mhurhangee/ep-ind-claims huggingface dataset:
System consisting of a protective plate, a mounting rail, and at least one plug connector, wherein the plug connector is fixed on the mounting plate and is covered by the protective plate, the protective plate has a substantially U-shaped basic form, with a closed base area and side faces (3, 3') angled at approximately 90° thereto, a securing region (5, 5') is angled at approximately 90° to the side faces (3, 3'), the securing region (5, 5') has at least one bore, the contact region (7, 7') is angled at approximately 90° to the side faces (3, 3'), the securing region (5, 5') and the associated contact region (7, 7') are positioned approximately at right angles to one another, the base area has recesses in the direction of each of the side faces (3, 3'), characterized in that the contact region (7, 7') has an angled fixing edge (12, 12'), which is oriented approximately parallel to the securing region (5, 5'), and the fixing edge (12, 12') engages in an undercut of the mounting rail.
A closure module for closing and/or separating filled sausage casings connected via a sausage neck, comprising two stamps (3a, 3b) movable relative to and towards each other and arranged such that a sausage neck can be placed therebetween, the stamps (3a, 3b) being capable of clamping the sausage neck in a closed condition, and further comprising a first and a second electrode (2a, b), through which, in a closed condition of the stamps (3a, 3b), a current can flow from the first electrode into the sausage neck and via the sausage neck into the second electrode, wherein the electric energy is converted into thermal energy when passing through the sausage neck and heats the sausage neck whereby the filled sausage casings are closed, preferably additionally separated from each other, wherein the closure module is configured as a hand-held device with a handle area that comprises two spaced-apart, opposed handle elements (7a, 7b), which are movable relative towards each other and which are each coupled with the respective stamps (3a, 3b) such that, when the handle elements (7a, 7b) are moved towards each other, also the respective electrodes and stamps will move towards each other.
An electrochemical biosensor, comprising: a lower substrate; a first electrode part including a first working electrode and a first auxiliary electrode which are formed on the lower substrate; a second electrode part including a second working electrode and a second auxiliary electrode which are formed on the lower substrate; a reagent layer formed on the second working electrode or the second auxiliary electrode, the reagent layer including an electron transfer mediator; an insulation cover having regions which correspond to first, second and third reaction units and are partitioned to have cavities, respectively, wherein the first reaction unit is positioned at the first working electrode, a second reaction unit is positioned at the first auxiliary electrode, and a third reaction unit is positioned at the second working electrode; an intermediate substrate equipped with a microchannel sample cell part to successively guide a blood sample into the first electrode part and the second electrode part; and an upper substrate, wherein a distance between the first working electrode and the first auxiliary electrode exposed at the first reaction unit and the second reaction unit is constant by means of the insulation cover, wherein the first electrode part calculates hematocrit by measuring a conductivity of a blood sample, wherein the first electrode part are devoid of a reagent layer, wherein areas of the first working electrode and the first auxiliary electrode exposed at the first reaction unit and the second reaction unit is same, wherein the insulation cover covers at least one inclined edge of the first working electrode exposed at the first reaction unit, and at least one inclined edge of the first auxiliary electrode exposed at the second reaction unit. a lower substrate; a first electrode part including a first working electrode and a first auxiliary electrode which are formed on the lower substrate; a second electrode part including a second working electrode and a second auxiliary electrode which are formed on the lower substrate; a reagent layer formed on the second working electrode or the second auxiliary electrode, the reagent layer including an electron transfer mediator; an insulation cover having regions which correspond to first, second and third reaction units and are partitioned to have cavities, respectively, wherein the first reaction unit is positioned at the first working electrode, a second reaction unit is positioned at the first auxiliary electrode, and a third reaction unit is positioned at the second working electrode; an intermediate substrate equipped with a microchannel sample cell part to successively guide a blood sample into the first electrode part and the second electrode part; and an upper substrate,
Transportable sign for temporary outdoor advertising comprising a base portion, a support portion and a display portion configured to carry a flexible display medium to display an image, wherein the base portion is configured to position the sign, by supporting the support portion and the display portion, and wherein the support portion is configured to support the display portion, when mounted to or on the base portion; wherein the display portion comprises a self-supporting frame, at least partly surrounding the display portion and having sets of adjacent first and second grooves (35; 37) around the display portion, the second groove being outward from the first groove relative to the display portion, the first groove having opposing first groove walls (35A, 35B), characterized by the sign further comprising a clamp having a C-shaped clamp body to be received in the first groove and having a flange, the first groove having an open shape, in transverse cross-section, being generally C-shaped with a relatively narrower entrance and a relatively wider (W2 > W1) portion behind the entrance wherein the first groove and the clamp are arranged to fix the flexible display medium to the frame by clamping the flexible display medium between the clamp body and at least one first groove wall on insertion of the clamp body into the first groove, and wherein the first and second grooves (35; 37) and the clamp are arrangeable such that on insertion of the clamp body with its C-shape opening outward into the first groove for clamping the display medium, the clamp body engages and comes to urge the display medium against the entrance and/or a wall portion (35A, 35B) of the first groove and the flange of the clamp covers the second groove.
A method for producing titanium oxide dispersion in the sol form containing a phosphorus compound represented by the following Formula: in which R 1 is a hydrogen atom, an alkyl group, an alkynyl group, an alkenyl group, an aryl group, an aliphatic heterocyclic group, or an aromatic heterocyclic group; R 2 is an organic residue; and n is 1 or 2 which comprises hydrolysis and condensation of titanium alkoxide or titanium halide in the presence of said phosphorus compound.
A method of characterizing a sample of plurality of protein aggregates, comprising: flowing the sample through an observation volume of a holographic microscope; generating a first set of holograms based upon holographic video microscopy of a first set of protein aggregates within the observation volume at a first time; characterizing each of the protein aggregates of the first set of protein aggregates as a sphere; and determining the refractive index and the radius for characterized sphere of the first set of protein aggregates; generating a second set of holograms based upon holographic video microscopy of a second set of protein aggregates within the observation volume at a second time; characterizing each of the protein aggregates of the second set of protein aggregate as a sphere; and determining the refractive index and the radius for each of the protein aggregates of the second set of protein aggregates; wherein the characterizing of each of the protein aggregates of the first set and the second set further comprises modeling each of the protein aggregates of the first set and of the second set as a fractal cluster of fractal dimension D where: φ a p = a 0 a p 3 − D. Hereby, Φ is the volume fraction of proteins, a 0 is the protein radius, and a p is the protein aggregate radius. flowing the sample through an observation volume of a holographic microscope; generating a first set of holograms based upon holographic video microscopy of a first set of protein aggregates within the observation volume at a first time; characterizing each of the protein aggregates of the first set of protein aggregates as a sphere; and determining the refractive index and the radius for characterized sphere of the first set of protein aggregates; generating a second set of holograms based upon holographic video microscopy of a second set of protein aggregates within the observation volume at a second time; characterizing each of the protein aggregates of the second set of protein aggregate as a sphere; and determining the refractive index and the radius for each of the protein aggregates of the second set of protein aggregates; wherein the characterizing of each of the protein aggregates of the first set and the second set further comprises modeling each of the protein aggregates of the first set and of the second set as a fractal cluster of fractal dimension D where: φ a p = a 0 a p 3 − D. Hereby, Φ is the volume fraction of proteins, a 0 is the protein radius, and a p is the protein aggregate radius.
A method of filling a mould (208, 308, 408, 508, 608) with a cementitious mix, the mould including a plurality of cavities (210, 310, 410) that open to a top face (212, 312, 412, 512, 612) of the mould, characterised in that the method includes: providing an additional volume per unit area of cementitious mix to at least part of selected ones of the cavities; and compacting the cementitious mix in at least part of all of the cavities, including the additional volume per unit area of cementitious mix provided to the selected ones of the cavities, to substantially the same thickness. providing an additional volume per unit area of cementitious mix to at least part of selected ones of the cavities; and compacting the cementitious mix in at least part of all of the cavities, including the additional volume per unit area of cementitious mix provided to the selected ones of the cavities, to substantially the same thickness.
A switch comprising a tilt detecting section for electrically detecting a tilting operation of a control rod supported by a casing, comprising: a depression detecting section for electrically detecting a depressing operation of the control rod in a direction along a rod axis of the control rod, and a rotation detecting section for electrically detecting a rotational operation of the control rod, and an operative member fitted on and supported by the control rod to be rotatable about the rod axis relative to the control rod and relatively movable along the rod axis, and to be tilted together with the control rod tilted, the tilt detecting section executing a detecting operation with tilting movement of the operative member, wherein the depression detecting section is provided in a bottom wall portion of the casing adjacent an inner surface thereof to execute a detecting operation by pressure received from the control rod when the control rod is depressed, wherein the switch further comprises a rotor made of a resin material and rotatable in unison with the control rod, the rotor being rotated when the control rod is rotated, to cause the rotation detecting section to detect a rotational operation of the rotor, characterized in that a slit-shaped engageable portion is formed in an inner peripheral surface of a cylindrical portion formed at the central portion of the rotor, and a gear-shaped engaging piece is formed in the control rod to fit into the engageable portion. a depression detecting section for electrically detecting a depressing operation of the control rod in a direction along a rod axis of the control rod, and a rotation detecting section for electrically detecting a rotational operation of the control rod, and an operative member fitted on and supported by the control rod to be rotatable about the rod axis relative to the control rod and relatively movable along the rod axis, and to be tilted together with the control rod tilted, the tilt detecting section executing a detecting operation with tilting movement of the operative member, wherein the depression detecting section is provided in a bottom wall portion of the casing adjacent an inner surface thereof to execute a detecting operation by pressure received from the control rod when the control rod is depressed, wherein the switch further comprises a rotor made of a resin material and rotatable in unison with the control rod, the rotor being rotated when the control rod is rotated, to cause the rotation detecting section to detect a rotational operation of the rotor, characterized in that a slit-shaped engageable portion is formed in an inner peripheral surface of a cylindrical portion formed at the central portion of the rotor, and a gear-shaped engaging piece is formed in the control rod to fit into the engageable portion.
Device comprising - a network component which is connected between at least two communication, system and/or computer networks and is suitable and designed for allowing data traffic to pass between the networks or to block data traffic from passing through the network component depending on adaptable and appropriately activated data traffic rules, the network component has a recording functionality for recording the communication relationships present when the data traffic passes, characterised in that an activation/deactivation device which interacts with the recording functionality is included for temporarily activating and/or deactivating the recording functionality, and the network component is set up to release the recorded communication relationships for adaptation and subsequent activation of the data traffic rules only, when the recording functionality is deactivated. - a network component which is connected between at least two communication, system and/or computer networks and is suitable and designed for allowing data traffic to pass between the networks or to block data traffic from passing through the network component depending on adaptable and appropriately activated data traffic rules, the network component has a recording functionality for recording the communication relationships present when the data traffic passes,
A donor-acceptor conjugated polymer (DA-CP) consisting of acceptor repeating units consisting of 2,1,3-benzothiadiazole units dispersed between a plurality of donor repeating units, wherein said donor repeating units are selected from 3,4- bis (alkoxy)thiophene units, bis -alkyloxy substituted 3,4-alkylenedioxythiophene units, or any combination thereof; wherein said donor repeating units are present in polydispersed sequences between acceptor repeating units and wherein the smallest sequence has at least two donor repeating units; and wherein said DA-CP is highly absorbent of visible light in a first redox state and appears black to the human eye as a thin film.
A bituminous glue for cold gluing of construction material and comprising an amount of non-polymerized oil, characterised in that said glue comprises at least 35 % by weight of bitumen, said glue further comprising clay and a dispersing agent, said amount of non-polymerized oil forming between 5 and 30 % by weight of said glue and said glue being a mono-component glue.
A method for manufacturing a cored wire from a metallic strip and an internal flux, comprising the steps of: a) shaping a metallic strip having two parallel longitudinal edges (4, 5) to obtain a U-sectioned groove by bringing its longitudinal edges (4, 5) closer to each other, b) at least partially filling the groove obtained in step a) with a flux, c) shaping the U-sectioned groove containing the flux obtained in step b) by bringing said longitudinal edges (4, 5) into contact or near contact with each other to obtain an O-sectioned pre-tube, and d) welding the longitudinal edges (4, 5) to each other by a laser beam, characterised in that the method also comprises: an additional step i), prior to step a), of machining the side surface (6, 7) of at least one of the two parallel longitudinal edges (4, 5) of the metallic strip to confer on said at least one side surface (6, 7) of said at least one longitudinal edge a surface roughness of less than 50 μm. a) shaping a metallic strip having two parallel longitudinal edges (4, 5) to obtain a U-sectioned groove by bringing its longitudinal edges (4, 5) closer to each other, b) at least partially filling the groove obtained in step a) with a flux, c) shaping the U-sectioned groove containing the flux obtained in step b) by bringing said longitudinal edges (4, 5) into contact or near contact with each other to obtain an O-sectioned pre-tube, and d) welding the longitudinal edges (4, 5) to each other by a laser beam,
A swept wind turbine blade comprising: a blade body extending along a length between a root and a tip of the blade; a pitch axis extending through the root of the blade; a reference line defining a deviation from the pitch axis corresponding to a swept shape of the blade along its length; wherein the reference line comprises: a zero sweep at the root; a zero slope at the root; a positive curvature along a segment within 25% of the length from the root to the tip of the blade. a blade body extending along a length between a root and a tip of the blade; a pitch axis extending through the root of the blade; a reference line defining a deviation from the pitch axis corresponding to a swept shape of the blade along its length; wherein the reference line comprises: a zero sweep at the root; a zero slope at the root; a positive curvature along a segment within 25% of the length from the root to the tip of the blade. a zero sweep at the root; a zero slope at the root; a positive curvature along a segment within 25% of the length from the root to the tip of the blade.
A pharmaceutical product comprising A) a first component comprising as an active ingredient an antibody or an antigen-binding portion thereof that specifically binds to and activates human CD40; and B) a second component comprising as an active ingredient a PD-L1 antibody; for use in the combined, sequential or simultaneous, treatment of a proliferative disease, in particular cancer
A light emitting diode, LED, filament lamp, providing LED filament lamp light, the LED filament lamp comprising: - at least one LED filament comprising a carrier having an elongated body and a plurality of LEDs mechanically coupled to the carrier, the at least one LED filament is configured to emit LED filament light, the LED filament light having a first spectral distribution S1 with a first color point x1,y1 and a first correlated color temperature T1; - at least one further LED configured to emit further LED light having a second spectral distribution S2 with a second color point x2,y2; - an at least partly transmissive envelope, the at least one LED filament and the at least one further LED are at least partly enclosed by the at least partly transmissive envelope; - an optical element arranged for collimating the further LED light into collimated further LED light; - the LED filament lamp light is composed of the LED filament light having a first spatial distribution (S' 1) and the collimated further LED light having a second spatial distribution (S'2); - wherein the first spatial distribution (S' 1) is broader than the second spatial distribution (S'2); - wherein the first spectral distribution S1 and the second spectral distribution S2 are different; and - wherein one or more of (i) x1/x2≥1.1, and (ii) x1/x2≥1.1 and y1/y2≥1.1 with x1/x2 ≥ y1/y2 applies; - the LED filament lamp comprising at least one lamp filament, the at least one lamp filament comprising the at least one LED filament and the at least one further LED. - at least one LED filament comprising a carrier having an elongated body and a plurality of LEDs mechanically coupled to the carrier, the at least one LED filament is configured to emit LED filament light, the LED filament light having a first spectral distribution S1 with a first color point x1,y1 and a first correlated color temperature T1; - at least one further LED configured to emit further LED light having a second spectral distribution S2 with a second color point x2,y2; - an at least partly transmissive envelope, the at least one LED filament and the at least one further LED are at least partly enclosed by the at least partly transmissive envelope; - an optical element arranged for collimating the further LED light into collimated further LED light; - the LED filament lamp light is composed of the LED filament light having a first spatial distribution (S' 1) and the collimated further LED light having a second spatial distribution (S'2); - wherein the first spatial distribution (S' 1) is broader than the second spatial distribution (S'2); - wherein the first spectral distribution S1 and the second spectral distribution S2 are different; and - wherein one or more of (i) x1/x2≥1.1, and (ii) x1/x2≥1.1 and y1/y2≥1.1 with x1/x2 ≥ y1/y2 applies; - the LED filament lamp comprising at least one lamp filament, the at least one lamp filament comprising the at least one LED filament and the at least one further LED.
A gas turbine engine comprising: a spool; a constant speed transmission driven by said spool; a first pump for pumping air and a second pump for pumping air that are driven by one or more drive shafts (112,114,116) driven by said constant speed transmission; an Air-Oil Cooler downstream of said first pump; and an Air-Air PreCooler downstream of said second pump and said Air-Oil Cooler. a spool; a constant speed transmission driven by said spool; a first pump for pumping air and a second pump for pumping air that are driven by one or more drive shafts (112,114,116) driven by said constant speed transmission; an Air-Oil Cooler downstream of said first pump; and an Air-Air PreCooler downstream of said second pump and said Air-Oil Cooler.