mhurhangee/ep-ind-claims huggingface dataset:
Process for making a refastenable side seam of a hygienic absorbent article suitable for connecting a first elastic panel with a second elastic panel in a removable manner, wherein said process provides for: - supplying said first elastic panel and said second elastic panel each comprising a first layer and a second layer between which at least one elastic element is comprised associated with said first layer and said second layer; - keeping said first elastic panel and said second elastic panel in extended condition along a linear direction; - fixing at least one connecting element on a respective surface portion of said first elastic panel and/or of said second elastic panel; - cutting said first elastic panel and/or said second elastic panel so that part of said first elastic panel and/or of said second elastic panel retracts towards the respective surface portion to obtain a respective retracted portion next to the respective surface portion, wherein said connecting element is configured to connect said first elastic panel with said second elastic panel directly, or by means of another connecting element conjugated thereto, so as to make said refastenable side seam. - supplying said first elastic panel and said second elastic panel each comprising a first layer and a second layer between which at least one elastic element is comprised associated with said first layer and said second layer; - keeping said first elastic panel and said second elastic panel in extended condition along a linear direction; - fixing at least one connecting element on a respective surface portion of said first elastic panel and/or of said second elastic panel; - cutting said first elastic panel and/or said second elastic panel so that part of said first elastic panel and/or of said second elastic panel retracts towards the respective surface portion to obtain a respective retracted portion next to the respective surface portion, wherein said connecting element is configured to connect said first elastic panel with said second elastic panel directly, or by means of another connecting element conjugated thereto, so as to make said refastenable side seam.
A tire comprising a tread portion, wherein the tread portion includes a first shoulder land portion including a first tread edge, and a first shoulder main groove adjacent to the first shoulder land portion, the first shoulder land portion has a plurality of shoulder lateral grooves extending from the first shoulder main groove to the first tread edge and a plurality of shoulder composite grooves extending from the first shoulder main groove to the first tread edge, and each shoulder composite groove includes, in a cross section thereof, a sipe element having a width not greater than 1.5 mm and extending from a tread surface of the first shoulder land portion in a tire radial direction, and a groove element connected to an inner side in the tire radial direction of the sipe element, characterized in that the groove element has a width greater than 1.5 mm, and in that the plurality of shoulder lateral grooves and the plurality of shoulder composite grooves are each curved so as to be convex in a tire circumferential direction, wherein, in a tread plan view, a radius of curvature of each shoulder composite groove is 1.03 to 1.1 times a radius of curvature of each shoulder lateral groove. the tread portion includes a first shoulder land portion including a first tread edge, and a first shoulder main groove adjacent to the first shoulder land portion, the first shoulder land portion has a plurality of shoulder lateral grooves extending from the first shoulder main groove to the first tread edge and a plurality of shoulder composite grooves extending from the first shoulder main groove to the first tread edge, and each shoulder composite groove includes, in a cross section thereof, a sipe element having a width not greater than 1.5 mm and extending from a tread surface of the first shoulder land portion in a tire radial direction, and a groove element connected to an inner side in the tire radial direction of the sipe element, characterized in that the groove element has a width greater than 1.5 mm, and in that the plurality of shoulder lateral grooves and the plurality of shoulder composite grooves are each curved so as to be convex in a tire circumferential direction, wherein, in a tread plan view, a radius of curvature of each shoulder composite groove is 1.03 to 1.1 times a radius of curvature of each shoulder lateral groove.
A cabazitaxel fat emulsion injection consisting of the following components, in weight/volume percentage (w/v): Cabazitaxel 0.05-0.5%, Medium chain triglyceride for injection 2-10%, Lecithin 1-8%, Co-emulsifier 0-0.5%, Isoosmotic adjusting agent 0-2.2%, Stabilizer 0-0.03%, pH adjusting agent adjusting the pH to 3.0-7.0, a lyophilized proppant 0-30%, Water for injection make up to 100%, wherein the stabilizer is oleic acid and/or sodium oleate; and the lyophilized proppant is selected from one or more of lactose, sucrose, mannitol, Dextran 20, Dextran 40, Dextran 70, xylitol, sorbitol and trehalose.
A digital signal receiver for receiving a required data stream from a digital signal carrying multiple data streams by modulation of respective frequency bands (330, 332, 350) of sub-carriers of OFDM symbols, each within a respective one of a group of frequency channels (200, 300), the frequency bands (330, 332, 350) occupying no more than a predetermined receiver bandwidth less than or equal to the channel width; the digital signal carrying at respective frequency positions within each frequency channel (240, 340) and repeated from time to time, multiple instances of identical band information carried by the sub-carriers of one or more OFDM symbols, the multiple instances of identical band information defining receiver parameters including at least the frequency bands (330, 332, 350) corresponding to all of the data streams carried within that frequency channel (200, 300), the instances being arranged so that any portion of the frequency channel (200, 300) equal in extent to the predetermined receiver bandwidth includes at least one instance of the band information; in which the digital signal receiver is operable to align its receiver bandwidth with a channel so as to receive, from within that channel, an instance of the band information, and then in response to the received band information, to align its receiver bandwidth so as to encompass the frequency band (330, 332, 350) of the required data stream, the digital signal receiver being configured to receive, from within the channel, the instance of the band information by re-ordering sub-carriers of the one or more OFDM symbols if the bandwidth of the instances of band information and the receiver bandwidth and centre frequency are such that the higher sub-carriers of one instance of the band information and the lower sub-carriers of the next instance of band information are received, the re-ordering by the digital signal receiver providing a complete instance of the band information for demodulation and decoding.
A robot cleaner configured to clean a floor surface while moving on the floor surface, the robot cleaner comprising: a module mounting unit on which at least one module capable of performing a function other than cleaning is able to be mounted, the robot cleaner further comprises a plurality of ports (26a to 26h), wherein a connection unit (51 a to 51c) connected to at least one of the plurality of ports (26a to 26h) is disposed at the at least one module, and characterized in that a function of the at least one module is recognized in accordance with at least one of positions and a number of the positions at which the connection unit (51a to 51c) is connected to the at least one of the plurality of ports (26a to 26h). a module mounting unit on which at least one module capable of performing a function other than cleaning is able to be mounted, the robot cleaner further comprises a plurality of ports (26a to 26h), wherein a connection unit (51 a to 51c) connected to at least one of the plurality of ports (26a to 26h) is disposed at the at least one module, and characterized in that a function of the at least one module is recognized in accordance with at least one of positions and a number of the positions at which the connection unit (51a to 51c) is connected to the at least one of the plurality of ports (26a to 26h).
Waste oil processing device for a circular knitting machine having a waste oil collection container (11, 11') for catching the waste oil from the machine and having a storage container (12, 12') for filtered waste oil and new oil, and a connecting line (13, 13') arranged between the containers (11, 12; 11', 12') and at least one filter device (14, 16, 19; 14', 16', 19'), wherein fill level measuring devices (21, 22; 26, 27; 21', 22'; 26', 27') are provided in both containers (11, 12; 11', 12'), which fill level measuring devices are connected to a control device by means of which an oil feed pump (18, 18') of the waste oil collection container can be controlled, and in that the fill level measuring device (26, 27, 26', 27') in the container (12, 12') for new oil measures the exact oil level, thus ensuring that the mixing ratio between processed waste oil and new oil can be kept constant.
A photosensitized solar cell module including a plurality of photosensitized solar cells each comprising a conductive substrate including a first conductive layer, a scribe line and an extraction electrode, wherein the scribe line is interposing the first conductive layer and the extraction electrode, the conductive substrate being positioned on an opposed side to a light-receiving side, a catalyst layer, a porous insulating layer internally containing an electrolyte, a second conductive layer for allowing movement of the electrolyte, a porous semiconductor layer with a photosensitizer adsorbed thereon, internally containing the electrolyte, and a translucent cover member positioned on the light-receiving side and laminated directly in this order on the first conductive layer, and a sealing member as an intercell insulating layer, the sealing member is directly contacted with the first conductive layer and the translucent cover member, wherein the second conductive layer of one photosensitized solar cell is electrically and directly connected to the first conductive layer of the adjacent other photosensitized solar cell, wherein the second conductive layer reaches on one side of the cell down to the extraction electrode of the neighboring cell and the scribe line is filled with the porous insulating layer reaching down to the substrate on the same side the second conductive layer is reaching down to the first conductive layer thereby achieving an electric connection of the plurality of photosensitized solar cells in series.
A battery, comprising a circuit board and a cell, characterised in that the circuit board comprises: a first contact, a second contact, a third contact, a fourth contact, a battery management module, and a control switch, wherein the first contact is connected to the battery management module and is configured to electrically connect to an upper-level battery or is configured to connect to an electricity load, and is configured to report a capacity of the cell in the battery and a capacity of a cell in a cascaded battery behind the battery, i.e. a lower-level battery, to the upper-level battery or the electricity load; the second contact is connected to the battery management module and is configured to electrically connect to a lower-level battery, and is configured to receive the capacity of the cell in the cascaded battery behind the battery and output the capacity of the cell in the cascaded battery behind the battery to the battery management module; the third contact is configured to connect to the upper-level battery or the electricity load, and is configured to, when the control switch is opened, connect to the cell in the battery, to charge or discharge the cell in the battery; the fourth contact is configured to connect to the lower-level battery, and is configured to, when the control switch is closed, connect to the third contact, to charge or discharge the lower-level battery; and the battery management module is connected to the cell, the first contact, the second contact, and the control switch in the battery, and is configured to trigger, according to the acquired capacity of the cell in the battery and the acquired capacity of the cell in the cascaded battery behind the battery, opening or closing of the control switch.
A continuum robot (30, 50) comprising: a first end (71, 80), a second end and an elongate body (35, 55, 89); a sensor (33, 53, 73, 83) arranged at the first end; and a cooling jacket (34, 54, 74, 84) adjacent the sensor; wherein the cooling jacket comprises a first enclosed cavity (82, 86), the first enclosed cavity containing a cooling medium for absorbing heat from the sensor, characterized in that the cooling jacket further comprises a second enclosed cavity and in that the cooling medium is a first phase change material (72, 85) having a first phase change temperature, and in that the second enclosed cavity contains a second phase change material (75, 87) having a second phase change temperature. a first end (71, 80), a second end and an elongate body (35, 55, 89); a sensor (33, 53, 73, 83) arranged at the first end; and a cooling jacket (34, 54, 74, 84) adjacent the sensor; wherein the cooling jacket comprises a first enclosed cavity (82, 86), the first enclosed cavity containing a cooling medium for absorbing heat from the sensor, characterized in that the cooling jacket further comprises a second enclosed cavity and in that the cooling medium is a first phase change material (72, 85) having a first phase change temperature, and in that the second enclosed cavity contains a second phase change material (75, 87) having a second phase change temperature.
A method, comprising: i) determining whether a space is unoccupied or occupied by an authorised user in accordance with a determined proximity between the space and a mobile device or an identification entity, the mobile device or identification entity being associated with the authorised user of the space; ii) determining whether the space is unoccupied or occupied by a visitor in accordance with a determined proximity between the space and a visitor mobile device or a visitor identification entity, the visitor mobile device or visitor identification entity being associated with the visitor of the space; iii) determining operative states of devices (392, 490, 492, 493) of the space; iv) operating under a disarmed mode of an alarm when the space is determined to be occupied by the authorised user; v) operating under the disarmed mode of the alarm when the space is determined to be occupied by the visitor during a predetermined visit time period; vi) operating under the armed mode of the alarm when the space is determined to be unoccupied by the authorised user and unoccupied by the visitor; vii) operating under the armed mode of the alarm when the space is determined to be unoccupied by the authorised user and occupied by the visitor outside of the visit time period; and viii) adjusting the operative states of the devices (392, 490, 492, 493) of the space on the basis of whether the alarm is operating in the armed mode or the disarmed mode. i) determining whether a space is unoccupied or occupied by an authorised user in accordance with a determined proximity between the space and a mobile device or an identification entity, the mobile device or identification entity being associated with the authorised user of the space; ii) determining whether the space is unoccupied or occupied by a visitor in accordance with a determined proximity between the space and a visitor mobile device or a visitor identification entity, the visitor mobile device or visitor identification entity being associated with the visitor of the space; iii) determining operative states of devices (392, 490, 492, 493) of the space; iv) operating under a disarmed mode of an alarm when the space is determined to be occupied by the authorised user; v) operating under the disarmed mode of the alarm when the space is determined to be occupied by the visitor during a predetermined visit time period; vi) operating under the armed mode of the alarm when the space is determined to be unoccupied by the authorised user and unoccupied by the visitor; vii) operating under the armed mode of the alarm when the space is determined to be unoccupied by the authorised user and occupied by the visitor outside of the visit time period; and viii) adjusting the operative states of the devices (392, 490, 492, 493) of the space on the basis of whether the alarm is operating in the armed mode or the disarmed mode.
A dispersion comprising a) a biocide selected from tralopyril, zinc pyrithione, or tolylfluanid, or combinations thereof in an amount from 30% to 80% by weight; b) a polymeric surfactant selected from alkyd polyethylene glycols and ABA polyhydroxyester-PEG-polyhydroxyester copolymers, in an amount ranging from 0.5 to 10% by weight; c) an anti-settling agent selected from fumed silica, calcium carbonate, modified castor oils, modified cellulose polymers, bentonite, hectorite or chemically modified derivatives thereof, or mixtures thereof, and optionally propylene carbonate, in an amount ranging from 0.1 to 10 % by weight; d) a carrier liquid selected from isoparaffinic solvents, dearomatized aliphatic hydrocarbon fluids, heavy aromatic hydrocarbons, paraffin oils, toluene, ethylbenzene, trimethylbenzene, xylene, diisononyl phthalate and propylene oxide polyether polyols, or mixtures thereof; and; e) optionally other formulation agents. a) a biocide selected from tralopyril, zinc pyrithione, or tolylfluanid, or combinations thereof in an amount from 30% to 80% by weight; b) a polymeric surfactant selected from alkyd polyethylene glycols and ABA polyhydroxyester-PEG-polyhydroxyester copolymers, in an amount ranging from 0.5 to 10% by weight; c) an anti-settling agent selected from fumed silica, calcium carbonate, modified castor oils, modified cellulose polymers, bentonite, hectorite or chemically modified derivatives thereof, or mixtures thereof, and optionally propylene carbonate, in an amount ranging from 0.1 to 10 % by weight; d) a carrier liquid selected from isoparaffinic solvents, dearomatized aliphatic hydrocarbon fluids, heavy aromatic hydrocarbons, paraffin oils, toluene, ethylbenzene, trimethylbenzene, xylene, diisononyl phthalate and propylene oxide polyether polyols, or mixtures thereof; and; e) optionally other formulation agents.
A pair of adjacent components of like material of an ultrahigh pressure containment system for fluids comprising: a tapered female mouth integrally formed on one of the adjacent components, the tapered female mouth having a female mating portion; and a tapered male mouth integrally formed on the other of the adjacent components, the tapered male mouth having a male mating portion sized to contact the tapered female portion; characterized in that the system is subjected to fluid pressures in excess of 103,4 MPa / 15,000 psi during system operation; one of the mating portions (110, 114) has a substantially linear cross- sectional profile, the linear cross-sectional profile being angled between 40 and 68 degrees from a coupling axis (r); and the other of the mating portions (108, 112) has a convex, curved cross-sectional profile, the curved cross-sectional profile forming a substantially circular seal when urged into direct contact with the linear cross-sectional profile to provide a seal between the adjacent components without an insert therebetween and to allow the adjacent components to expand and contract without significant relative motion between the adjacent components as the pressure in the containment system cycles. a tapered female mouth integrally formed on one of the adjacent components, the tapered female mouth having a female mating portion; and a tapered male mouth integrally formed on the other of the adjacent components, the tapered male mouth having a male mating portion sized to contact the tapered female portion; the system is subjected to fluid pressures in excess of 103,4 MPa / 15,000 psi during system operation; one of the mating portions (110, 114) has a substantially linear cross- sectional profile, the linear cross-sectional profile being angled between 40 and 68 degrees from a coupling axis (r); and the other of the mating portions (108, 112) has a convex, curved cross-sectional profile, the curved cross-sectional profile forming a substantially circular seal when urged into direct contact with the linear cross-sectional profile to provide a seal between the adjacent components without an insert therebetween and to allow the adjacent components to expand and contract without significant relative motion between the adjacent components as the pressure in the containment system cycles.
An orientation device for orientating a sensor probe (8, 80) relative to the local normal vector of a work surface, the device comprising: a frame, a moving support element linked to the frame and able to slide in a predetermined direction (13, 14) relative to the frame, a sensor probe able to pivot on an axis of rotation not parallel to the predetermined direction relative to a point of articulation (9, 84) of the support element, pressure means able to move and generate a force on the moving support element in said predetermined direction so as to press the sensor probe against the work surface, in which the sensor probe comprises a single convex external sensing surface (20, 81) able to be placed in contact with the work surface, the sensing surface having a single equilibrium contact point, the equilibrium contact point being the point on the sensing surface closest to the point of articulation, the point of articulation being off-center relative to the center of curvature of the sensing surface at the level of the equilibrium contact point. a frame, a moving support element linked to the frame and able to slide in a predetermined direction (13, 14) relative to the frame, a sensor probe able to pivot on an axis of rotation not parallel to the predetermined direction relative to a point of articulation (9, 84) of the support element, pressure means able to move and generate a force on the moving support element in said predetermined direction so as to press the sensor probe against the work surface,
A centering device for a spare tyre of a vehicle, in particular for a lifting mechanism for the spare tyre of a vehicle, the device including: - an orifice with a periphery intended to surround a cable; - two movable portions each including a part of the periphery of the orifice, the portions being adapted to be spread apart from one another, separating the parts of the periphery so as to place the cable in the orifice; characterized in that one of the portions includes means for guiding the cable towards its part of the periphery so as to be able to guide the cable there when the portions are spread apart from one another. - an orifice with a periphery intended to surround a cable; - two movable portions each including a part of the periphery of the orifice, the portions being adapted to be spread apart from one another, separating the parts of the periphery so as to place the cable in the orifice;