wherein the second waveguide (DW2) is adapted to receive guided wave propagating in the wall of the tubular object (TO) located in said space (S) and the receiver is adapted to receive guided wave in the second waveguide (DW2) and measure time of propagation representative of the thickness of the wall of the tubular object (TO) wherein the transmitter (T) and the receiver (R) are adapted to operate at a frequency band comprising frequency selected from a range 50 GHz - 500 GHz. a space (S) adapted to accommodate at least part of the wall of the tubular object (TO), a transmitter (T) and a first coupling system comprising a first waveguide (DW1) extending towards said space (S) and bent in its proximity, wherein the transmitter is adapted to induce guided wave in the first waveguide (DW1) and the first waveguide (DW1) is adapted to induce guided wave inside the wall of the tubular object (TO) located in said space (S), a receiver (R) and a second coupling system comprising a second waveguide (DW2) extending towards said space (S) and bent in its proximity, wherein the second waveguide (DW2) is adapted to receive guided wave propagating in the wall of the tubular object (TO) located in said space (S) and the receiver is adapted to receive guided wave in the second waveguide (DW2) and measure time of propagation representative of the thickness of the wall of the tubular object (TO)
A method of controlling a lighting control system, the method comprising: receiving an input by a selection of an icon on a display device of a mobile electronic device to a first light control module configured to cause a transmission of a first quantity of electrical energy to a first lighting circuit of a first light fixture electrically connected to the first light control module; updating a display of a lighting control device coupled to the first light control module to display the icon selected on the display device of the mobile electronic device; transmitting a control message from the first light control module to a second light control module configured to cause a transmission of a second quantity of electrical energy to a second lighting circuit of a second light fixture electrically connected to the second light control module; and changing a flow of electricity from the second light control module to the second lighting circuit based on the input received by the selection of an icon on the display of the mobile electronic device to the first light control module. receiving an input by a selection of an icon on a display device of a mobile electronic device to a first light control module configured to cause a transmission of a first quantity of electrical energy to a first lighting circuit of a first light fixture electrically connected to the first light control module; updating a display of a lighting control device coupled to the first light control module to display the icon selected on the display device of the mobile electronic device; transmitting a control message from the first light control module to a second light control module configured to cause a transmission of a second quantity of electrical energy to a second lighting circuit of a second light fixture electrically connected to the second light control module; and changing a flow of electricity from the second light control module to the second lighting circuit based on the input received by the selection of an icon on the display of the mobile electronic device to the first light control module.
A system for determining at least one rotation parameter of a rotary member, said system comprising: - an encoder intended to be combined in rotation with the rotary member so as to move jointly therewith, said encoder comprising a body whereon is formed a magnetic track that is able to emit a periodic magnetic signal representative of the rotation of said encoder, said track having an alternation of North and South magnetic poles separated by i transitions , each of said transitions extending along an Archimedean spiral defined in polar coordinates in relation to the axis of rotation by the equation ρ = Npp . Lp π . θ + θ i , N pp being the number of pairs of poles of the magnetic track and L p the polar width of each of the poles according to the radius of said encoder, the angle θ i of rotation of the i th spiral in relation to the first spiral being equal to π Npp . i with i between 0 and 2.N pp -1; - a rotation sensor able to detect the periodic magnetic field emitted by said encoder by means of a plurality of magnetic sensitive elements ; said system being characterised in that the sensitive elements are angularly distributed along the magnetic track in order to each deliver a signal representative of the rotation of the encoder , said sensor further comprising a device for subtracting the signals (V 1 , V 2 ) delivered by two sensitive elements forming therebetween an angle γ that is such that: 0.55π < γ .N pp < 0.83π, modulo 2π; or 1.17π < γ .N pp < 1.45π, modulo 2π. - an encoder intended to be combined in rotation with the rotary member so as to move jointly therewith, said encoder comprising a body whereon is formed a magnetic track that is able to emit a periodic magnetic signal representative of the rotation of said encoder, said track having an alternation of North and South magnetic poles separated by i transitions , each of said transitions extending along an Archimedean spiral defined in polar coordinates in relation to the axis of rotation by the equation ρ = Npp . Lp π . θ + θ i , N pp being the number of pairs of poles of the magnetic track and L p the polar width of each of the poles according to the radius of said encoder, the angle θ i of rotation of the i th spiral in relation to the first spiral being equal to π Npp . i with i between 0 and 2.N pp -1; - a rotation sensor able to detect the periodic magnetic field emitted by said encoder by means of a plurality of magnetic sensitive elements ; said system being characterised in that the sensitive elements are angularly distributed along the magnetic track in order to each deliver a signal representative of the rotation of the encoder , said sensor further comprising a device for subtracting the signals (V 1 , V 2 ) delivered by two sensitive elements forming therebetween an angle γ that is such that: 0.55π < γ .N pp < 0.83π, modulo 2π; or 1.17π < γ .N pp < 1.45π, modulo 2π. 0.55π < γ .N pp < 0.83π, modulo 2π; or 1.17π < γ .N pp < 1.45π, modulo 2π.
A non-woven, stab, spike and ballistic resistant panel comprising a plurality of non-woven fabric layers , each of said non-woven fabric layers comprising a plurality of axially oriented fibers and wherein at least one of said non-woven fabric layers is a non-uniform layer having a non-uniform thickness, wherein said non-uniform layer has thick areas and thin areas , wherein the areal density of said thick areas is greater than the areal density of said thin areas, wherein each non-uniform layer has a front surface and a rear surface, wherein each of said thick areas individually protrude from at least one of said surfaces, characterized by the thick areas having a higher filament concentration than the thin areas.
A hydration state indicator comprising: - a watertight shell; - a semi-permeable membrane configured to permit the passage of water molecules and to block the passage of molecules of at least one solute; - a water-absorbent indicator layer enclosed by the shell and the membrane, wherein the water-absorbent indicator layer has a predetermined osmotic strength, wherein the osmotic strength is substantially equal to the osmotic strength of healthy human tissue, and wherein the volume of at least one part of the indicator layer is variable in dependence on the water content of the indicator layer; - output means configured to provide an output which is variable in dependence on the volume of the at least one part of the indicator layer. - a watertight shell; - a semi-permeable membrane configured to permit the passage of water molecules and to block the passage of molecules of at least one solute; - a water-absorbent indicator layer enclosed by the shell and the membrane, wherein the water-absorbent indicator layer has a predetermined osmotic strength, wherein the osmotic strength is substantially equal to the osmotic strength of healthy human tissue, and wherein the volume of at least one part of the indicator layer is variable in dependence on the water content of the indicator layer; - output means configured to provide an output which is variable in dependence on the volume of the at least one part of the indicator layer.
A sole structure for an article of footwear, the sole structure comprising: an outer shell having a first protruding portion extending from a first ground-contacting surface of the outer shell and including a first aperture at a distal end thereof and a second protruding portion extending from the first ground-contacting surface of the outer shell and including a second aperture at a distal end thereof; a midsole component disposed within the outer shell and extending into the first protruding portion and into the second protruding portion , the midsole component spaced apart from the first aperture and extending through the second aperture; a first cleat member disposed proximate to the distal end of the first protruding portion and forming a second ground-contacting surface, the first cleat member being received within the first aperture; and a second cleat member disposed proximate to the distal end of the second protruding portion and forming a third ground-contacting surface, the second cleat member being attached to the second protruding portion by the midsole component. an outer shell having a first protruding portion extending from a first ground-contacting surface of the outer shell and including a first aperture at a distal end thereof and a second protruding portion extending from the first ground-contacting surface of the outer shell and including a second aperture at a distal end thereof; a midsole component disposed within the outer shell and extending into the first protruding portion and into the second protruding portion , the midsole component spaced apart from the first aperture and extending through the second aperture; a first cleat member disposed proximate to the distal end of the first protruding portion and forming a second ground-contacting surface, the first cleat member being received within the first aperture; and a second cleat member disposed proximate to the distal end of the second protruding portion and forming a third ground-contacting surface, the second cleat member being attached to the second protruding portion by the midsole component.
A ceramic-metal temporary bonding body, comprising: a ceramic resin composite in which a non-oxide ceramic sintered body is impregnated with a thermosetting resin composition having cyanate groups in such a manner that a degree of cure calculated by differential scanning calorimetry and as described in the description is 5.0% or more and 70% or less, wherein the thermosetting resin composition is a semi-cured resin composition; and a metal plate temporarily bonded to at least one surface of the ceramic resin composite, wherein a shear bond strength measured in conformity to JIS K6850:1999 between the ceramic resin composite and the metal plate is 0.1 MPa or more and 1.0 MPa or less. a ceramic resin composite in which a non-oxide ceramic sintered body is impregnated with a thermosetting resin composition having cyanate groups in such a manner that a degree of cure calculated by differential scanning calorimetry and as described in the description is 5.0% or more and 70% or less, wherein the thermosetting resin composition is a semi-cured resin composition; and a metal plate temporarily bonded to at least one surface of the ceramic resin composite, wherein a shear bond strength measured in conformity to JIS K6850:1999 between the ceramic resin composite and the metal plate is 0.1 MPa or more and 1.0 MPa or less.
A variant polypeptide comprising substitution G142S at a position corresponding to position 142 of the polypeptide of SEQ ID NO: 2, wherein the variant polypeptide has beta-glucosidase activity and at least 80% sequence identity to the polypeptide of SEQ ID NO: 2 and wherein the variant polypeptide is less sensitive to glucose inhibition than the parent polypeptide shown in SEQ ID NO: 2.
A mirror, comprising: - a glass substrate ; - a metallic or substantially metallic reflective layer comprising silicon aluminum provided on the glass substrate ; - the metallic or substantially metallic reflective layer comprising silicon aluminum being located between at least first and second dielectric layers, and wherein the first dielectric layer is located between at least the glass substrate and the metallic or substantially metallic reflective layer comprising silicon aluminum; wherein the layer comprising silicon aluminum comprises, on a weight basis, more silicon than aluminum; and - a protective layer comprising zirconium oxide on the glass substrate over the reflective layer and over the first and second Z dielectric layers. - a glass substrate ; - a metallic or substantially metallic reflective layer comprising silicon aluminum provided on the glass substrate ; - the metallic or substantially metallic reflective layer comprising silicon aluminum being located between at least first and second dielectric layers, and wherein the first dielectric layer is located between at least the glass substrate and the metallic or substantially metallic reflective layer comprising silicon aluminum; wherein the layer comprising silicon aluminum comprises, on a weight basis, more silicon than aluminum; and - a protective layer comprising zirconium oxide on the glass substrate over the reflective layer and over the first and second Z dielectric layers.
Rotary pump, notably a wastewater submersible pump , of which the face end facing the pump intake opening is open and only the face end of the impeller facing away from the intake opening is covered by a circular coaxial impeller hub , on which the curved impeller vanes are fastened, and in particular moulded on, characterised by a base plate with the intake opening facing the impeller having a first section mounted on the pump casing so as to be immovable or moveable and at least one second, plate-shaped section in the form of a segment mounted on the first section and/or on the casing wall so as to be moveable against spring pressure and/or deformable, so that their distance or at least the distance of the segment or the segments to the impeller and therefore to the impeller vanes can change, in which the moveable second section is held on the immoveable first section and/or the casing wall by at least one screw permitting limited motion.
A flexible circuit comprising: a perforated upper laminate sheet including a plurality of perforations ; a lower laminate sheet ; a plurality of metallic conductors laminated between the perforated upper laminate sheet and the lower laminate sheet , wherein the metallic conductors are arranged side by side and extend in a longitudinal direction between the upper and lower laminate sheet , wherein each of the metallic conductors is a metallic ribbon, a metallic tape or a metallic wire and wherein each of the metallic conductors has a plurality of sets of two metallic contacts, wherein the two metallic contacts of each set are on two separate portions of the same metallic conductor, the separate portions formed by perforations in the metallic conductor , wherein each set is exposed by a respective one of the perforations ; and a plurality of surface mount devices , wherein each of the surface mount devices is attached to a respective one of the sets of two metallic contacts. a perforated upper laminate sheet including a plurality of perforations ; a lower laminate sheet ; a plurality of metallic conductors laminated between the perforated upper laminate sheet and the lower laminate sheet , wherein the metallic conductors are arranged side by side and extend in a longitudinal direction between the upper and lower laminate sheet , wherein each of the metallic conductors is a metallic ribbon, a metallic tape or a metallic wire and wherein each of the metallic conductors has a plurality of sets of two metallic contacts, wherein the two metallic contacts of each set are on two separate portions of the same metallic conductor, the separate portions formed by perforations in the metallic conductor , wherein each set is exposed by a respective one of the perforations ; and a plurality of surface mount devices , wherein each of the surface mount devices is attached to a respective one of the sets of two metallic contacts.
A pharmaceutically acceptable acid addition salt of: (i) S-pindolol; and (ii) benzoic acid. (i) S-pindolol; and (ii) benzoic acid.
Motor vehicle door with an outer wall and a lining forming a box , said box comprising: - a main lateral reinforcement extending longitudinally between a front edge and a rear edge of said box ; - an upper reinforcement extending longitudinally along an upper edge of said box ; - an external opening control support of the door , fixed to the upper reinforcement ; - an auxiliary lateral reinforcement which extends above the main lateral reinforcement , longitudinally between the front and rear edges of the box , the external opening control support of the door being a plate with an upper edge fixed to the upper reinforcement and a lower edge fixed to the auxiliary lateral reinforcement , characterized in that the fixing of the upper edge and of the lower edge of the external opening control support to the upper reinforcement and to the auxiliary lateral reinforcement , respectively, are distributed over more than 80% of the length of each of said edges , each of the main lateral reinforcement , the upper reinforcement and the auxiliary lateral reinforcement forms a beam with a quadratic bending moment, the quadratic bending moment of the auxiliary lateral reinforcement being less than 50% at the quadratic bending moment of the main lateral reinforcement . - a main lateral reinforcement extending longitudinally between a front edge and a rear edge of said box ; - an upper reinforcement extending longitudinally along an upper edge of said box ; - an external opening control support of the door , fixed to the upper reinforcement ; - an auxiliary lateral reinforcement which extends above the main lateral reinforcement , longitudinally between the front and rear edges of the box ,