mhurhangee/ep-ind-claims huggingface dataset:
Battery system, comprising a plurality of cells (1.1., 1.2) which are arranged in at least one stack, a first pole (1.1.P1) of a first cell (1.1) being connected in an electrically conductive manner to a second pole (1.2.P2) of a second cell (1.2) by a cell connector, an electronics unit adapted to detect the voltage of the cells (1.1, 1.2), a first contacting element (4.1) being arranged on the cell connector and a second contacting element (4.2) being arranged on the electronics unit, and a conductor, a first section (6.1) of the conductor being connected in an electrically conductive manner to the first contacting element (4.1) and a second section (6.2) of the conductor being connected in an electrically conductive manner to the second contacting element (4.2), wherein the contacting of the conductor with the first and second contacting elements (4.1, 4.2) is carried out by means of first contact members formed at the first and second contacting elements (4.1, 4.2) and adapted to penetrate the insulation of the conductor at least in sections and to deform the conductor at least in sections, wherein the first contacting element (4.1) comprises a first opening (4.10) and the second contacting element (4.2) comprises a second opening (4.20) into which the conductor may be inserted for establishing contact with the first contact members, wherein the first opening (4.10) is oriented such that the first section (6.1) of the conductor may be inserted parallel to the base surface of the cell connector, and wherein the second opening (4.20) is oriented such that the second section (6.2) of the conductor may be inserted parallel to the base surface of the electronics unit, wherein a first auxiliary device (8.1) is arranged at the first contacting element (4.1) and a second auxiliary device (8.2) is arranged at the second contacting element (4.2), wherein the first auxiliary device (8.1) comprises a first receiving section (8.1A) into which the first section (6.1) of the conductor, in the non-contacted state, may be inserted perpendicular to the base surface of the cell connector, and the second auxiliary device (8.2) comprises a second receiving section (8.2A) into which the second section (6.2) of the conductor, in the non-contacted state, may be inserted perpendicular to the base surface of the electronics unit, wherein the first auxiliary device (8.1) is formed displaceable parallel to the base surface of the cell connector towards the first contact members of the first contacting element (4.1), for contacting purposes, and the second auxiliary device (8.2) is formed displaceable parallel to the base surface of the electronics unit towards the first contact members of the second contacting element (4.2), for contacting purposes, wherein the first and second contacting elements (4.1, 4.2) as well as the first and second auxiliary devices (8.1, 8.2) comprise guides or rails adapted for the displacement.
A method of manufacturing a tab having a security feature, in which a fabric-type tape material for creating said tab is provided and supplied to a processing station, in which the fabric-type tape material for the tab which comprises at least individual threads (43, 44) made of plastic material is supplied to the processing station, at least one surface of the plastic threads (43, 44) of the fabric-type tape material being marked, with an IR radiation using at least one laser beam and prepared for being attached to a data page in said processing station, and the surface of threads of the fabric-type tape material of the tab situated along a travel path of the laser beam being partially molten and having a rough surface as compared to an untreated area of the fabric-type tape material.
A process for the production of sulphuric acid, in particular from contaminated sulphur-containing media such as waste sulphuric acid, wherein a process medium is provided, in particular a process gas, the process medium comprising sulphur compounds, in particular sulphur dioxide, wherein the sulphur compounds are cracked in a cracking furnace and oxidized and then partially converted into sulphuric acid in a first converter, the sulphuric acid is condensed in a first condenser and a condensed sulphuric acid is discharged as an acid product, whereupon the process medium is partially converted into sulphuric acid in a second converter and the sulphuric acid is condensed in a second condenser and a condensed sulphuric acid is discharged as a product, characterized in that the process medium is fed into an activated carbon reactor which is downstream of the second condenser, wherein sulphur compounds remaining in the process medium are oxidized into sulphur trioxide which is adsorbed onto activated carbon, and the activated carbon is regenerated, wherein the sulphur trioxide is dissolved with a regeneration liquid, whereupon a dilute acid is formed which is fed into a condenser (3a, 3b) and/or into the cracking furnace.
A shower head as part of a sanitary fitting composed of an upper shell and a lower shell with passage openings arranged therein for the water to be dispensed via the shower head, wherein, between the upper shell and lower shell, there is arranged a jet mat with outflow nozzles which are formed thereon and which extend through the passage openings of the lower shell and which form outflow openings for the water, characterized in that a water-guiding mat composed of a deformable, sealing elastomer is arranged between the jet mat and a fixed head plate, which is arranged spaced apart from said jet mat, of the shower head, which water-guiding mat, owing to resilient support against the head plate, is held in abutment against the jet mat so as to close off the outflow nozzles of the jet mat, and which water-guiding mat, under the impingement of the water introduced between the jet mat and water-guiding mat via a central inlet, bulges toward the head plate so as to form a water flow surface and opens up the outflow nozzles of the jet mat.
A composite material with a core-shell structure for battery, wherein a core material comprises metallic copper or a copper-containing compound; a shell material comprises at least one of silicon dioxide and titanium dioxide; and wherein the core material has an the average particle size D50 of 0.01μm-5μm, optionally 0.1μm-3μm, more optionally 0.1μm-2μm, measured according to the methods as described in the description, and wherein the weight ratio of the core to the shell is from 10:1 to 20:1.
An information configuration method, comprising: transmitting, by a Master Node, MN, a first request message to a Secondary Node, SN, wherein the first request message is used to request for configuring a conditional Primary Secondary Cell, PSCell, change; receiving, by the MN, a first response message transmitted by the SN, wherein the first response message is used for indicating that the SN accepts the first request message; and transmitting, by the MN to a terminal device, at least one of a PSCell change condition configuration, a target PSCell configuration, and a radio resource configuration on an MN side, characterized in that, the first request message carries a first PSCell change condition configuration, wherein the first PSCell change condition configuration is a condition configuration of the PSCell change proposed by the MN. transmitting, by a Master Node, MN, a first request message to a Secondary Node, SN, wherein the first request message is used to request for configuring a conditional Primary Secondary Cell, PSCell, change; receiving, by the MN, a first response message transmitted by the SN, wherein the first response message is used for indicating that the SN accepts the first request message; and transmitting, by the MN to a terminal device, at least one of a PSCell change condition configuration, a target PSCell configuration, and a radio resource configuration on an MN side, characterized in that, the first request message carries a first PSCell change condition configuration, wherein the first PSCell change condition configuration is a condition configuration of the PSCell change proposed by the MN.
A fastener stringer (10, 50) for a slide fastener, in which a continuous fastener element molded from a monofilament made from a thermoplastic resin is attached to a tape edge portion (11b, 51b) of a fastener tape (11, 51), and the fastener element includes a coupling head, upper and lower leg parts (23, 24) extending in a tape width direction from the coupling head, and a connecting portion that connects one of the upper and lower leg parts (23, 24) to one of the upper and lower leg parts (23, 24) of the fastener element that is adjacent in a length direction of the fastener tape (11, 51), the fastener element includes a plurality of fine projections disposed on a circumferential surface of the monofilament continuously along the length direction of the monofilament, at least the projections disposed on the upper and lower leg parts (23, 24) are twisted with respect to an extension direction of the upper and lower leg parts (23, 24), and a plurality of the projections disposed on the upper leg part or the lower leg part in a twisted state face the same direction, the fastener stringer is characterized in that, in a cross-sectional view of the monofilament, a curvature of a convex curved surface of the projection is set to be larger than a curvature of a concave curved surface of a recess.
An optical sorting or classifying machine for sorting or classifying product, comprising a housing which includes an internal region, a chute which has a guide surface and is supported by the housing, the chute being pivotably coupled to the housing about a first pivot, an illumination unit (7a-d) for illuminating product as delivered on and/or from the chute, and at least one detector (9a, b) for detecting product as delivered on and/or from the chute; characterized in that the chute is pivotably coupled to the housing about the first pivot between a first, operative configuration, in which the chute extends across the internal region and prevents access or entry into the internal region by an operator, and a second, stowed configuration, in which an operator can access or enter the internal region.
An autonomous transporting tool adapted to travel along a guiding line comprising: a first transporting tool element; and a second transporting tool element, each of said transporting tool elements comprising: an autonomous propulsion means; a control system; and an optical system comprising two cameras and two lighting units, wherein a first camera and a first lighting unit are located proximal to a first end of said transporting tool element and said second camera and said second lighting unit are located proximal to a second end of said transporting tool element and wherein said first and second lighting units are direct to illuminate the field of view each of its respective camera; steering means to allow directing of said transporting tool element to directions between a rightmost and a leftmost steering angle; and communication means to enable the first and second transporting tool elements to communicate at least with each other, wherein said first and second transporting tool elements are mechanically disengaged, wherein the control system of the first transporting tool element controls the first transporting tool element to be located in position for lifting a first pair of wheels of a vehicle and the control system of the second transporting tool element controls the second transporting tool element to be located in position for lifting a second pair of wheels of the vehicle, and wherein said first and second transporting tool elements are adapted to communicate with each other via a wireless communication channel to manage and control the distance between them to be equal to the distance between the front and rear axles of the vehicle and coordinate movements of the first and second tool elements. a first transporting tool element; and a second transporting tool element, an autonomous propulsion means; a control system; and an optical system comprising two cameras and two lighting units,
A method performed by a wireless device engaged in a streaming session via enhanced Multimedia Broadcast Multicast Service, eMBMS, in a communication network, the method comprising: - obtaining (301,401,501,701) a Uniform Resource Locator, URL, of a streaming server providing data for the streaming session from a first network node providing the eMBMS; - detecting (302,402,502,702) that a signal quality related to the eMBMS falls below a threshold; - providing (303,406,409,503,704) the obtained URL to a second network node, when the wireless device about to leave an eMBMS coverage area, in order to induce the second network node to prepare for unicast of the streaming session via a target node; wherein the target node is associated with a different cell or an at least partly different coverage area than a cell or area in which the eMBMS is provided; - connecting (304,408,410,505,703) to the target node for continuation of the streaming session; - indicating (405,503), to the second node, a signal quality related to at least one possible target node operable to provide unicast; and - obtaining (407,504) from the second network node, in response to the indicating of signal quality, system information related to the target node, wherein the system information enables the wireless device to connect to the target network node, wherein the connection to the target node is based on the obtained system information. - obtaining (301,401,501,701) a Uniform Resource Locator, URL, of a streaming server providing data for the streaming session from a first network node providing the eMBMS; - detecting (302,402,502,702) that a signal quality related to the eMBMS falls below a threshold; - providing (303,406,409,503,704) the obtained URL to a second network node, when the wireless device about to leave an eMBMS coverage area, in order to induce the second network node to prepare for unicast of the streaming session via a target node; wherein the target node is associated with a different cell or an at least partly different coverage area than a cell or area in which the eMBMS is provided; - connecting (304,408,410,505,703) to the target node for continuation of the streaming session; - indicating (405,503), to the second node, a signal quality related to at least one possible target node operable to provide unicast; and - obtaining (407,504) from the second network node, in response to the indicating of signal quality, system information related to the target node, wherein the system information enables the wireless device to connect to the target network node,
A slurry comprising inorganic particles, an organic binder polymer, and a solvent, wherein the inorganic particles have a diameter in a range of 0.01 μm to 15 μm, wherein 10 to 50 parts by weight of the inorganic particles and 1 to 10 parts by weight of the organic binder polymer are included based on 100 parts by weight of the solvent, and the slurry has a viscosity of which a lower bound is a value obtained from the following Equation based on the diameter of the inorganic particles and an upper bound is 10,000 cP: η ≥ 40 d 2 where η denotes a viscosity of a slurry in a unit of centipoise, and d denotes an average diameter of inorganic particles in a unit of μ m.
Respiratory humidifier with lighting device, which has a fluid container with a base plate, and a housing with a heating plate, wherein in order to heat the fluid in the fluid container the heating plate can be heated up and the base plate can be brought into contact with the heating plate, wherein the housing has a lamp and a light emission section, and the fluid container has a light admission section, wherein the light emanating from the lamp moves in an illuminating direction through the light emission section and light admission section into the fluid container in order to optically signal to a user a state of alarm of the respiratory humidifier, characterised in that the light emission section is configured as a transparent wall section of the housing, the illuminating direction is directed substantially to the base plate, and that the wall surfaces of the fluid container are transparent at least in some sections.
Tyre comprising a tread, a crown with a crown reinforcement, two sidewalls, two beads, a carcass reinforcement anchored to the two beads and extending from one sidewall to the other, characterized in that the tread comprises at least one thermoplastic elastomer, said thermoplastic elastomer being a block copolymer comprising at least one elastomer block of butadiene/styrene random copolymer type and at least one thermoplastic block of styrene type, the SBR elastomer block(s) being hydrogenated such that a proportion extending from 25 mol% to 100 mol% of the double bonds in the butadiene portion are hydrogenated, and the total content of thermoplastic elastomer being within a range varying from 65 to 100 phr (parts by weight per hundred parts of elastomer).
A method for modifying a polymer flow index, comprising: providing monomers to a polymerization reactor; providing a chromium catalyst to the polymerization reactor; wherein the chromium catalyst is a reduced chromium oxide catalyst; and providing an active amount of a flow index modifier to the polymerization reactor, wherein the flow index modifier is carbon dioxide and is from 0.50 parts per million to 50.00 parts per million based upon the monomers. providing monomers to a polymerization reactor; providing a chromium catalyst to the polymerization reactor; wherein the chromium catalyst is a reduced chromium oxide catalyst; and providing an active amount of a flow index modifier to the polymerization reactor,
Press, in particular an agricultural baler, having at least one roller, a flexible pressing means winding around the roller and at least one worm conveyor, wherein the press has a variable pressing chamber which is formed, in some regions, by the pressing means, wherein the pressing means has an inner face facing the pressing chamber and an outer face remote from the pressing chamber, and the worm conveyor is preferably arranged on the outer face of the pressing means, wherein the pressing means has a plurality of, but in particular three, pressing belts (34.1, 34.2, 34.3), wherein the worm conveyor has at least one roll, screw flights (74a, b) winding in opposing directions at least in some regions around the roll being provided on the peripheral surface thereof for conveying material, characterized in that the screw flights (74a, b) are configured such that they bring together the material in two collecting regions arranged outside a central region of the worm conveyor, wherein a gap (35.1, 35.2) is provided between at least two of the pressing belts (34.1, 34.2, 34.3), said gap correlating with one of the collecting regions of the worm conveyor.
A digitally controlled grinder, particularly for glass sheets with straight sides, comprising at least one first conveyance guide, which defines a loading surface for at least one glass sheet to be ground, adapted to convey said glass sheet to be ground into a grinding station with said glass sheet to be ground resting, at one of its sides to be ground, on said loading surface, said grinding station defining a grinding surface which is adjacent to said loading surface, wherein it comprises measurement means which are adapted to measure either or both of the shape and the dimensions of said glass sheet to be ground arranged on said loading surface, and processing and control means, which are functionally connected to said measurement means, characterized in that it comprises combined rotary and translational motion means adapted for the combined rotary and translational motion of said loading surface with respect to said grinding surface for the combined rotary and translational motion of said glass sheet to be ground with respect to said grinding surface, and the processing and control means are functionally connected to said combined rotary and translational motion means and are adapted to actuate said combined rotary and translational motion means as a function of the measurements made by said measurement means and of the final geometry to be obtained of said glass sheet.
An interbody implant (100, 900, 1100) with a flexible surface comprising: a top vertebral engaging surface (112a, 920, 1112) and a bottom vertebral engaging surface opposite the top vertebral engaging surface; and a first surface on one of the top vertebral engaging surface and the bottom vertebral engaging surface, the first surface including a flexible pattern (200, 1000, 1200) defined by a plurality of segments including a first segment and a second segment, wherein the first segment includes a first non-linear shape extending between a first end and a second end and the second segment includes a second non-linear shape extending between a first end and a second end, and wherein one of the first end and the second end of the first non-linear shape is interconnected with one of the first end and the second end of the second non-linear shape, and wherein when the interbody implant is disposed between vertebrae, the flexible pattern on the first surface deforms to adapt to the contours of a bone surface bearing thereon. a top vertebral engaging surface (112a, 920, 1112) and a bottom vertebral engaging surface opposite the top vertebral engaging surface; and a first surface on one of the top vertebral engaging surface and the bottom vertebral engaging surface, the first surface including a flexible pattern (200, 1000, 1200) defined by a plurality of segments including a first segment and a second segment, wherein the first segment includes a first non-linear shape extending between a first end and a second end and the second segment includes a second non-linear shape extending between a first end and a second end, and wherein one of the first end and the second end of the first non-linear shape is interconnected with one of the first end and the second end of the second non-linear shape, and wherein when the interbody implant is disposed between vertebrae, the flexible pattern on the first surface deforms to adapt to the contours of a bone surface bearing thereon. wherein the first segment includes a first non-linear shape extending between a first end and a second end and the second segment includes a second non-linear shape extending between a first end and a second end, and wherein one of the first end and the second end of the first non-linear shape is interconnected with one of the first end and the second end of the second non-linear shape, and wherein when the interbody implant is disposed between vertebrae, the flexible pattern on the first surface deforms to adapt to the contours of a bone surface bearing thereon.