mhurhangee/patent-ind-claim-en huggingface dataset:
Tyre with sidewalls , a crown region provided with a tread , a reinforcing structure extending between the sidewalls and passing via the crown region, characterized in that the portion of the sidewalls that is axially outside the reinforcing structure comprises an insert comprising a first elastomer composition serving as a matrix, within which a second elastomer composition originating from recycled tyres is distributed substantially uniformly, the proportion of second composition being greater than or equal to 40%, and in that the insert is covered axially on the outside by a protective layer consisting of a two-way stretch fabric.
A glove having a thumb covering and at least a first finger covering , said glove in a saddle region between the thumb covering and the first finger covering possessing a coupling element which is configured for releasably fastening the glove to a coupling device of a pole handle, characterized in that the glove has a lacing system for selectively setting a width of the worn glove , wherein the lacing system, on a glove upper side , has a tensioning element a tensioning wheel , a tensioner housing and a coil received in the tensioner housing, and wherein the lacing system furthermore has at least one tensioning lace which is guided through at least one recess or at least one guide strap (17 - 19), wherein the tensioning lace by activating the tensioning element tensions the tensioning lace in a tensioning region and the width of the worn glove is thus decreased, and wherein the tensioning lace is relaxed or released by rotating the tensioning wheel in a relaxing direction (S2) counter to the tensioning direction (S1) and the width of the worn glove is thus increased, wherein the tensioning region on the glove upper side is disposed only to one side of the tensioning element , wherein the tensioning region is formed by a variable region which is disposed only to one side of the tensioning element and which is spanned by the tensioning lace , wherein the tensioning lace emanating from the tensioning element spans the variable region in the direction toward the thumb covering and back to the tensioning element , wherein the tensioning lace , between a first end which is fastened to the tensioning element , and a second end which is fastened to the tensioning element , in a first guide strap has at least one first deflection portion which is configured for receiving the tensioning lace , and wherein the lacing system is coupled to the coupling element by way of at least one material band, in the form of at least one reinforcement strip and by way of said at least one guide strap (17 - 19) for guiding through said tensioning lace . wherein the tensioning region on the glove upper side is disposed only to one side of the tensioning element , wherein the tensioning region is formed by a variable region which is disposed only to one side of the tensioning element and which is spanned by the tensioning lace , wherein the tensioning lace emanating from the tensioning element spans the variable region in the direction toward the thumb covering and back to the tensioning element , wherein the tensioning lace , between a first end which is fastened to the tensioning element , and a second end which is fastened to the tensioning element , in a first guide strap has at least one first deflection portion which is configured for receiving the tensioning lace , and wherein the lacing system is coupled to the coupling element by way of at least one material band, in the form of at least one reinforcement strip and by way of said at least one guide strap (17 - 19) for guiding through said tensioning lace .
A switching device comprising a first sheet of glazing material having a first major surface and an opposing second major surface , a switch attached to the first major surface of the first sheet of glazing material, and a sensor assembly facing the second major surface of the first sheet of glazing material, wherein the switch comprises a movable portion operatively coupled with the sensor assembly such that upon operation of the switch, the movable portion moves from a first position to a second position and the movement of the movable portion from the first position to the second position is detectable by the sensor assembly, characterized by the switching device further comprising a second sheet of glazing material spaced apart from the first sheet of glazing material, wherein the sensor assembly is between the first and second sheets of glazing material. characterized by the switching device further comprising a second sheet of glazing material spaced apart from the first sheet of glazing material, wherein the sensor assembly is between the first and second sheets of glazing material.
A guiding device for guiding an impact head of a homogenizing valve , said guiding device comprising: - a solid body having a cylindrical symmetry and having an internal cavity passing through the solid body , said internal cavity developing according to an axis of symmetry (A-A) of the solid body , said solid body having a plurality of passages that are obtained for allowing the passage of a fluid, said solid body comprising a case and a core that are integrally connected, the internal cavity being delimited by the core ; - a sleeve fitted within the internal cavity of the solid body for receiving the impact head , characterized in that the passages of the plurality of passages are through-holes obtained between the case and the core , said through-holes being separated by connecting elements that connect the core to the case . - a solid body having a cylindrical symmetry and having an internal cavity passing through the solid body , said internal cavity developing according to an axis of symmetry (A-A) of the solid body , said solid body having a plurality of passages that are obtained for allowing the passage of a fluid, said solid body comprising a case and a core that are integrally connected, the internal cavity being delimited by the core ; - a sleeve fitted within the internal cavity of the solid body for receiving the impact head ,
An electrophotographic photosensitive member having drum shape, the electrophotographic photosensitive member comprising: a support and a photosensitive layer, wherein an outer surface of the electrophotographic photosensitive member has wrinkles, and when, in a measurement according to the description, an observation region having square form with one side of 100 μm is placed at an arbitrary position on the outer surface, a line that passes through a central point of the observation region and is parallel to a circumferential direction of the electrophotographic photosensitive member is defined as a first reference line L1, and 3,599 reference lines obtained by rotating the first reference line L1 at every 0.1° around the central point are defined as L2 to L3,600, respectively, each of L1 to L3,600 intersects with convex portions of the wrinkles at a plurality of locations and has at least two different intersection angles selected from the plurality of locations. wherein an outer surface of the electrophotographic photosensitive member has wrinkles, and when, in a measurement according to the description, an observation region having square form with one side of 100 μm is placed at an arbitrary position on the outer surface, a line that passes through a central point of the observation region and is parallel to a circumferential direction of the electrophotographic photosensitive member is defined as a first reference line L1, and 3,599 reference lines obtained by rotating the first reference line L1 at every 0.1° around the central point are defined as L2 to L3,600, respectively, each of L1 to L3,600 intersects with convex portions of the wrinkles at a plurality of locations and has at least two different intersection angles selected from the plurality of locations.
Postbiotic composition comprising non-viable Bifidobacterium longum strain CECT 7347 and non-viable Lactobacillus rhamnosus strain CECT 8361.
A tool assembly comprising: a cartridge assembly ; a shell housing the cartridge assembly and defining a passage , the shell including a plurality of alignment splines disposed within the passage, adjacent alignment splines defining channels therebetween; and an anvil assembly including an anvil and a center rod extending from the anvil, the center rod defining a longitudinal axis (A-A) and including: a first spline including a first leading facet and a trailing end , the first leading facet configured to engage at least one of the plurality of alignment splines to clock the anvil assembly with the cartridge assembly; and a plurality of second splines radially spaced apart about the longitudinal axis, each of the second splines including a leading end ; wherein the first leading facet of the first spline is positioned proximal to the leading ends of the plurality of second splines; characterised in that each of the leading ends defines a plane that is substantially orthogonal to the longitudinal axis, each leading end configured to crash with a respective one of the plurality of alignment splines when the anvil assembly is misaligned with the cartridge assembly. a cartridge assembly ; a shell housing the cartridge assembly and defining a passage , the shell including a plurality of alignment splines disposed within the passage, adjacent alignment splines defining channels therebetween; and an anvil assembly including an anvil and a center rod extending from the anvil, the center rod defining a longitudinal axis (A-A) and including: a first spline including a first leading facet and a trailing end , the first leading facet configured to engage at least one of the plurality of alignment splines to clock the anvil assembly with the cartridge assembly; and a plurality of second splines radially spaced apart about the longitudinal axis, each of the second splines including a leading end ; wherein the first leading facet of the first spline is positioned proximal to the leading ends of the plurality of second splines; a first spline including a first leading facet and a trailing end , the first leading facet configured to engage at least one of the plurality of alignment splines to clock the anvil assembly with the cartridge assembly; and a plurality of second splines radially spaced apart about the longitudinal axis, each of the second splines including a leading end ; wherein the first leading facet of the first spline is positioned proximal to the leading ends of the plurality of second splines;
Pneumatic vehicle tyre having a tread with at least one profile-block row which is delimited at at least one side by a circumferential groove and which is structured into profile blocks with block outer surfaces by way of transverse grooves opening into the circumferential groove and, in plan view, extending in an inclined manner in relation to the axial direction, wherein the profile blocks each have at least one acute-angled block corner region at the circumferential groove , wherein provision is made of acute-angled block corner regions at which the block corner is bevelled and at which, proceeding from the block outer surface , there is formed a stepped structure (8 I , 8 II ), said stepped structure being triangular overall in plan view and descending in steps in a radial direction and being formed by step surfaces , which extend at a first angle (ε) to the radial direction, and abutting surfaces , which extend at a second angle (η) to the radial direction, which is configured to be smaller than the first angle (ε), to the radial direction, that follow one another in an alternating manner and in each case extend between the circumferential groove and the transverse groove , wherein the radially innermost step surface is triangular in plan view and has a tip (8a`) which is directed away from the adjoining abutting surface , and wherein the further step surfaces are each trapeziform in plan view, characterized in that , from the radially outermost step surface to the radially innermost step surface , the area of the step surfaces decreases in steps from step surface to step surface .
Video camera assembly , comprising a movable body intended to house a camera and rotatably coupled to a base body having an elongated portion , wherein the base body has a cavity defined by a base portion of the base body and a closing wall both located at an end of the elongated portion , said closing wall having a seat defining a through hole, wherein the cavity houses a shaft on a first end of which the movable body is mounted, said first end of the shaft passing through the through hole of the closing wall and being coupled to said through hole by means of a first bearing inserted in the seat , wherein the end of the shaft opposite to the first end is supported by a second bearing , said second bearing being of the rolling type and being connected to the base body , characterized by the fact that the second bearing is inserted in an annular seat formed in a support element , said support element being removably coupled to the base portion inside the cavity , and said annular seat being made of elastically deformable material and projecting from the base portion of the cavity towards the closing wall , the first bearing is of the sliding type and comprises an annular shoulder and a body which projects axially from the shoulder , said shoulder being adapted to abut against the closing wall when the first bearing is inserted in the seat , the closing wall is made of an elastically deformable material and is removably fixed to a peripheral surface of the base portion . wherein the base body has a cavity defined by a base portion of the base body and a closing wall both located at an end of the elongated portion , said closing wall having a seat defining a through hole, wherein the cavity houses a shaft on a first end of which the movable body is mounted, said first end of the shaft passing through the through hole of the closing wall and being coupled to said through hole by means of a first bearing inserted in the seat , wherein the end of the shaft opposite to the first end is supported by a second bearing , said second bearing being of the rolling type and being connected to the base body , characterized by the fact that the second bearing is inserted in an annular seat formed in a support element , said support element being removably coupled to the base portion inside the cavity , and said annular seat being made of elastically deformable material and projecting from the base portion of the cavity towards the closing wall , the first bearing is of the sliding type and comprises an annular shoulder and a body which projects axially from the shoulder , said shoulder being adapted to abut against the closing wall when the first bearing is inserted in the seat , the closing wall is made of an elastically deformable material and is removably fixed to a peripheral surface of the base portion .
Method for card payment in a payment station for debit and credit cards which card comprises a processor, wherein said card is caused to store a secret cryptographic key as well as a unique identity associated with a money amount at a money institution , such as a central bank, or which is caused to be transferred from a bank account or the corresponding, to the money institution, wherein said amount is caused to be stored on the card , and wherein the amount is only connected to the proprietor of the card via the said identity, wherein at payment using the card , the amount to be paid is caused to be transferred, together with the said identity and a number calculated based on certain parameters, using the secret cryptographic key and by the card processor, from the card to a payment terminal comprising the said payment station, in that the payment terminal is caused to store the paid amount together with the said identity and the said calculated number, in that a remaining amount after payment is counted down on the card and is stored on the card, in that the payment terminal is caused to activate the money institution to transfer, using the identity, the amount to be paid using the card to an account belonging to the point of sale where the payment terminal is located, in that the payment terminal is caused to perform a calculation using the parameters that were used to perform the said calculation by the card processor using the card's public cryptographic key, and in that the said transfer is only performed at a match between the number calculated by the card processor and a number calculated by the payment terminal .
An information-presentation structure comprising: an object-impact structure having an exposed surface for being impacted by an object during an activity, the object-impact structure comprising a principal variable-color region which extends to the exposed surface at a principal surface zone and normally appears along it largely as a principal color during the activity, an impact-dependent portion of the variable-color region responding to the object impacting the surface zone at an impact-dependent object-contact area spanning where the object contacts the surface zone by providing a principal general characteristics-identifying impact signal if the impact meets principal threshold impact criteria, the impact signal identifying an expected location of an impact-dependent print area in the surface zone and principal general supplemental impact information for the impact; and a color-change controller responsive to the impact signal, if provided, for determining whether the supplemental impact information meets principal supplemental impact criteria and, if so, for providing a principal general color-change initiation signal, the impact-dependent portion responding to the initiation signal, if provided, by temporarily appearing along the print area largely as changed color materially different from the principal color, the print area at least partly encompassing, at least mostly outwardly conforming largely to, and being largely concentric with the object-contact area . an object-impact structure having an exposed surface for being impacted by an object during an activity, the object-impact structure comprising a principal variable-color region which extends to the exposed surface at a principal surface zone and normally appears along it largely as a principal color during the activity, an impact-dependent portion of the variable-color region responding to the object impacting the surface zone at an impact-dependent object-contact area spanning where the object contacts the surface zone by providing a principal general characteristics-identifying impact signal if the impact meets principal threshold impact criteria, the impact signal identifying an expected location of an impact-dependent print area in the surface zone and principal general supplemental impact information for the impact; and a color-change controller responsive to the impact signal, if provided, for determining whether the supplemental impact information meets principal supplemental impact criteria and, if so, for providing a principal general color-change initiation signal, the impact-dependent portion responding to the initiation signal, if provided, by temporarily appearing along the print area largely as changed color materially different from the principal color, the print area at least partly encompassing, at least mostly outwardly conforming largely to, and being largely concentric with the object-contact area .
A composition for use in applying an enhanced cross-linking therapy to a cornea of an eye, comprising: a cross-linking agent which is riboflavin, the cross-linking agent generating cross-linking activity in the cornea in response to exposure to a photo-activating light; and an additive different from the cross-linking agent and including iron to enhance the cross-linking activity generated by the cross-linking agent. a cross-linking agent which is riboflavin, the cross-linking agent generating cross-linking activity in the cornea in response to exposure to a photo-activating light; and an additive different from the cross-linking agent and including iron to enhance the cross-linking activity generated by the cross-linking agent.
An aircraft passenger seat comprising: a pair of legs mounted via a fitting to a seat track on a floor surface of an aircraft; two pipes fixed to a front portion and a rear portion of the legs; a frame fixed to the two pipes and supporting a reclining assembly of the seat; and a linear actuator , wherein a rear portion of the linear actuator is supported pivotably on a mount fixed to the pipe , and a tip of a linearly-moving rod of the linear actuator is coupled via a pin to a link plate operating the reclining assembly of the seat, wherein the linear actuator is arranged so that an axis line (L) of the linear actuator passes a vicinity of a center of the pipe arranged on a rear side, and wherein the mount comprises a pair of curved arms having a through hole formed at a center portion, and in a state where a force in a direction extending the mount is received, the curved arms are stretched to absorb the impact. a pair of legs mounted via a fitting to a seat track on a floor surface of an aircraft; two pipes fixed to a front portion and a rear portion of the legs; a frame fixed to the two pipes and supporting a reclining assembly of the seat; and a linear actuator , wherein a rear portion of the linear actuator is supported pivotably on a mount fixed to the pipe , and a tip of a linearly-moving rod of the linear actuator is coupled via a pin to a link plate operating the reclining assembly of the seat, wherein the linear actuator is arranged so that an axis line (L) of the linear actuator passes a vicinity of a center of the pipe arranged on a rear side, and wherein the mount comprises a pair of curved arms having a through hole formed at a center portion, and in a state where a force in a direction extending the mount is received, the curved arms are stretched to absorb the impact.
A computer-implemented monitoring method of a steelmaking process in a steelmaking vessel, wherein matters M n , each having its respective properties P Mn with n being superior or equal to 2 are charged into said steelmaking vessel so as to produce a liquid steel and a slag, the method comprising the steps of: a. Defining at least one set of target characteristics TCS Y of the liquid steel to be produced, b. Defining at least two slag targets ST X , each of these slag targets comprising values representative of the slag properties, c. Calculating , for each slag target STx, a matter amount AM YX to be charged into the steelmaking vessel allowing to reach the at least one defined set of target characteristics TCS Y , taking into account respective properties of each matter P Mn , said matter amount AM YX comprising the individual amount a YX M n of each matter M n to be charged, d. Selecting one of the previously calculated matter amounts AM YX , together with its associated combination of steel target characteristics TC SY and slag target STx, e. Send selected matter amount AM YX to the operator in charge of the steelmaking process or to automatic loading means in charge of loading the steelmaking vessel with the different matters M n . a. Defining at least one set of target characteristics TCS Y of the liquid steel to be produced, b. Defining at least two slag targets ST X , each of these slag targets comprising values representative of the slag properties, c. Calculating , for each slag target STx, a matter amount AM YX to be charged into the steelmaking vessel allowing to reach the at least one defined set of target characteristics TCS Y , taking into account respective properties of each matter P Mn , said matter amount AM YX comprising the individual amount a YX M n of each matter M n to be charged, d. Selecting one of the previously calculated matter amounts AM YX , together with its associated combination of steel target characteristics TC SY and slag target STx, e. Send selected matter amount AM YX to the operator in charge of the steelmaking process or to automatic loading means in charge of loading the steelmaking vessel with the different matters M n .