mhurhangee/patent-ind-claim-en huggingface dataset:
An aerodynamically enhanced appendage covering comprising a first portion that is not subject to significant airflow and a second portion that is positioned to engage significantly more airflow when placed on a moving body (MB), at least a part of the second portion including an aerodynamically enhanced area, the aerodynamically enhanced area including a first frontal zone , a second turbulence inducing zone , and a third rear zone , the second zone being disposed between the first and third zones, the first zone being configured to have a relatively smooth surface for inducing a relatively lesser amount of turbulence on air flowing past than the second zone , the second zone having a surface that is less smooth than the first zone , the second zone comprising at least two rows of discrete turbulence inducing features configured for creating a boundary layer for inducing turbulence in air flowing past the second zone , characterised in that the third zone has a surface that is smoother than the second zone , and the third zone including a ribbon-shaped raised portion that extends in a direction generally perpendicular to the direction of air streams that flow past the second zone during use of the appendage covering , the ribbon-shaped raised portion being configured and positioned for directing the air streams to merge at the rear of the appendage covering . the aerodynamically enhanced area including a first frontal zone , a second turbulence inducing zone , and a third rear zone , the second zone being disposed between the first and third zones, the first zone being configured to have a relatively smooth surface for inducing a relatively lesser amount of turbulence on air flowing past than the second zone , the second zone having a surface that is less smooth than the first zone , the second zone comprising at least two rows of discrete turbulence inducing features configured for creating a boundary layer for inducing turbulence in air flowing past the second zone , characterised in that the third zone has a surface that is smoother than the second zone , and the third zone including a ribbon-shaped raised portion that extends in a direction generally perpendicular to the direction of air streams that flow past the second zone during use of the appendage covering , the ribbon-shaped raised portion being configured and positioned for directing the air streams to merge at the rear of the appendage covering .
An imaging device, comprising: an imaging unit configured to generate image data on the basis of a first power voltage (VDDH); an image processing unit (41; 71) configured to perform image processing on the image data on the basis of a second power voltage (VDDL); a reference voltage generating unit configured to generate a first reference voltage (VthL) on the basis of the first power voltage (VDDH) and a second reference voltage (VthH) on the basis of the first power voltage (VDDH); and an analog circuit configured to compare the second power voltage (VDDL) with the first reference voltage (VthL) and the second reference voltage (VthH), including a first flag generating unit , configured to generate a first flag signal (XERP) for the second power voltage (VDDL) on the basis of the comparison of the second power voltage (VDDL) with the first reference voltage (VthL) and the second reference voltage (VthH) and configured to output the first flag signal (XERP), wherein the first flag signal (XERP) can be set to a first logical level or a second logical level. an imaging unit configured to generate image data on the basis of a first power voltage (VDDH); an image processing unit (41; 71) configured to perform image processing on the image data on the basis of a second power voltage (VDDL); a reference voltage generating unit configured to generate a first reference voltage (VthL) on the basis of the first power voltage (VDDH) and a second reference voltage (VthH) on the basis of the first power voltage (VDDH); and an analog circuit configured to compare the second power voltage (VDDL) with the first reference voltage (VthL) and the second reference voltage (VthH), including a first flag generating unit , configured to generate a first flag signal (XERP) for the second power voltage (VDDL) on the basis of the comparison of the second power voltage (VDDL) with the first reference voltage (VthL) and the second reference voltage (VthH) and configured to output the first flag signal (XERP), wherein the first flag signal (XERP) can be set to a first logical level or a second logical level.
A working vehicle comprising: tying-down attachment points in at least the front of a vehicle body for attaching a tightening member for preventing reversal at the time of transportation or parking, wherein the tying-down attachment points are arranged at two positions, to the right and left, on a front end surface of the vehicle body , are capable of attachment to a lifting member for lifting the vehicle body upward and have sufficient strength in a vertical direction to withstand a load applied at the time of lifting the vehicle body upward after attaching the lifting member , thereby doubling as lifting attachment points. tying-down attachment points in at least the front of a vehicle body for attaching a tightening member for preventing reversal at the time of transportation or parking, wherein the tying-down attachment points are arranged at two positions, to the right and left, on a front end surface of the vehicle body , are capable of attachment to a lifting member for lifting the vehicle body upward and have sufficient strength in a vertical direction to withstand a load applied at the time of lifting the vehicle body upward after attaching the lifting member , thereby doubling as lifting attachment points.
Clamping device for holding a part that is to be clamped in a clamping recess in which the clamping device is arranged, the clamping device comprising: - a collet with a first external protrusion for engagement with an internal recess in an inner peripheral area of the part that is to be clamped and with a second external protrusion for engagement with an internal recess in an inner peripheral area of the clamping recess , wherein at least one of the first external protrusion and/or the second external protrusion comprises a first external taper and/or a second external taper , respectively, for pulling the part to be clamped into the clamping recess by a radial outward movement of the collet or a section of the collet and - an operation stud including an external tapered section for effecting the radial outward movement of the collet , wherein the collet is self-lockable by a movement of the operation stud in axial direction that fixes - the external tapered section of the operation stud and - the collet or a part between the collet and the operation stud to each other, characterised in that the operation stud has two external tapered sections for interaction with the collet , wherein each of the external tapered sections is self-locking. - a collet with a first external protrusion for engagement with an internal recess in an inner peripheral area of the part that is to be clamped and with a second external protrusion for engagement with an internal recess in an inner peripheral area of the clamping recess , wherein at least one of the first external protrusion and/or the second external protrusion comprises a first external taper and/or a second external taper , respectively, for pulling the part to be clamped into the clamping recess by a radial outward movement of the collet or a section of the collet and - an operation stud including an external tapered section for effecting the radial outward movement of the collet , - the external tapered section of the operation stud and - the collet or a part between the collet and the operation stud to each other,
Fluid management system comprising a machine-internal fluid line which can be connected to a fluid inlet for supplying a flushing fluid and a fluid outlet for discharging the flushing fluid, a shut-off device in the fluid line, which divides the fluid line into a first and a second fluid line portion , a first fluid conveying means in the first fluid line portion arranged upstream of the shut-off device during operation of the first fluid conveying means , a second fluid conveying means in the fluid line portion arranged downstream of the shut-off device during operation of the second fluid conveying means , and a control device for actuating the shut-off device , the first fluid conveying means and the second fluid conveying means , wherein the control device is configured, in order to increase a pressure in the first fluid line portion relative to a pressure in the second fluid line portion , to actuate the first fluid conveying means for conveying fluid in the direction of the shut-off device , and is configured, in order to lower a pressure in a second fluid line portion relative to the pressure in the first fluid line portion downstream of the shut-off device , to actuate the second fluid conveying means for conveying fluid away from the shut-off device , and wherein the control device is configured to open the shut-off agent at least once at increased pressure in the first fluid portion and at lowered pressure in the second fluid portion . a machine-internal fluid line which can be connected to a fluid inlet for supplying a flushing fluid and a fluid outlet for discharging the flushing fluid, a shut-off device in the fluid line, which divides the fluid line into a first and a second fluid line portion , a first fluid conveying means in the first fluid line portion arranged upstream of the shut-off device during operation of the first fluid conveying means , a second fluid conveying means in the fluid line portion arranged downstream of the shut-off device during operation of the second fluid conveying means , and a control device for actuating the shut-off device , the first fluid conveying means and the second fluid conveying means , wherein the control device is configured, in order to increase a pressure in the first fluid line portion relative to a pressure in the second fluid line portion , to actuate the first fluid conveying means for conveying fluid in the direction of the shut-off device , and is configured, in order to lower a pressure in a second fluid line portion relative to the pressure in the first fluid line portion downstream of the shut-off device , to actuate the second fluid conveying means for conveying fluid away from the shut-off device , and wherein the control device is configured to open the shut-off agent at least once at increased pressure in the first fluid portion and at lowered pressure in the second fluid portion .
A camera assembly for an industrial vehicle cab , comprising: - a supporting arm having a main axis (A51), said supporting arm including a first portion and a second portion , the first portion having a first end provided with a mounting device for mounting on the cab and a second end coupled to the second portion ; - a camera arranged on said second portion of the supporting arm , for providing an image of a surrounding area; the first portion and the second portion of the supporting arm are coupled via coupling means which are configured so that the second portion can move relative to the first portion between: - a first operative position (P1), in which the camera is adapted to provide an image of a first surrounding area ; - and a second operative position (P2), in which the camera is adapted to provide an image of a second surrounding area distinct from the first surrounding area , characterized in that - the camera has an optical axis (A52), and in that the optical axis in the first operative position (P1) and the optical axis in the second operative position (P2) form an angle (α) in a horizontal plane in the mounted position of the camera assembly on the cab , said angle (α) having a minimum value of 90°, and a maximum value of 200, - the camera has an optical axis (A52), and in that the optical axis in the first operative position (P1) and the optical axis in the second operative position (P2) form an angle (β) in a vertical longitudinal plane in the mounted position of the camera assembly on the cab , said angle (β) having a minimum value of 90°, preferably 100°, more preferably 120°, and a maximum value of 160°, preferably 150°, more preferably 130°. - a supporting arm having a main axis (A51), said supporting arm including a first portion and a second portion , the first portion having a first end provided with a mounting device for mounting on the cab and a second end coupled to the second portion ; - a camera arranged on said second portion of the supporting arm , for providing an image of a surrounding area; - a first operative position (P1), in which the camera is adapted to provide an image of a first surrounding area ; - and a second operative position (P2), in which the camera is adapted to provide an image of a second surrounding area distinct from the first surrounding area , characterized in that - the camera has an optical axis (A52), and in that the optical axis in the first operative position (P1) and the optical axis in the second operative position (P2) form an angle (α) in a horizontal plane in the mounted position of the camera assembly on the cab , said angle (α) having a minimum value of 90°, and a maximum value of 200, - the camera has an optical axis (A52), and in that the optical axis in the first operative position (P1) and the optical axis in the second operative position (P2) form an angle (β) in a vertical longitudinal plane in the mounted position of the camera assembly on the cab , said angle (β) having a minimum value of 90°, preferably 100°, more preferably 120°, and a maximum value of 160°, preferably 150°, more preferably 130°.
A melt-processed product comprising cellulose fibers wherein the cellulose fibers are at least partly modified to contain dialcohol cellulose and wherein the amount of the modified cellulose fibers in the melt-processed product is more than 60wt%; and wherein the degree of conversion of the at least partly modified cellulose to dialcohol cellulose, based on the total number of oxidizable C2-C3 bonds in the cellulose material, is at least 10% but less than 70%.
Use of a screening culture medium for screening Candida auris based on a positive or negative ability of Candida auris to degrade an enzyme substrate, wherein the medium comprises an enzyme substrate, wherein the enzyme substrate includes raffinose and xylose, wherein each of raffinose and xylose is labeled such that a different color is developed in a case of being degraded, and wherein the microorganism is determined to be Candida auris , in a case where the microorganism has a positive ability to degrade raffinose, and a negative ability to degrade xylose. wherein the medium comprises an enzyme substrate, wherein the enzyme substrate includes raffinose and xylose, wherein each of raffinose and xylose is labeled such that a different color is developed in a case of being degraded, and wherein the microorganism is determined to be Candida auris , in a case where the microorganism has a positive ability to degrade raffinose, and a negative ability to degrade xylose.
A method of printing a cyclodextrin composition onto a substrate, the method comprising forming one or more cyclodextrin inclusion complexes, the one or more cyclodextrin inclusion complexes comprising cyclodextrin complexed with a medicament, a fragrance, a colorant, an antimicrobial, or 1-methylcyclopropene; combining a polymer and the one or more cyclodextrin inclusion complexes to form an electrostatically printable composition; adding the printable composition to a cartridge, the cartridge designed and adapted to be connected to an electrostatic printer for dispensing electrostatically printable materials during electrostatic printing; connecting the cartridge to the electrostatic printer; and directing the printer to electrostatically print an image on a substrate; wherein the complexed medicament, fragrance, antimicrobial, or 1-methylcyclopropene is releasable after printing.
A device for transporting and controlling light beams for endo-microscopic imaging without a lens on the distal side, comprising: - a first light guide comprising a bundle of single-mode optical fibres (F i ), wherein each single-mode optical fibre (F i ) is configured to receive an elementary light beam (B 1i ) at a proximal end and emit a light beam (B 2i ) at a distal end, - a second light guide comprising a section of a step-index multimode optical fibre, arranged at the distal end of the first light guide, wherein the multimode optical fibre section is configured to receive the light beams (B 2i ) emitted by the single-mode optical fibres of the optical fibre bundle; - an optical device for phase control arranged on the side of the proximal end of the first light guide comprising: - at least one spatial light modulator configured to apply a phase shift to each of the elementary beams (B 1i ); - means of programming the first spatial light modulator configured for the application of a phase shift to each of the elementary beams (B 1i ) in order to form an illumination beam with a determined phase function at the distal end of the multimode optical fibre . - a first light guide comprising a bundle of single-mode optical fibres (F i ), wherein each single-mode optical fibre (F i ) is configured to receive an elementary light beam (B 1i ) at a proximal end and emit a light beam (B 2i ) at a distal end, - a second light guide comprising a section of a step-index multimode optical fibre, arranged at the distal end of the first light guide, wherein the multimode optical fibre section is configured to receive the light beams (B 2i ) emitted by the single-mode optical fibres of the optical fibre bundle; - an optical device for phase control arranged on the side of the proximal end of the first light guide comprising: - at least one spatial light modulator configured to apply a phase shift to each of the elementary beams (B 1i ); - means of programming the first spatial light modulator configured for the application of a phase shift to each of the elementary beams (B 1i ) in order to form an illumination beam with a determined phase function at the distal end of the multimode optical fibre . - at least one spatial light modulator configured to apply a phase shift to each of the elementary beams (B 1i ); - means of programming the first spatial light modulator configured for the application of a phase shift to each of the elementary beams (B 1i ) in order to form an illumination beam with a determined phase function at the distal end of the multimode optical fibre .
A cable comprising a copper conductor and a polymer layer adjacent to the copper conductor, wherein the polymer layer comprises a polymer composition comprising a polymer of ethylene, which comprises a comonomer with silane groups containing units that are hydrolysable, and a benzotriazole compound.
Projectile , comprising a projectile part and an ogive attachable to the projectile part , characterized in that a connection between the ogive and the projectile part is designed as a threaded through-screw connection and has a cylindrical extension piece extending from the ogive , which extension piece has a thread in a definable region , and in that a screw ring can be screwed onto the cylindrical extension piece such that the ogive can be screwed together with the screw ring against the projectile part .
. An industrial truck with at least one hydraulic mast lifting cylinder that is connected to a hydraulic block via a hydraulic assembly that limits a lowering speed of the mast lifting cylinder , wherein the hydraulic assembly is designed to limit the lowering speed to at least two maximum values depending on the load, a first maximum value for the lowering speed being provided at a first predetermined load value and a second maximum value for the lowering speed being provided at a second load value that is less than the first load value, characterized in that switching takes place between the first and second maximum value by means of a pressure balance to which a pressure that depends on the pressure in the mast lifting cylinder is applied.
A surgical kit for arthroplasty on a knee joint, the surgical kit comprising at least one distal femoral trial for evaluating a distal femoral resection of a distal femur, wherein the distal femoral trial comprises: (a) a top most, superior, planar surface for contact with medial and lateral portions of the distal femoral resection; and (b) an inferior, curved surface defining medial and lateral condylar surfaces for contact with an unresected surface on a proximal tibia, characterised in that the distal femoral trial defines, between the medial and lateral condylar surfaces, a gap configured to admit at least a portion of a retained cruciate ligament through the distal femoral trial when the top most, superior planar surface is in contact with the distal femoral resection. (a) a top most, superior, planar surface for contact with medial and lateral portions of the distal femoral resection; and (b) an inferior, curved surface defining medial and lateral condylar surfaces for contact with an unresected surface on a proximal tibia, characterised in that the distal femoral trial defines, between the medial and lateral condylar surfaces, a gap configured to admit at least a portion of a retained cruciate ligament through the distal femoral trial when the top most, superior planar surface is in contact with the distal femoral resection.
An apparatus to be included in a user equipment, UE, the apparatus comprising circuitry to: identify a plurality of paging opportunities for the UE that are to occur in a paging frame during a paging cycle ; and check one or more paging opportunities of the plurality of paging opportunities for a paging message directed to the UE, wherein the paging frame has a plurality of subframes that respectively correspond with the plurality of paging opportunities and each of the plurality of subframes include the paging message , and wherein the paging cycle is an extended paging cycle having a length greater than 2.56 seconds. identify a plurality of paging opportunities for the UE that are to occur in a paging frame during a paging cycle ; and check one or more paging opportunities of the plurality of paging opportunities for a paging message directed to the UE, wherein the paging frame has a plurality of subframes that respectively correspond with the plurality of paging opportunities and each of the plurality of subframes include the paging message , and wherein the paging cycle is an extended paging cycle having a length greater than 2.56 seconds.