mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire comprising a tread portion molded by a plurality of sectors divided in a tire circumferential direction, the pneumatic tire comprising: a plurality of circumferential grooves extending in the tire circumferential direction in the tread portion ; a plurality of rows of land portions defined by the plurality of circumferential grooves ; and a plurality of sipes extending in a tire width direction in at least one row of the plurality of rows of land portions , the plurality of sipes including at least one shallow bottom sipe and a plurality of regular sipes , the at least one shallow bottom sipe being disposed in a boundary region (S) comprising a dividing position (P) of each of the plurality of sectors, the plurality of regular sipes being disposed at positions more separated from the dividing position (P) of each of the plurality of sectors than the at least one shallow bottom sipe , the at least one shallow bottom sipe being shallower than the plurality of regular sipes , wherein the shallow bottom sipe is shallower than an average maximum depth of the regular sipe in the land portion including the shallow bottom sipe , wherein the boundary region (S) is a region within 15 mm on one side in the tire circumferential direction with the dividing position (P) of each of the plurality of sectors as a center, characterized in that the shallow bottom sipes are disposed most in a shoulder land portion located on the outermost side in tire width direction among the pluralities of rows of land portions . a plurality of circumferential grooves extending in the tire circumferential direction in the tread portion ; a plurality of rows of land portions defined by the plurality of circumferential grooves ; and a plurality of sipes extending in a tire width direction in at least one row of the plurality of rows of land portions , the plurality of sipes including at least one shallow bottom sipe and a plurality of regular sipes , the at least one shallow bottom sipe being disposed in a boundary region (S) comprising a dividing position (P) of each of the plurality of sectors, the plurality of regular sipes being disposed at positions more separated from the dividing position (P) of each of the plurality of sectors than the at least one shallow bottom sipe , the at least one shallow bottom sipe being shallower than the plurality of regular sipes , wherein the shallow bottom sipe is shallower than an average maximum depth of the regular sipe in the land portion including the shallow bottom sipe , wherein the boundary region (S) is a region within 15 mm on one side in the tire circumferential direction with the dividing position (P) of each of the plurality of sectors as a center, characterized in that the shallow bottom sipes are disposed most in a shoulder land portion located on the outermost side in tire width direction among the pluralities of rows of land portions .
Hand-held power tool device having at least one drive housing (72a; 72b; 72c), having at least one impact mechanism housing (74a; 74b; 74c) and having at least one rotary impact mechanism (16a; 16b; 16c), which has at least one planetary transmission (50a; 50b; 50c) with at least one ring gear (46a; 46b; 46c), wherein the ring gear (46a; 46b; 46c) is clamped between the drive housing (72a; 72b; 72c) and the impact mechanism housing (74a; 74b; 74c) in that the ring gear (46a; 46b; 46c) is fixed to the drive housing (72a; 72b; 72c) and to the impact mechanism housing (74a; 74b; 74c) by means of at least one screw element (76a; 76b; 76c), characterized by an impact mechanism cover (44a; 44b; 44c) which is formed in one piece with the ring gear (46a; 46b; 46c), wherein the impact mechanism cover (44a; 44b; 44c) has a passage cutout which is intended for at least one drive shaft (14a; 14b; 14c) to at least partially pass through, and an intermediate shaft bearing (48a; 48b; 48c) for supporting an intermediate shaft (18a; 18b; 18c) is arranged at least partially inside the impact mechanism cover (44a; 44b; 44c) directly at the passage cutout .
A method comprising: receiving print data indicative of an image to be printed on a substrate, the print data indicating an image portion (302a-b, 306a-b, 402a-b, 406a-b) in which an image is present and a void portion in which the image is absent; and determining an amount of background print agent to be applied to a region of the substrate corresponding to locations of the image portion (302a-b, 306a-b, 402a-b, 406a-b) and the void portion on the substrate when the image is printed; wherein the amount of background print agent determined to be applied to a region of the substrate corresponding to the location of the void portion on the substrate when the image is printed is greater than the amount of a background print agent to be applied to the region of the substrate corresponding to the location of the image portion (302a-b, 306a-b, 402a-b, 406a-b) on the substrate when the image is printed, wherein determining the amount of background print agent comprises determining an amount of background print agent to be applied to a region of the substrate corresponding to the image portion (302a-b, 306a-b, 402a-b, 406a-b) when the image is printed to achieve a predetermined image parameter of the image portion (302a-b, 306a-b, 402a-b, 406a-b) when printed on the substrate; the method being characterised in that determining the amount of background print agent comprises determining an amount of background print agent to be printed in a region of the substrate corresponding the void portion when the image is printed in order to achieve a predetermined color parameter of the region of the substrate which, when the image is printed, corresponds to the void portion . receiving print data indicative of an image to be printed on a substrate, the print data indicating an image portion (302a-b, 306a-b, 402a-b, 406a-b) in which an image is present and a void portion in which the image is absent; and determining an amount of background print agent to be applied to a region of the substrate corresponding to locations of the image portion (302a-b, 306a-b, 402a-b, 406a-b) and the void portion on the substrate when the image is printed;
A vest of an emergency anti-hypothermia system, wherein at least part of the vest is inflatable, the vest is made with air impervious material to provide the part that is inflatable, and the vest is thermally insulating around a closeable front of the vest, substantially full sides of the vest, and a substantially full back of the vest from a neck area to a waist area of the vest, with said closeable front being comprised of a first panel and a second panel, with the first and second panels separable from each other in an open state and engageable with each other in a closed state, said full sides each being comprised of a single panel, said full back being comprised of a single panel, wherein the vest has an integrated inflation tube , an outer surface and an inner surface, with there being thermal radiation reflective material on at least a portion of the inner surface of the vest characterised by radar reflective material on at least a portion of the outer surface of the vest.
An assembly comprising: a conduit comprising a first end , a second end , and a longitudinal axis, wherein the conduit defines an inner channel and is configured to extend through an internal vane cavity of a vane an energy dissipating damper comprising: a first end portion configured to be coupled to a first structure; a second end portion , opposite the first end portion , configured to contact a second structure; and a body portion extending from the first end portion to the second end portion , the body portion comprising a plurality of leaves ; wherein: the first end portion of the energy dissipating damper is coupled to the conduit ; the body portion of the energy dissipating damper diverges outward at an angled orientation from the conduit ; and the second end portion of the energy dissipating damper is configured to contact an inner surface of the vane ; and the plurality of leaves of the energy dissipating damper comprises resiliently flexible material. a conduit comprising a first end , a second end , and a longitudinal axis, wherein the conduit defines an inner channel and is configured to extend through an internal vane cavity of a vane an energy dissipating damper comprising: a first end portion configured to be coupled to a first structure; a second end portion , opposite the first end portion , configured to contact a second structure; and a body portion extending from the first end portion to the second end portion , the body portion comprising a plurality of leaves ; a first end portion configured to be coupled to a first structure; a second end portion , opposite the first end portion , configured to contact a second structure; and a body portion extending from the first end portion to the second end portion , the body portion comprising a plurality of leaves ; wherein: the first end portion of the energy dissipating damper is coupled to the conduit ; the body portion of the energy dissipating damper diverges outward at an angled orientation from the conduit ; and the second end portion of the energy dissipating damper is configured to contact an inner surface of the vane ; and the plurality of leaves of the energy dissipating damper comprises resiliently flexible material. the first end portion of the energy dissipating damper is coupled to the conduit ; the body portion of the energy dissipating damper diverges outward at an angled orientation from the conduit ; and the second end portion of the energy dissipating damper is configured to contact an inner surface of the vane ; and the plurality of leaves of the energy dissipating damper comprises resiliently flexible material.
Apparatus for simulating radio-guided surgery, the apparatus comprising: a subject model comprising an enclosure having an opening that extends from an exterior of the subject model into the enclosure, and a light source disposed within the enclosure, and a probe for deployment by a user through the opening into the enclosure, the probe comprising a light detector configured to detect light emitted by the light source for localisation of the light source within the enclosure, characterised in that the subject model comprises a light control unit configured to control the light source. a subject model comprising an enclosure having an opening that extends from an exterior of the subject model into the enclosure, and a light source disposed within the enclosure, and a probe for deployment by a user through the opening into the enclosure, the probe comprising a light detector configured to detect light emitted by the light source for localisation of the light source within the enclosure, characterised in that the subject model comprises a light control unit configured to control the light source.
A household appliance comprising a body , a panel provided on an outer surface of the body suitable for being accessed, and a card holder adapted to be placed on the surface of the panel facing into the body , suitable for housing an electronic card therein, a frame in which the electronic card is placed, at least one holder arm adapted to support the electronic card by extending from an edge of the frame to the other characterized in that the holder arm is shaped as an arc curved towards the surface of the electronic card and adapted to press on the electronic card so as to move the electronic card closer to the panel surface, wherein a first end of the holder arm is pivotably attached to the frame such that the holder arm is moveable between a closed state and an open state in order to facilitate access into the frame .
An ultrasonic wave atomizing device for solution atomization, comprising: a solution storage container containing a solution in which at least water and an active ingredient are mixed and whose viscosity is 1.2 mPa·s (at 20 °C) to 4.0 mPa·s (at 20 °C); a liquid absorbent wick for absorbing the solution from the solution storage container ; and a vibrating plate which has multiple micropores penetrating the vibrating plate in a thickness direction and atomizes the solution by vibration of a piezoelectric vibrator which generates ultrasonic vibration when supplied with electricity, the vibrating plate having a convex part which has a frustum shape and is supplied with the solution via the liquid absorbent wick . a solution storage container containing a solution in which at least water and an active ingredient are mixed and whose viscosity is 1.2 mPa·s (at 20 °C) to 4.0 mPa·s (at 20 °C); a liquid absorbent wick for absorbing the solution from the solution storage container ; and a vibrating plate which has multiple micropores penetrating the vibrating plate in a thickness direction and atomizes the solution by vibration of a piezoelectric vibrator which generates ultrasonic vibration when supplied with electricity, the vibrating plate having a convex part which has a frustum shape and is supplied with the solution via the liquid absorbent wick .
A method for transmitting a multimedia content (MM), said multimedia content (MM) comprising two synchronous video components (C1, C2) of a same multimedia content (MM), each component including an image, wherein the transmission of a first video component (C1) of said two video components takes place over a first transmission medium (DVB), and wherein the transmission of a second video component (C2) of said two video components takes place over a second transmission medium (IP), wherein for allowing the re-synchronization of said video components (C1, C2) at the reception side said method is characterized by the steps of: A) repeatedly marking, through a first predetermined "watermark" sequence, said first video component (C1) before said first video component is transmitted, and B) repeatedly marking, through a second predetermined "watermark" sequence, said second video component (C2) before said second video component is transmitted; wherein said first "watermark" sequence and said second "watermark" sequence are identical, wherein said steps A and B are carried out in a manner such that the insertion of "watermarks" into said first video component (C1) and the insertion of "watermarks" into said second video component (C2) take place at corresponding points or instants (ID1, IS1; ID2, IS2) of said first and second video components (C1, C2) and wherein said "watermarks" include additional information which is superimposed on said images of the video components (C1, C2). A) repeatedly marking, through a first predetermined "watermark" sequence, said first video component (C1) before said first video component is transmitted, and B) repeatedly marking, through a second predetermined "watermark" sequence, said second video component (C2) before said second video component is transmitted; wherein said first "watermark" sequence and said second "watermark" sequence are identical,
A sleeper comprising a sleeper body having a top side and a bottom side opposite the top side, - effective rail laying band regions being on the top side, wherein a rail is placed on each of the effective rail laying band regions, at least two seating regions corresponding to and overlapping with each of the effective rail laying band regions, each seating region being applied for a respective rail fastening , and - through-openings arranged between adjacent seating regions of each effective rail laying band region , the trough-openings being fully encircled by the sleeper body , interconnecting the top side and the bottom side of the sleeper body and being formed in the sleeper body , wherein each respective of the trough-openings separated from each other corresponds to a respective rail and extends in both directions laterally to the rail farther than the rail, wherein the sleeper has two effective rail laying band regions, with the through-openings being formed in a row extending in a transverse direction thereto, characterised in that the cross-sectional area of the through-openings increases on at least a section from the bottom side towards the top side of the sleeper body , and in that the lateral extensions of the respective through-openings are asymmetrical with respect to the corresponding rail, such that first extensions of the through-openings from the rail in a first direction pointing towards the other rail are larger than second extensions thereof at the opposite side of the rail in a second direction extending opposite the first direction. - effective rail laying band regions being on the top side, wherein a rail is placed on each of the effective rail laying band regions, at least two seating regions corresponding to and overlapping with each of the effective rail laying band regions, each seating region being applied for a respective rail fastening , and - through-openings arranged between adjacent seating regions of each effective rail laying band region , the trough-openings being fully encircled by the sleeper body , interconnecting the top side and the bottom side of the sleeper body and being formed in the sleeper body , wherein each respective of the trough-openings separated from each other corresponds to a respective rail and extends in both directions laterally to the rail farther than the rail,
A construction machine comprising: an engine mounted on the construction machine; an electric motor connected mechanically to said engine ; a hydraulic pump connected mechanically to said engine ; an operating device configured to operate a movement of said vehicle; an electricity storage device connected electrically to said electric motor ; and a power converter configured to convert a voltage of said electricity storage device , said power converter being switched to drive said electric motor , characterized in that : said construction machine comprises: a low idling controller configured to lower a rotational speed of said engine upon detecting a non-operation of said operating device ; a switching controller configured to stop the switching of said power converter when said low idling controller is in the middle of lowering the rotational speed of said engine ; and a power remaining amount detector configured to detect a power remaining amount in said electricity storage device , wherein said switching controller performs the switching of said power converter when the power remaining amount detected by said power remaining amount detector falls below an appropriate value in a charge/discharge range of said electricity storage device . an engine mounted on the construction machine; an electric motor connected mechanically to said engine ; a hydraulic pump connected mechanically to said engine ; an operating device configured to operate a movement of said vehicle; an electricity storage device connected electrically to said electric motor ; and a power converter configured to convert a voltage of said electricity storage device , said power converter being switched to drive said electric motor , characterized in that : said construction machine comprises: a low idling controller configured to lower a rotational speed of said engine upon detecting a non-operation of said operating device ; a switching controller configured to stop the switching of said power converter when said low idling controller is in the middle of lowering the rotational speed of said engine ; and a power remaining amount detector configured to detect a power remaining amount in said electricity storage device , wherein said switching controller performs the switching of said power converter when the power remaining amount detected by said power remaining amount detector falls below an appropriate value in a charge/discharge range of said electricity storage device . a low idling controller configured to lower a rotational speed of said engine upon detecting a non-operation of said operating device ; a switching controller configured to stop the switching of said power converter when said low idling controller is in the middle of lowering the rotational speed of said engine ; and a power remaining amount detector configured to detect a power remaining amount in said electricity storage device , wherein said switching controller performs the switching of said power converter when the power remaining amount detected by said power remaining amount detector falls below an appropriate value in a charge/discharge range of said electricity storage device .
A method for measuring a characteristic of an eye of a subject, the method comprising: providing a fixation target for a subject to view ; ascertaining a diameter of a pupil of the eye of the subject while the subject views the fixation target ; automatically determining a selected brightness level for the fixation target based on the ascertained diameter of the pupil of the eye; adjusting a brightness level of the fixation target to the selected brightness level corresponding to the ascertained diameter of the pupil of the eye ; and objectively measuring at least one characteristic of the eye of the subject while the subject views the fixation target at the selected brightness level . providing a fixation target for a subject to view ; ascertaining a diameter of a pupil of the eye of the subject while the subject views the fixation target ; automatically determining a selected brightness level for the fixation target based on the ascertained diameter of the pupil of the eye; adjusting a brightness level of the fixation target to the selected brightness level corresponding to the ascertained diameter of the pupil of the eye ; and objectively measuring at least one characteristic of the eye of the subject while the subject views the fixation target at the selected brightness level .