mhurhangee/ep-ind-claims huggingface dataset:
An absorbent article having an inner surface side sheet located on a skin facing surface side, an outer surface side sheet located on a non-skin facing surface side and an absorbent body interposed between the inner and outer sheets; wherein at least one of the inner and outer sheets is formed of a flexible non-woven fabric; the flexible non-woven fabric is a spun-melt nonwoven fabric; the flexible non-woven fabric is mainly formed of a polyethylene fiber being 100% by mass with respect to the entire flexible non-woven fabric and having a fiber diameter of 14 to 22 μm; MMD/MIU*100% obtained by a KES method is 2% to 6% measured as described in the description, where MMD is average deviation of friction coefficient and MIU is average friction coefficient; wherein a flexural rigidity value B of the flexible non-woven fabric obtained by the KES method is 0.003 x 10 -4 to 0.01 x 10 -4 N·m 2 /m measured as described in the description; and the range of predetermined values of MMD / MIU *100% and the flexural rigidity value B is satisfied in both the machine direction and the cross direction at the time of manufacturing the flexible non-woven fabric. wherein at least one of the inner and outer sheets is formed of a flexible non-woven fabric; the flexible non-woven fabric is a spun-melt nonwoven fabric; the flexible non-woven fabric is mainly formed of a polyethylene fiber being 100% by mass with respect to the entire flexible non-woven fabric and having a fiber diameter of 14 to 22 μm; MMD/MIU*100% obtained by a KES method is 2% to 6% measured as described in the description, where MMD is average deviation of friction coefficient and MIU is average friction coefficient; wherein a flexural rigidity value B of the flexible non-woven fabric obtained by the KES method is 0.003 x 10 -4 to 0.01 x 10 -4 N·m 2 /m measured as described in the description; and the range of predetermined values of MMD / MIU *100% and the flexural rigidity value B is satisfied in both the machine direction and the cross direction at the time of manufacturing the flexible non-woven fabric.
A rubber composition comprising: 5 to 30 parts by mass of a terpene resin having a softening point of 100 to 120°C and a weight-average molecular weight (Mw) of 500 to 10,000, and 2 to 10 parts by mass of a liquid styrene-butadiene rubber or a liquid C5-C9 resin having a weight-average molecular weight (Mw) of 100 to 3,500, based on 100 parts by mass of a rubber component comprising 72 to 95% by mass of an aromatic olefin rubber and 5 to 28% by mass of a diene olefin rubber, wherein a ratio of a content of the terpene resin to a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin (a content of the terpene resin / a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin) is from 0.5 to 5. 5 to 30 parts by mass of a terpene resin having a softening point of 100 to 120°C and a weight-average molecular weight (Mw) of 500 to 10,000, and 2 to 10 parts by mass of a liquid styrene-butadiene rubber or a liquid C5-C9 resin having a weight-average molecular weight (Mw) of 100 to 3,500, based on 100 parts by mass of a rubber component comprising 72 to 95% by mass of an aromatic olefin rubber and 5 to 28% by mass of a diene olefin rubber, wherein a ratio of a content of the terpene resin to a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin (a content of the terpene resin / a content of the liquid styrene-butadiene rubber or the liquid C5-C9 resin) is from 0.5 to 5.
A method for providing different operation modes of a mobile terminal having a foldable display unit, with a plurality of display zones, comprising: detecting a predetermined folding angle between adjacent display zones, the method characterised in that: when the predetermined folding angle is sustained for longer than or equal to a preset time, generating a folding event according to the predetermined folding angle; and activating an application program or controlling an execution of an activated application program according to the folding event, wherein when the predetermined folding angle between the first display zone and the second display zone becomes equal to a predefined angle, identifying preset priorities of activated application programs, and outputting a window related to the highest-priority application program in a full screen mode on both the first display zone and the second display zone. when the predetermined folding angle is sustained for longer than or equal to a preset time, generating a folding event according to the predetermined folding angle; and activating an application program or controlling an execution of an activated application program according to the folding event, wherein when the predetermined folding angle between the first display zone and the second display zone becomes equal to a predefined angle, identifying preset priorities of activated application programs, and outputting a window related to the highest-priority application program in a full screen mode on both the first display zone and the second display zone.
Method for producing a plastic implant, wherein the plastic implant is characterized in that in the surface layer a bone substitute material is embedded in the plastic in the areas in which bone shall grow onto the implant, wherein the bone substitute material protrudes from the surface and the porosity of the bone substitute material is in the range of 20 to 80%, wherein the method is characterized in that a mold for the manufacture of the implant is coated with an aqueous slurry of a highly porous bone substitute material in the areas in which the implant shall have contact with the bone, the layer is dried and subsequently the plasticized plastic is introduced into the mold, wherein the plastic is polyaryl polyether ketone, and wherein the slurry consists of water and a granulate of crystalline hydroxyapatite, embedded in an amorphous porous matrix of silicon dioxide, wherein the size of the granulate preferably is in the range of 1 to 50 μm.
A stabilizer pad for a stabilizer system for use in work machine having a frame; a tool system (18, 20) carried by the frame, the stabilizer system being connected to the frame and comprising: a stabilizer arm extending an adjustable distance from the frame and having the stabilizer pad for engaging the surface on which work machine is operated; the stabilizer pad having a main body with a surface thereof oriented for engagement with the surface on which work machine is operated; and a movable body (66, 68) connected to the main body and movable between a first position between the surface on which work machine is operated and the main body and a second position not interfering with the main body contacting the surface on which the work machine is operated; wherein a second movable body (66, 68) is connected to the main body, the second movable body (66, 68) also being movable between a first position between the surface on which work machine is operated and the main body and a second position not interfering with the main body contacting the surface on which work machine is operated; characterized by said main body including first and second resilient inserts (54, 56), and said movable bodies (66, 68) covering said inserts (54, 56) when positioned between the main body and the surface on which work machine is operated. a stabilizer arm extending an adjustable distance from the frame and having the stabilizer pad for engaging the surface on which work machine is operated; the stabilizer pad having a main body with a surface thereof oriented for engagement with the surface on which work machine is operated; and a movable body (66, 68) connected to the main body and movable between a first position between the surface on which work machine is operated and the main body and a second position not interfering with the main body contacting the surface on which the work machine is operated; wherein a second movable body (66, 68) is connected to the main body, the second movable body (66, 68) also being movable between a first position between the surface on which work machine is operated and the main body and a second position not interfering with the main body contacting the surface on which work machine is operated; characterized by said main body including first and second resilient inserts (54, 56), and said movable bodies (66, 68) covering said inserts (54, 56) when positioned between the main body and the surface on which work machine is operated.
A device for feeding yarn or yarns for knitting machines for hosiery or the like, comprising a supporting structure which supports at least one yarn finger which has an elongated shape and is pivoted, at an intermediate portion thereof, to said supporting structure about a corresponding rotation axis and having, proximate to a longitudinal end thereof, a passage for the yarn or yarns to be fed to the needles of the knitting forming machine, an electromagnetically actuated device being provided which acts on command on said at least one yarn finger for its rotation, with respect to said supporting structure, about the corresponding rotation axis, from an inactive position to at least one active position, which is angularly spaced with respect to said inactive position about said rotation axis, or vice versa, characterized in that said electromagnetically actuated device comprises at least one magnet which is fixed to said at least one yarn finger and at least one electric coil (9a, 9b) which is laterally adjacent to said at least one yarn finger and is connected to said supporting structure, said at least one electric coil (9a, 9b) being able to be supplied electrically to generate a magnetic field that interacts with said at least one magnet to actuate the rotation of said at least one yarn finger about the corresponding rotation axis with respect to said supporting structure.
A ceiling system configured to provide a surface that covers an underlying architectural structure, comprising: at least one covering panel; at least one carrier configured to support the at least one covering panel; and at least one clip configured to secure the at least one covering panel to the at least one carrier; wherein the covering panel and carrier are configured such that the covering panel can be introduced to the carrier from the side of the surface provided by the ceiling system to be engaged with part of the carrier to enable the carrier to support the covering panel; and the clip comprises a length of wire, including at least one engagement section (21, 22) configured to engage with the carrier to secure the position of the engagement section relative to the carrier; characterised by a pressing section configured to exert a downwards force on the covering panel by pressing against the covering panel, to thereby hold the covering panel in engagement with the carrier by pressing together the engaged parts of the covering panel and carrier; wherein the part of the carrier that is configured to engage with the part of the covering panel is configured to exert an upwards force to the part of the covering panel to support its weight. at least one covering panel; at least one carrier configured to support the at least one covering panel; and at least one clip configured to secure the at least one covering panel to the at least one carrier; wherein the covering panel and carrier are configured such that the covering panel can be introduced to the carrier from the side of the surface provided by the ceiling system to be engaged with part of the carrier to enable the carrier to support the covering panel; and the clip comprises a length of wire, including at least one engagement section (21, 22) configured to engage with the carrier to secure the position of the engagement section relative to the carrier; characterised by a pressing section configured to exert a downwards force on the covering panel by pressing against the covering panel, to thereby hold the covering panel in engagement with the carrier by pressing together the engaged parts of the covering panel and carrier; wherein the part of the carrier that is configured to engage with the part of the covering panel is configured to exert an upwards force to the part of the covering panel to support its weight.
A base station apparatus comprising: a processor configured to: allocate, to a mobile station, a plurality of uplink resource block(s), the plurality of uplink resource blocks being consecutive in a frequency domain; and indices of the plurality of consecutive uplink resources blocks being respectively associated with a plurality of resources of downlink which are different in a frequency domain; map an ACK or NACK signal for uplink data to the resources of downlink, the resources of downlink being determined from an index of the allocated uplink resource block within the indices of the plurality of consecutive uplink resource blocks and in accordance with the association between the uplink resource blocks and the resources of downlink, whereby the resources of downlink comprising the ACK or NACK signal are mapped in a distributed manner on the frequency domain; a transmitter configured to transmit the mapped ACK or NACK signal to the mobile station. a processor configured to: allocate, to a mobile station, a plurality of uplink resource block(s), the plurality of uplink resource blocks being consecutive in a frequency domain; and indices of the plurality of consecutive uplink resources blocks being respectively associated with a plurality of resources of downlink which are different in a frequency domain; map an ACK or NACK signal for uplink data to the resources of downlink, the resources of downlink being determined from an index of the allocated uplink resource block within the indices of the plurality of consecutive uplink resource blocks and in accordance with the association between the uplink resource blocks and the resources of downlink, whereby the resources of downlink comprising the ACK or NACK signal are mapped in a distributed manner on the frequency domain; allocate, to a mobile station, a plurality of uplink resource block(s), the plurality of uplink resource blocks being consecutive in a frequency domain; and indices of the plurality of consecutive uplink resources blocks being respectively associated with a plurality of resources of downlink which are different in a frequency domain; map an ACK or NACK signal for uplink data to the resources of downlink, the resources of downlink being determined from an index of the allocated uplink resource block within the indices of the plurality of consecutive uplink resource blocks and in accordance with the association between the uplink resource blocks and the resources of downlink, whereby the resources of downlink comprising the ACK or NACK signal are mapped in a distributed manner on the frequency domain; a transmitter configured to transmit the mapped ACK or NACK signal to the mobile station.
A method in a central node for reference signal allocation in a wireless communication system, said method comprising: - receiving, by the central node, Sounding Reference Signals, SRSs from a remote node; - determining, by the central node, a number of reference signals based on uplink measurements from said received Sounding Reference Signals, wherein the reference signals are Demodulation Reference Signals, DRS, and said number of reference signals to be used by said remote node for an uplink transmission (11, 21); and - indicating, by the central node, said number of reference signals (12, 22) to said remote node. - receiving, by the central node, Sounding Reference Signals, SRSs from a remote node; - determining, by the central node, a number of reference signals based on uplink measurements from said received Sounding Reference Signals, wherein the reference signals are Demodulation Reference Signals, DRS, and said number of reference signals to be used by said remote node for an uplink transmission (11, 21); and - indicating, by the central node, said number of reference signals (12, 22) to said remote node.
A method for combining sheet-like products, in particular printed products, with further sheet-like products, in which the sheet-like products are transported by means of a feeding device in the feeding direction to a discharge end of the feeding device, the sheet-like products are grasped at the discharge end in a product border region adjacent to an edge running transversely with respect to the feeding direction by a gripper of a gripper conveyor and are conveyed further, the grippers being driven in a circulatory direction and being arranged one behind another and the gripper circulatory path, which is self-contained, running with a receiving section past the discharge end, and the sheet-like products being conveyed by means of the gripper conveyor past a supply station for further sheet-like products, said supply station being arranged downstream of the receiving section in a circulatory direction of the gripper conveyor, and further sheet-like products being combined by means of the supply station with sheet-like products moving past the supply station, characterized in that the sheet-like products are grasped by the grippers in the product border region in a manner offset in the direction of the edge with respect to a central section and are conveyed further, and in that the further sheet-like products are combined by means of the supply station with the sheet-like products in a manner offset laterally with respect thereto.
A method of self-guiding refraction testing, comprising: presenting, at separate times, at least two choices of corrective optics from a refraction unit to a test subject while looking at a viewing target; providing a directional indicator in at least two configurations, each configuration being uniquely indicative of one of said at least two choices of corrective optics, in the viewing target; dynamically linking the timing of said at least two configurations of the directional indicator to the presentation of each of the at least two choices of corrective optics as the test subject is looking at the viewing target through the respective choice of corrective optics; receiving a directional choice from the test subject corresponding to one of the at least two configurations of the directional indicator; and applying the directional choice of the test subject wherein the directional choice selects a next move of the refraction procedure approaching a refraction end point of the test subj ect. presenting, at separate times, at least two choices of corrective optics from a refraction unit to a test subject while looking at a viewing target; providing a directional indicator in at least two configurations, each configuration being uniquely indicative of one of said at least two choices of corrective optics, in the viewing target; dynamically linking the timing of said at least two configurations of the directional indicator to the presentation of each of the at least two choices of corrective optics as the test subject is looking at the viewing target through the respective choice of corrective optics; receiving a directional choice from the test subject corresponding to one of the at least two configurations of the directional indicator; and applying the directional choice of the test subject wherein the directional choice selects a next move of the refraction procedure approaching a refraction end point of the test subj ect.
An olefin block copolymer comprising a plurality of blocks or segments, each comprising an ethylene or propylene repeating unit and an α-olefin repeating unit at different mole fractions, wherein the olefin block copolymer comprises polymer chains comprising 20 to 100 short-chain branches (SCBs) per 1,000 carbon atoms, wherein a point where a first derivative of the number Y of the SCBs per 1,000 carbon atoms of each polymer chain with respect to the molecular weight X of the polymer chain is 0 exists between the minimum and maximum values of the molecular weight X.
Mixing device for bone cement, comprising a housing having a mixing chamber in which a monomer and powder can be mixed, wherein the mixing device is prefilled with a bone cement and with the monomer and is hermetically sealed, and wherein in the mixing chamber means for penetrating a monomer container are arranged, wherein in the mixing chamber a mixing paddle is arranged, wherein the mixing device comprises a rod which is guided in the housing and is formed at least in sections as a tube, wherein the monomer is arranged in the rod, characterised in that the mixing paddle arranged in the mixing chamber can be moved via the rod guided in the housing.
A torsional sensor for sensing at least one parameter of a fluid, the torsional sensor comprising: a reference portion; and a torsional portion coupled to the reference portion and comprising a plurality of projections extending outward and spaced apart from each other; wherein at least a portion of the torsional sensor is mountable for immersion in the fluid and operable to propagate a torsional wave that interacts with the fluid along the at least portion of the torsional sensor so as to affect propagation of the torsional wave in a manner dependent on the at least one parameter of the fluid; the torsional sensor being characterised in that the reference portion comprises at least one notch (188,189,195) dividing the reference portion into two or more sub-sections (190, 197). a reference portion; and a torsional portion coupled to the reference portion and comprising a plurality of projections extending outward and spaced apart from each other; wherein at least a portion of the torsional sensor is mountable for immersion in the fluid and operable to propagate a torsional wave that interacts with the fluid along the at least portion of the torsional sensor so as to affect propagation of the torsional wave in a manner dependent on the at least one parameter of the fluid; the torsional sensor being characterised in that the reference portion comprises at least one notch (188,189,195) dividing the reference portion into two or more sub-sections (190, 197).
Exhaust gas aftertreatment system, preferably exhaust gas aftertreatment system of modular design, preferably for a vehicle or a pump assembly or power assembly, having at least one exhaust gas module which has an input section and an output section, wherein at least one sensor attachment device (3.1, 3.2) is provided which comprises at least two, preferably at least three, attachment means (4.1, 4.2) which are spaced apart from one another and have the purpose of attaching an exhaust gas sensor, characterized in that sensor-free attachment means (4.1, 4.2) are closed off in order to prevent exhaust gas from escaping.