mhurhangee/patent-ind-claim-en huggingface dataset:
A vibrating structure angular rate sensor comprising: a substrate ; a plurality of flexible supporting structures fixed to the substrate ; an annular member which is flexibly supported by the plurality of supporting structures to move elastically relative to the substrate ; and an electrical drive system configured to drive the annular member to oscillate in a primary mode of oscillation with a resonant frequency f 1 ; wherein the plurality of supporting structures comprises: at least one active supporting structure which carries an active electrical connection from the annular member to the drive system ; and at least one passive supporting structure which does not carry an active electrical connection from the annular member to the drive system ; characterised in that one or more of the supporting structures comprises a first radial portion connected to a second radial portion that is angularly aligned with the first radial portion , the first and second radial portions being connected by a U-shaped circumferential portion . a substrate ; a plurality of flexible supporting structures fixed to the substrate ; an annular member which is flexibly supported by the plurality of supporting structures to move elastically relative to the substrate ; and an electrical drive system configured to drive the annular member to oscillate in a primary mode of oscillation with a resonant frequency f 1 ; at least one active supporting structure which carries an active electrical connection from the annular member to the drive system ; and at least one passive supporting structure which does not carry an active electrical connection from the annular member to the drive system ; characterised in that one or more of the supporting structures comprises a first radial portion connected to a second radial portion that is angularly aligned with the first radial portion , the first and second radial portions being connected by a U-shaped circumferential portion .
A contact for electrical connectors, said contact comprising: a contact member , a box-shaped hood extending along a longitudinal axis (L) and enclosing at least partially the contact member , said hood being bent from a sheet-metal part into the box-shape having four outer walls extend along the longitudinal axis (L) and having a front side with an opening configured to accommodate a counter contact member in the direction of the longitudinal axis (L) into the box-shaped hood for contacting the contact member , said sheet-metal part having a first connection portion with a first abutment edge and a second connection portion with a second abutment edge wherein the first and second abutment edges abut each other, characterized in that the first connection portion is provided with a first connection element at the front side , wherein the first connection element is a first flap integral with a first outer wall of said four outer walls provided at the opening and being bent inwardly, that the second connection portion is provided with a second connection element at the front side , wherein the second connection element is a second flap integral with a second outer wall of said four outer walls provided at the opening and being bent inwardly and backwards such that the second flap enters the hood through the opening , and that the first flap and the second flap engage each other so as to lock the first connection portion and the second connection portion against detaching the first and second connection portions away from each other. a contact member , a box-shaped hood extending along a longitudinal axis (L) and enclosing at least partially the contact member , said hood being bent from a sheet-metal part into the box-shape having four outer walls extend along the longitudinal axis (L) and having a front side with an opening configured to accommodate a counter contact member in the direction of the longitudinal axis (L) into the box-shaped hood for contacting the contact member , said sheet-metal part having a first connection portion with a first abutment edge and a second connection portion with a second abutment edge wherein the first and second abutment edges abut each other, characterized in that the first connection portion is provided with a first connection element at the front side , wherein the first connection element is a first flap integral with a first outer wall of said four outer walls provided at the opening and being bent inwardly, that the second connection portion is provided with a second connection element at the front side , wherein the second connection element is a second flap integral with a second outer wall of said four outer walls provided at the opening and being bent inwardly and backwards such that the second flap enters the hood through the opening , and that the first flap and the second flap engage each other so as to lock the first connection portion and the second connection portion against detaching the first and second connection portions away from each other.
An accelerometer arrangement for determining accelerations of an inground tool along three orthogonal axes during an inground operation that exposes the accelerometer arrangement to a mechanical shock and vibration environment, said accelerometer arrangement comprising: a first MEMS triaxial accelerometer and a second MEMS triaxial accelerometer , each of which includes a set of three orthogonally arranged accelerometer sensing axes including a pair of in-plane sensing axes and a normal sensing axis with the normal sensing axis having a higher rate of failure responsive to mechanical shock and vibration than the in-plane sensing axes; a support structure for supporting the first and second triaxial accelerometers such that the normal sensing axis of the first triaxial accelerometer is at least generally orthogonal to the normal sensing axis of the second triaxial accelerometer ; and a processor for determining the accelerations along said three orthogonal axes based on a combination of sensing axis outputs from the first and second triaxial accelerometers without using the normal sensing axis output of each of the first and second triaxial accelerometers. a first MEMS triaxial accelerometer and a second MEMS triaxial accelerometer , each of which includes a set of three orthogonally arranged accelerometer sensing axes including a pair of in-plane sensing axes and a normal sensing axis with the normal sensing axis having a higher rate of failure responsive to mechanical shock and vibration than the in-plane sensing axes; a support structure for supporting the first and second triaxial accelerometers such that the normal sensing axis of the first triaxial accelerometer is at least generally orthogonal to the normal sensing axis of the second triaxial accelerometer ; and a processor for determining the accelerations along said three orthogonal axes based on a combination of sensing axis outputs from the first and second triaxial accelerometers without using the normal sensing axis output of each of the first and second triaxial accelerometers.
Drill protection device for an access member , the drill protection device comprising: - an enclosure defining an interior volume and comprising a first side wall ; - at least one first plate member arranged within the interior volume , the at least one first plate member being flexibly connected to the first side wall and angled with respect to the first side wall ; and - fibers arranged within the interior volume . - an enclosure defining an interior volume and comprising a first side wall ; - at least one first plate member arranged within the interior volume , the at least one first plate member being flexibly connected to the first side wall and angled with respect to the first side wall ; and - fibers arranged within the interior volume .
A method for a communication device in a wireless network, wherein a system carrier of the wireless network comprises a plurality of sub-bands, and reference signals for mobility measurement are transmitted in at least one of the plurality of sub-bands, the method comprising: - measuring a signal quality for an operation sub-band; - comparing the signal quality with a signal quality threshold; - determining a switch action according to the comparison of the signal quality with the signal quality threshold; and - switching from the operation sub-band according to the determined switch action, wherein when the operation sub-band of the communication device is a sub-band in which the reference signals are transmitted, the signal quality threshold being a second signal quality threshold, the switching from the operation sub-band according to the determined switch action further comprises: - switching to a sub-band in which the reference signals are not transmitted in response to the comparison that the signal quality being higher than the second signal quality threshold. - measuring a signal quality for an operation sub-band; - comparing the signal quality with a signal quality threshold; - determining a switch action according to the comparison of the signal quality with the signal quality threshold; and - switching from the operation sub-band according to the determined switch action, - switching to a sub-band in which the reference signals are not transmitted in response to the comparison that the signal quality being higher than the second signal quality threshold.
A composition comprising 1,3-propanediol and an extraction product, wherein the 1,3-propanediol is biologically-derived, has a purity level of less than 400 ppm total organic contaminants and has a concentration of peroxide of less than 10 ppm.
An assembly comprising a cable tray for a vehicle, especially a railway vehicle, a support and at least one device for fastening the cable tray , the cable tray being suitable for being fastened to the support to carry a set of electrical cable(s) between the support and the cable tray , the cable tray including a coating of an alloy comprising zinc, aluminium and magnesium, the cable tray being movable with respect to the support between: - a fastened position in which the cable tray is fastened to the support by the fastening device , and - a moved apart position in which the cable tray is moved apart from the support , wherein the support defines a rail extending along a longitudinal direction (L), the support further defining an opening extending along the longitudinal direction (L) and opening into the rail , the fastening device comprising a screw and a stud , the stud being adapted to receive the screw , and, in the fastened position of the cable tray , the stud being inserted into the rail and the screw being received by the stud , the screw passing through the opening of the rail . the cable tray being movable with respect to the support between: - a fastened position in which the cable tray is fastened to the support by the fastening device , and - a moved apart position in which the cable tray is moved apart from the support , - a fastened position in which the cable tray is fastened to the support by the fastening device , and - a moved apart position in which the cable tray is moved apart from the support , wherein the support defines a rail extending along a longitudinal direction (L), the support further defining an opening extending along the longitudinal direction (L) and opening into the rail , the fastening device comprising a screw and a stud , the stud being adapted to receive the screw , and, in the fastened position of the cable tray , the stud being inserted into the rail and the screw being received by the stud , the screw passing through the opening of the rail .
A method for expressing a nucleotide sequence of interest in a plant or a plant cell comprising transforming the plant or the plant cell with an expression cassette comprising a promoter operably linked to the heterologous nucleotide sequence of interest, wherein the promoter comprises the sequence set forth in SEQ ID NO: 1, wherein the promoter facilitates root-specific transcription in the plant.
A battery pack comprising a battery terminal (20; 22; 24; 26) capable of engaging with an apparatus terminal (40; 42; 44) having a flat plate-like shape so as to be electrically connected with the apparatus terminal (40; 42; 44), wherein the battery pack is capable of being detachably attached to an apparatus including the apparatus terminal (40; 42; 44) by sliding the battery pack in a sliding direction along the apparatus terminal (40; 42; 44), wherein the sliding direction corresponds to a front-rear-direction of the battery pack , the battery terminal (20; 22; 24; 26) comprises a base (64; 90) and a pair of elastic clamping pieces (66; 92) extending upward from the base (64; 90) and configured to receive the apparatus terminal (40; 42; 44) when the battery pack is attached to the apparatus and to clamp the apparatus terminal (40; 42; 44) from both sides of the apparatus terminal (40; 42; 44), and the base (64; 90) comprises a bottom plate portion (46; 74) extending along the front-rear-direction, characterized in that the pair of the elastic clamping pieces (66; 92) extends in a direction perpendicular to the sliding direction, and each of the elastic clamping pieces (66; 92) comprises a first inclined portion (62; 86), wherein the first inclined portion (62; 86) is inclined relative to the bottom plate portion (46; 74) so that an angle formed between the first inclined portion (62; 86) and the bottom plate portion (46; 74) becomes an acute angle.
A spring brake actuator , in particular a parking or emergency spring brake actuator for use in a commercial vehicle, said actuator comprising: - a cylinder housing comprising a cylinder housing base , - a spring brake piston located in said cylinder housing for applying a braking force, - a spring guide being attached to the spring brake piston , - a compression spring located between the cylinder housing base and the spring guide of the spring brake piston , said compression spring being effective to push the spring brake piston away from the base , wherein the spring guide comprises a valve and a retaining device for retaining the valve , the retaining device comprising a basic body and clamping means for clamping the device to the spring guide , characterized in that the clamping means are arranged at the basic body and along a circumference of the basic body , wherein the clamping means are spaced apart from each other forming slits between the clamping means to allow for a circulation of air through the slits . - a cylinder housing comprising a cylinder housing base , - a spring brake piston located in said cylinder housing for applying a braking force, - a spring guide being attached to the spring brake piston , - a compression spring located between the cylinder housing base and the spring guide of the spring brake piston , said compression spring being effective to push the spring brake piston away from the base , wherein the spring guide comprises a valve and a retaining device for retaining the valve , the retaining device comprising a basic body and clamping means for clamping the device to the spring guide , characterized in that the clamping means are arranged at the basic body and along a circumference of the basic body , wherein the clamping means are spaced apart from each other forming slits between the clamping means to allow for a circulation of air through the slits .
A vibration type removal apparatus that can peel and remove a hard tissue (HT) from a soft tissue (ST), the vibration type removal apparatus comprising: a housing ; a vibration device arranged in the housing ; a tool provided in a distal end portion of the vibration device , protruding from the housing , and insertable between the hard tissue (HT) and the soft tissue (ST); a control device that controls driving of the vibration device to vibrate the tool in an axial direction of the vibration device ; and a cooling device that cools the tool , characterised in that : a first surface , which opposes the soft tissue (ST), of the tool has a plurality of recesses formed thereon, along each of the axial direction of the vibration device and a width direction of the tool , and the control device controls the vibration of the tool by the vibration device to burst oscillation in which stop and vibration are repeated. a housing ; a vibration device arranged in the housing ; a tool provided in a distal end portion of the vibration device , protruding from the housing , and insertable between the hard tissue (HT) and the soft tissue (ST); a control device that controls driving of the vibration device to vibrate the tool in an axial direction of the vibration device ; and a cooling device that cools the tool , characterised in that : a first surface , which opposes the soft tissue (ST), of the tool has a plurality of recesses formed thereon, along each of the axial direction of the vibration device and a width direction of the tool , and the control device controls the vibration of the tool by the vibration device to burst oscillation in which stop and vibration are repeated. a first surface , which opposes the soft tissue (ST), of the tool has a plurality of recesses formed thereon, along each of the axial direction of the vibration device and a width direction of the tool , and the control device controls the vibration of the tool by the vibration device to burst oscillation in which stop and vibration are repeated.
Apparatus for detecting a fault in a printing system (200; 300), comprising: a monitoring module to: determine the length of a portion of a photoconductive foil installed on an imaging member as the imaging member rotates; and indicate a fault condition when the determined length is different to a reference length. determine the length of a portion of a photoconductive foil installed on an imaging member as the imaging member rotates; and indicate a fault condition when the determined length is different to a reference length.
A razor head comprising: a housing having a top face defining a shaving window delimited by a front guard and a rear cap together defining a tangent plane (P), at least one rigid cutting member , each movably mounted in blade receiving section of the housing, and having: a cutting edge portion extending along a cutting edge portion axis, and having a cutting edge accessible through the shaving window, a guided portion extending along a guided portion axis, and a bent portion intermediate the cutting edge portion and the guided portion , characterized in that an angle (A) measured between the cutting edge portion axis and the tangent plane (P) is between 12° and 15°, and in that the housing has a guide, wherein the cutting members are guided for movement in said guide from a nominal position achieved when not shaving, wherein the angle (A) measured between the cutting edge portion axis and the tangent plane (P) is measured in said nominal position. a housing having a top face defining a shaving window delimited by a front guard and a rear cap together defining a tangent plane (P), at least one rigid cutting member , each movably mounted in blade receiving section of the housing, and having: a cutting edge portion extending along a cutting edge portion axis, and having a cutting edge accessible through the shaving window, a guided portion extending along a guided portion axis, and a bent portion intermediate the cutting edge portion and the guided portion , characterized in that an angle (A) measured between the cutting edge portion axis and the tangent plane (P) is between 12° and 15°, and in that the housing has a guide, wherein the cutting members are guided for movement in said guide from a nominal position achieved when not shaving, wherein the angle (A) measured between the cutting edge portion axis and the tangent plane (P) is measured in said nominal position. a cutting edge portion extending along a cutting edge portion axis, and having a cutting edge accessible through the shaving window, a guided portion extending along a guided portion axis, and a bent portion intermediate the cutting edge portion and the guided portion , characterized in that an angle (A) measured between the cutting edge portion axis and the tangent plane (P) is between 12° and 15°, and in that the housing has a guide, wherein the cutting members are guided for movement in said guide from a nominal position achieved when not shaving, wherein the angle (A) measured between the cutting edge portion axis and the tangent plane (P) is measured in said nominal position.
A well system including: A wellhead apparatus , wherein: the wellhead apparatus defines a first gas conduit including a bottom end in gaseous communication with subterranean gas exiting a well bore , and a top end distal the bottom end ; the wellhead apparatus includes a wellhead housing at the first gas conduit bottom end , wherein the wellhead housing includes at least one wellhead housing outlet , wherein the portion of the first gas conduit defined by the wellhead housing has a second end distal the first gas conduit bottom end , and wherein the at least one wellhead housing outlet is in gaseous communication with the first gas conduit intermediate said bottom end and said second end ; and the wellhead apparatus includes at least one upper outlet in gaseous communication with the first gas conduit intermediate the at least one wellhead housing outlet and the top end ; characterized in that : - the first gas conduit is open to the atmosphere; and - the well system includes a suction source in gaseous communication with the at least one wellhead housing outlet and the at least one upper outlet for applying suction to the at least one wellhead housing outlet and/or the at least one upper outlet to divert the flow of subterranean gas within the first gas conduit to the at least one wellhead housing outlet and/or the at least one upper outlet . the wellhead apparatus defines a first gas conduit including a bottom end in gaseous communication with subterranean gas exiting a well bore , and a top end distal the bottom end ; the wellhead apparatus includes a wellhead housing at the first gas conduit bottom end , wherein the wellhead housing includes at least one wellhead housing outlet , wherein the portion of the first gas conduit defined by the wellhead housing has a second end distal the first gas conduit bottom end , and wherein the at least one wellhead housing outlet is in gaseous communication with the first gas conduit intermediate said bottom end and said second end ; and the wellhead apparatus includes at least one upper outlet in gaseous communication with the first gas conduit intermediate the at least one wellhead housing outlet and the top end ; - the first gas conduit is open to the atmosphere; and - the well system includes a suction source in gaseous communication with the at least one wellhead housing outlet and the at least one upper outlet for applying suction to the at least one wellhead housing outlet and/or the at least one upper outlet to divert the flow of subterranean gas within the first gas conduit to the at least one wellhead housing outlet and/or the at least one upper outlet .
A door communication system for a residential or commercial complex with a plurality of residential or commercial units , wherein the door communication system has a door station with a call display and a memory , wherein at least one biometric characteristic is stored in the memory which is assigned to a specific residential or commercial unit , wherein the door station has a biometric sensor for detecting the biometric characteristic and wherein the door communication system is adapted to initiate a call setup to the residential unit to which the biometric characteristic is assigned as a result of the detection of the biometric characteristic , characterized in that a plurality of biometric characteristics of the same person, for example fingerprints of different fingers of the same person, can be stored in the memory , each of which is assigned to exactly one of the plurality of residential or commercial units .