mhurhangee/ep-ind-claims huggingface dataset:
Rechargeable battery pack for a handheld power tool, having an interface for establishing a mechanical and electrical connection of the rechargeable battery pack to a handheld power tool and/or a charging device, wherein the interface has guide means for fitting the rechargeable battery pack to the handheld power tool and/or the charging device along a contact-making direction (y) and also has at least four contact elements (140, 141-145), which are arranged orthogonally to the contact-making direction (y), for making electrical and/or mechanical contact with corresponding mating contact elements (340, 341-344) on the handheld power tool and/or corresponding mating contact elements (740, 741-745) on the charging device, wherein the contact elements (140, 141-145) are designed as contact tulips with a contact gap in each case, and at least two contact elements (144, 145) are arranged offset in relation to one another in the direction of the contact-making direction (y), characterized in that the at least two contact elements (144, 145) each have a different height, and in that at least one first contact element of the at least two contact elements (144, 145), which first contact element is situated further towards the front in the contact-making direction (y), has a cutout beneath the contact gap.
A pectus bar assembly (500, 700, 800) characterised in that it comprises: a bar support comprising: a band configured to encircle a first rib of a human ribcage and a second rib of the human ribcage, the band comprising a first end and a second end opposite the first end; a fastener coupleable to the first end, the second end releasably securable to the fastener to tension the band around the first rib and the second rib, wherein the fastener comprises a buckle extending from the second end; and a pectus bar comprising an elongate body, the elongate body comprising: an anterior side; and a posterior side opposite the anterior side, the posterior side supportable by the bar support between the first rib and the second rib. a band configured to encircle a first rib of a human ribcage and a second rib of the human ribcage, the band comprising a first end and a second end opposite the first end; a fastener coupleable to the first end, the second end releasably securable to the fastener to tension the band around the first rib and the second rib, wherein the fastener comprises a buckle extending from the second end; and a pectus bar comprising an elongate body, the elongate body comprising: an anterior side; and a posterior side opposite the anterior side, the posterior side supportable by the bar support between the first rib and the second rib.
A method for short range communications in a wireless communications system between a first wireless device and a second wireless device, the method being performed in the first wireless device, comprising: exchanging a first set of messages with the second wireless device via a network node in the wireless communications system for establishing a first cellular communications link between the first wireless device and the second wireless device via the network node; exchanging a second set of messages with the second wireless device via the network node for evaluating conditions for setting up a short range connection between the first wireless device and the second wireless device on a second direct communications link; and exchanging a third set of messages with the second wireless device on the second communications link for establishing the short range connection with the second wireless device based on at least one of the conditions; characterised by acquiring at least one first channel quality indication, CQI, of the second communications link prior to establishing the short range connection with the second wireless device; acquiring at least one second channel quality indication, CQI, of the first communications link; wherein the short range connection is established only in case said first CQI is above a first predetermined quality threshold; wherein said first predetermined quality threshold is dependent on said at least one second CQI. exchanging a first set of messages with the second wireless device via a network node in the wireless communications system for establishing a first cellular communications link between the first wireless device and the second wireless device via the network node; exchanging a second set of messages with the second wireless device via the network node for evaluating conditions for setting up a short range connection between the first wireless device and the second wireless device on a second direct communications link; and exchanging a third set of messages with the second wireless device on the second communications link for establishing the short range connection with the second wireless device based on at least one of the conditions; characterised by acquiring at least one first channel quality indication, CQI, of the second communications link prior to establishing the short range connection with the second wireless device; acquiring at least one second channel quality indication, CQI, of the first communications link; wherein the short range connection is established only in case said first CQI is above a first predetermined quality threshold; wherein said first predetermined quality threshold is dependent on said at least one second CQI.
A method of constructing a hingeable drywall apparatus comprising: providing a finishing drywall liner having an internal side and an external side; pouring gypsum slurry onto the internal side of the finishing drywall liner; forming a first groove on a framing drywall liner, the first groove having a shape; placing the framing drywall liner on the gypsum slurry so that the gypsum slurry is sandwiched between the finishing drywall liner and the framing drywall liner; and allowing the gypsum slurry to set to a hardened gypsum material, wherein, during the step of allowing, the shape of the first groove is impressed upon the slurry resulting in a second groove in the hardened gypsum material that mates with the first groove to thereby form a hinge at the first and second grooves, wherein a) the second groove extends to the finishing drywall liner and b) said first and second grooves give rise to two segments of the apparatus that can rotate about the hinge.
A radio network, comprising a plurality of first users (3a, 4b, 4c) able to communicate with each other by way of radio waves, the first users (3a, 4b, 4c) comprising at least one input unit for inputting data and at least one output unit for outputting data, characterized in that a first reference can be set on each input unit, and a second reference can be set on each output unit, wherein the radio network is configured in such a way that incoming data at an input unit are communicated to the one or more output units having a second reference that agrees with the first reference set on the input unit.
A scaffold complex, comprising a plurality of pores present on or within a surface of the scaffold complex, wherein the pores are present at a concentration of at least 50 pores per cm 2 of the surface, and wherein at least 80% of the pores have an average pore diameter on the surface that is at least 5 microns, and comprising a non-woven polymeric fiber having a mean diameter of from 100 nm to 8000 nm covalently linked to a hydrogel-binding moiety, wherein the polymeric fiber comprises electrospun polycaprolactone, and wherein the hydrogel-binding moiety is bonded to the outer surface of the polymer fiber, wherein: the hydrogel-binding moiety comprises a sequence selected from the group consisting of hyaluronic acid binding peptides selected from GAHWQFNALTVR, LKQKIKHVVKLKVVVKLRSQLVKRKQN, and STMMSRSHKTRSHH and collagen binding peptide GLRSKSKKFRRPDIQYPDATDEDITSHM, wherein the hydrogel-binding moiety optionally comprises a second sequence selected from the group consisting of hyaluronic acid binding peptides selected from CRRDDGAHWQFNALTVR, LKQKIKHVVKLKVVVKLRSQLVKRKQN, and STMMSRSHKTRSHHV and collagen binding peptide GLRSKSKKFRRPDIQYPDATDEDITSHM; and wherein the hydrogel-binding moiety is associated with a hydrogel material, wherein the hydrogel material is selected from the group comprising hyaluronic acid, collagen or a combination thereof, or a processed tissue extracellular matrix; and further comprising a cross-linking moiety present in an amount effective to induce cross-linking between polycaprolactone fiber and hyaluronic acid.. the hydrogel-binding moiety comprises a sequence selected from the group consisting of hyaluronic acid binding peptides selected from GAHWQFNALTVR, LKQKIKHVVKLKVVVKLRSQLVKRKQN, and STMMSRSHKTRSHH and collagen binding peptide GLRSKSKKFRRPDIQYPDATDEDITSHM, wherein the hydrogel-binding moiety optionally comprises a second sequence selected from the group consisting of hyaluronic acid binding peptides selected from CRRDDGAHWQFNALTVR, LKQKIKHVVKLKVVVKLRSQLVKRKQN, and STMMSRSHKTRSHHV and collagen binding peptide GLRSKSKKFRRPDIQYPDATDEDITSHM; and wherein the hydrogel-binding moiety is associated with a hydrogel material, wherein the hydrogel material is selected from the group comprising hyaluronic acid, collagen or a combination thereof, or a processed tissue extracellular matrix;
An optical fiber combiner comprising: a coupling device having an input surface area, A in, and an output surface area, A out, wherein the input surface area A in is greater than the output surface area A out and wherein a body of the coupling device comprises a gradual taper from the input surface area to the output surface area; and a plurality of optical fibers each having an input surface and an output surface, wherein the output surfaces of the plurality of optical fibers are optically coupled to the coupling device, wherein the coupling device combines optical power emitted by the plurality of optical fibers; and a hollow structure configured to encase the plurality of optical fibers and to secure the plurality of optical fibers in place for coupling to the coupling device wherein the hollow structure has a higher index of refraction compared to an index of refraction of input fiber cladding. a coupling device having an input surface area, A in, and an output surface area, A out, wherein the input surface area A in is greater than the output surface area A out and wherein a body of the coupling device comprises a gradual taper from the input surface area to the output surface area; and a plurality of optical fibers each having an input surface and an output surface, wherein the output surfaces of the plurality of optical fibers are optically coupled to the coupling device, wherein the coupling device combines optical power emitted by the plurality of optical fibers; and a hollow structure configured to encase the plurality of optical fibers and to secure the plurality of optical fibers in place for coupling to the coupling device wherein the hollow structure has a higher index of refraction compared to an index of refraction of input fiber cladding.
Inclinable measuring head connectable to a positioning platform of a coordinate positioning system for orienting a coordinate measuring probe relative thereto, the inclinable measuring head comprising a support element and a probe holder rotatably linked to the support element by a spherical joint, whereby the probe holder is capable of being rotated about three independent axis, the measuring head further comprising a position encoder providing relative orientation of the probe holder relative to the support element, and an actuator arranged for orienting the probe holder relative to the support element about said three independent axis characterized by the probe holder having a connector for removably attaching a coordinate measuring probe; and a workpiece detector being arranged to sense and to trigger the coordinate positioning system when said coordinate measuring probe touches a workpiece; the measuring head comprising a wireless transceiver or said position encoder being operatively arranged to determine a displacement in 3D of the position of the centre of the spherical joint.
A printing device for printing on a web-shaped substrate, in particular for printing the substrate with portrait images for identity, value or security documents, with a supply unit for supplying the web-shaped substrate from a roll, with a substrate guidance consisting of one or more pulleys to guide the web-shaped substrate to a printing area, wherein a displaceably mounted printing table with a negative pressure unit is present in the printing area in order to fix the web-shaped substrate in sections with a negative pressure, and wherein a print head, which is held stationary during the printing process and is configured to apply a printed image to the substrate by means of a displacement of the printing table together with the substrate fixed thereto, is present in the printing area, characterized in that a drying oven is present which is downstream of the printing area in a web transport direction, and in that at least one test unit (222, 224) for testing the web-shaped substrate is present, which is downstream of the printing area in the web transport direction but upstream of the drying oven. with a supply unit for supplying the web-shaped substrate from a roll, with a substrate guidance consisting of one or more pulleys to guide the web-shaped substrate to a printing area, wherein a displaceably mounted printing table with a negative pressure unit is present in the printing area in order to fix the web-shaped substrate in sections with a negative pressure, and wherein a print head, which is held stationary during the printing process and is configured to apply a printed image to the substrate by means of a displacement of the printing table together with the substrate fixed thereto, is present in the printing area, characterized in that a drying oven is present which is downstream of the printing area in a web transport direction, and in that at least one test unit (222, 224) for testing the web-shaped substrate is present, which is downstream of the printing area in the web transport direction but upstream of the drying oven.
Roll arrangement in metallurgy, comprising: a roll with a roll barrel and two roll pins, and at least one pin bush for reception of at least one of the roll pins to be secure against relative rotation, wherein the circumferential surface of the roll pin and the inner circumferential surface of the pin bush are of complementary cylindrical form and an entrainer element as mechanically positive rotationally-fast connection between the pin bush and the roll pin, wherein the roll pin is journalled with radial play in the pin bush and wherein in the unloaded state an encircling, rotationally symmetrical cavity in the form of the radial play is formed between the pin bush and the roll pin, characterised in that the cavity is bounded by a rotationally symmetrical shaped portion, which is concave as seen in longitudinal section of the roll arrangement, at the circumferential surface of the roll pin and/or at the inner circumferential surface of the pin bush. a roll with a roll barrel and two roll pins, and at least one pin bush for reception of at least one of the roll pins to be secure against relative rotation, wherein the circumferential surface of the roll pin and the inner circumferential surface of the pin bush are of complementary cylindrical form and an entrainer element as mechanically positive rotationally-fast connection between the pin bush and the roll pin,
Motor vehicle wall having a first skin and a second skin sandwiching a core, said core being made of a material whose rigidity is less than the rigidity of each of said skins, said first skin having on its inner side first protuberances which penetrate into said core and which are separate from said second skin, said first protuberances being arranged irregularly on said inner side and having geometries varying from a first protuberance to another first protuberance, and said second skin having on its inner side second protuberances which penetrate into said core and which are separate from said first skin and said first protuberances, said second protuberances being arranged irregularly on said inner side and having geometries varying from a second protuberance to another second protuberance, such that the transmission of acoustic waves through said wall is minimised.
An antenna array comprising: a substrate; a plurality of antenna units, each of the plurality of antenna units comprising: an antenna element electrically coupled with a surface of the substrate; and a ground element electrically coupled with the surface of the substrate, the ground element disposed at least in part between the antenna element and the surface of the substrate; and a plurality of shielding elements disposed between the surface of the substrate and the ground elements of the plurality of antenna units, each of the plurality of shielding elements directly coupled with no more than one of the plurality of antenna units, wherein, for each of a plurality of gaps between ground elements of adjacent antenna units, a projected area of a respective gap in a direction perpendicular to the surface of the substrate is incident on at least one of the plurality of shielding elements. a substrate; a plurality of antenna units, each of the plurality of antenna units comprising: an antenna element electrically coupled with a surface of the substrate; and a ground element electrically coupled with the surface of the substrate, the ground element disposed at least in part between the antenna element and the surface of the substrate; and an antenna element electrically coupled with a surface of the substrate; and a ground element electrically coupled with the surface of the substrate, the ground element disposed at least in part between the antenna element and the surface of the substrate; and a plurality of shielding elements disposed between the surface of the substrate and the ground elements of the plurality of antenna units, each of the plurality of shielding elements directly coupled with no more than one of the plurality of antenna units, wherein, for each of a plurality of gaps between ground elements of adjacent antenna units, a projected area of a respective gap in a direction perpendicular to the surface of the substrate is incident on at least one of the plurality of shielding elements.
Process for manufacturing containers from at least one preform made of thermoplastic material, said process comprising a step of transforming said preform into a container consisting in using a unit for moulding formed containers by blow moulding or stretch-blow moulding, and successively comprising the following steps: - a first step, consisting in treating at least the inside of said preform using hydrogen peroxide (H 2 O 2); - a second step, consisting in heating a body of said preform at a moulding temperature to enable the subsequent transformation thereof into a container; characterized in that it comprises a third step, prior to the transformation step, which third step consists in treating said preform with plasma to reduce the concentration of hydrogen peroxide (H 2 O 2) residues. - a first step, consisting in treating at least the inside of said preform using hydrogen peroxide (H 2 O 2); - a second step, consisting in heating a body of said preform at a moulding temperature to enable the subsequent transformation thereof into a container;
A cast on strap machine comprising: a molten metal delivery apparatus (5a, 5b); a battery plate positioning device; a mould (50, 52) comprising a plurality of mould cavities (51, 53); a mould loading apparatus arranged to move the mould (50, 52) between an internal, in use, configuration within the delivery apparatus (5a, 5b), and a configuration in which the mould (50, 52) is external to the delivery apparatus (5a, 5b) to allow access to the mould (50, 52); and, characterised in that, the mould loading apparatus comprises an elevator arranged to raise/lower the mould (50, 52) between at least a first height corresponding to the plane of the in use position of the mould (50, 52), defined by a base member below the delivery apparatus (5a, 5b), and a second height where the mould (50, 52) is positioned below the plane of the base member of the delivery apparatus (5a, 5b) to allow removal of the mould (50, 52). a molten metal delivery apparatus (5a, 5b); a battery plate positioning device; a mould (50, 52) comprising a plurality of mould cavities (51, 53); a mould loading apparatus arranged to move the mould (50, 52) between an internal, in use, configuration within the delivery apparatus (5a, 5b), and a configuration in which the mould (50, 52) is external to the delivery apparatus (5a, 5b) to allow access to the mould (50, 52); and, characterised in that, the mould loading apparatus comprises an elevator arranged to raise/lower the mould (50, 52) between at least a first height corresponding to the plane of the in use position of the mould (50, 52), defined by a base member below the delivery apparatus (5a, 5b), and a second height where the mould (50, 52) is positioned below the plane of the base member of the delivery apparatus (5a, 5b) to allow removal of the mould (50, 52).
A biosensor, comprising an insulative substrate and an electrode system on the insulative substrate, the electrode system comprising a reaction reagent that can react with samples to be detected thereon, featured in the electrode system comprising functional electrodes (2, 3) for detection and at least two assisted diffusion electrodes for controlling the diffusion of the reaction reagent, wherein the biosensor comprises an insulating layer which covers part of the electrode system and forms a closed region without any insulating layer material; wherein the reaction reagent fills the closed region without substantially extending beyond a closed boundary of the closed region; wherein the functional electrodes (2, 3) comprise a working electrode and a counter electrode, wherein the functional electrodes (2, 3) are located between the at least two assisted diffusion electrodes and the at least two assisted diffusion electrodes being respectively located at the outsides of the functional electrodes (2, 3), wherein the reagent is evenly distributed in the closed region. wherein the biosensor comprises an insulating layer which covers part of the electrode system and forms a closed region without any insulating layer material; wherein the reaction reagent fills the closed region without substantially extending beyond a closed boundary of the closed region; wherein the functional electrodes (2, 3) comprise a working electrode and a counter electrode, wherein the functional electrodes (2, 3) are located between the at least two assisted diffusion electrodes and the at least two assisted diffusion electrodes being respectively located at the outsides of the functional electrodes (2, 3), wherein the reagent is evenly distributed in the closed region.