mhurhangee/ep-ind-claims huggingface dataset:
Method for making packs of in each case at least two coupled articles which are held together by a strapping means wherein said strapping means is arranged horizontally and stretched onto the outer surfaces of the articles, wherein said strapping means is laid around the articles during a continuous conveying process and fixed afterwards wherein - for the method a strapping unit is provided which consists of a plurality of strapping modules, wherein a first strapping module straps a formation line and allows a second or umpteen formation line to pass through and wherein the second or umpteen formation line is strapped by a second or umpteen strapping module, wherein - after entry of a container formation into a strapping module, moving the strapping applicator with its axes (X, Z) over the respective container formation, synchronizing the strapping applicator with the X axis to the feeding speed of the conveyor, lowering the strapping applicator via the Z axis onto the strapping level, - while the strapping applicator moves with the pack formation, the strapping applicator straps the container formation with the at least one strapping means stretched around the outer surfaces of the articles and afterwards fixed on each end in a pre-stressed state. - for the method a strapping unit is provided which consists of a plurality of strapping modules, wherein a first strapping module straps a formation line and allows a second or umpteen formation line to pass through and wherein the second or umpteen formation line is strapped by a second or umpteen strapping module, wherein - after entry of a container formation into a strapping module, moving the strapping applicator with its axes (X, Z) over the respective container formation, synchronizing the strapping applicator with the X axis to the feeding speed of the conveyor, lowering the strapping applicator via the Z axis onto the strapping level, - while the strapping applicator moves with the pack formation, the strapping applicator straps the container formation with the at least one strapping means stretched around the outer surfaces of the articles and afterwards fixed on each end in a pre-stressed state.
A bioreactor consumable unit comprising: a bioreactor comprising a chamber; at least one fluid feed container integrally connected with the bioreactor and in fluid communication with the bioreactor chamber; and an integral pumping element configured to enable fluid to flow from the at least one fluid feed container to the bioreactor chamber, wherein: the or each pumping element comprises a syringe and a valve; and the valve comprises a three-way valve (102; 1102), with a first port directly coupled to an outlet at the bottom of the fluid feed container, a second port coupled to the syringe, and a third port coupled to the bioreactor via a conduit. a bioreactor comprising a chamber; at least one fluid feed container integrally connected with the bioreactor and in fluid communication with the bioreactor chamber; and an integral pumping element configured to enable fluid to flow from the at least one fluid feed container to the bioreactor chamber, wherein: the or each pumping element comprises a syringe and a valve; and the valve comprises a three-way valve (102; 1102), with a first port directly coupled to an outlet at the bottom of the fluid feed container, a second port coupled to the syringe, and a third port coupled to the bioreactor via a conduit. the or each pumping element comprises a syringe and a valve; and the valve comprises a three-way valve (102; 1102), with a first port directly coupled to an outlet at the bottom of the fluid feed container, a second port coupled to the syringe, and a third port coupled to the bioreactor via a conduit.
A method for wireless communications carried out by a source mobile station, comprising: exchanging messages with an access point capable of forwarding data to a destination mobile station; determining, based on the exchange of messages, whether to send data to the destination mobile station via the access point or to send the data directly to the destination mobile station; and transmitting data to the destination mobile station based on the determining, if deciding, prior to the transmitting based on the determining, to transmit the data to the destination mobile station via the access point; then transmitting an announcement message about the decision to the access point, wherein the announcement message is embedded in the data. exchanging messages with an access point capable of forwarding data to a destination mobile station; determining, based on the exchange of messages, whether to send data to the destination mobile station via the access point or to send the data directly to the destination mobile station; and transmitting data to the destination mobile station based on the determining, if deciding, prior to the transmitting based on the determining, to transmit the data to the destination mobile station via the access point; then transmitting an announcement message about the decision to the access point, wherein the announcement message is embedded in the data.
Vehicle, in particular motor vehicle, having a vehicle tailgate which is arranged to be pivotable on the vehicle rear by means of a pivot device about a pivot axis between a closed position, in which it defines a loading surface of the vehicle on the rear side, and an open position, in which it opens the loading surface on the rear side, wherein the pivot device with first guide means, which are arranged on the vehicle rear and with second guide means, which in turn are arranged on the vehicle tailgate, cooperate for translational motion control of the vehicle tailgate for attachment thereof on the vehicle rear such that the vehicle tailgate is guided to be movable between an initial position, in which the first guide means and the second guide means are guided to one another for translational motion control of the vehicle tailgate, and a target position, in which the vehicle tailgate is arranged as intended on the vehicle rear, and the second guide means are arranged on the lateral flanks (40, 40') of the vehicle tailgate and the first guide means have at least two pivot arms (22, 22') spaced from one another in axial direction of the pivot axis and arranged on the vehicle rear to be pivotable about the pivot axis which are longitudinally extended radially to the pivot axis and each form a guide part which cooperates with the second guide means for translational motion control of the vehicle tailgate, characterised in that the at least one pivot arm (22, 22') is arranged at least in sections in a gap between vehicle tailgate and vehicle rear lateral parts (54, 56).
A millimetre or sub millimetre wave circuit transition, comprising: a tapered slot antenna with a tapered slot; a microstrip feed line coupled to the tapered slot antenna; and a set of tuning pads (13, 13a, 13b, 13c, 13d) electrically coupled to the microstrip feed line so as to provide a tuneable frequency response; wherein the tapered slot comprises a curved taper; wherein the tapered slot comprises a short-circuit end adjacent the microstrip feed line, and a radiating end, and the tapered slot tapers outwardly from the short-circuit end towards the radiating end; and wherein a profile of the curved taper is defined by the use of at least two different equations each associated with a curved expression. a tapered slot antenna with a tapered slot; a microstrip feed line coupled to the tapered slot antenna; and a set of tuning pads (13, 13a, 13b, 13c, 13d) electrically coupled to the microstrip feed line so as to provide a tuneable frequency response; wherein the tapered slot comprises a curved taper; wherein the tapered slot comprises a short-circuit end adjacent the microstrip feed line, and a radiating end, and the tapered slot tapers outwardly from the short-circuit end towards the radiating end; and wherein a profile of the curved taper is defined by the use of at least two different equations each associated with a curved expression.
A method for generating a parity bit sequence to be transmitted over a plurality of frames in a transmission device of a communication system, comprising: generating a basic masking pattern according to a basic puncturing pattern; masking a parity bit sequence by using the basic masking pattern; outputting, as a basic parity bit sequence, non-punctured parity bits that are remaining after masking the parity bit sequence by using the basic masking pattern; generating a first secondary masking pattern according to a secondary puncturing pattern; generating a first additional masking pattern based on the basic masking pattern and the first secondary masking pattern; masking the parity bit sequence by using the first additional masking pattern; outputting, as a first additional parity bit sequence, non-punctured parity bits that are remaining after masking the parity bit sequence by using the first additional masking pattern; and transmitting, from the transmission device, the basic parity bit sequence and the first additional parity bit sequence to a reception device, wherein the first additional parity bit sequence is transmitted in a frame preceding a frame in which the basic parity bit sequence is transmitted, wherein the first additional masking pattern is generated by performing a logical sum operation with respect to the basic masking pattern and the first secondary masking pattern. generating a basic masking pattern according to a basic puncturing pattern; masking a parity bit sequence by using the basic masking pattern; outputting, as a basic parity bit sequence, non-punctured parity bits that are remaining after masking the parity bit sequence by using the basic masking pattern; generating a first secondary masking pattern according to a secondary puncturing pattern; generating a first additional masking pattern based on the basic masking pattern and the first secondary masking pattern; masking the parity bit sequence by using the first additional masking pattern; outputting, as a first additional parity bit sequence, non-punctured parity bits that are remaining after masking the parity bit sequence by using the first additional masking pattern; and transmitting, from the transmission device, the basic parity bit sequence and the first additional parity bit sequence to a reception device, wherein the first additional parity bit sequence is transmitted in a frame preceding a frame in which the basic parity bit sequence is transmitted,
A kit containing a chemiluminescent detection system comprising: an electrode capable of directly or indirectly binding to a target analyte and capable of generating singlet oxygen in its excited state; a composition comprising a singlet oxygen-activatable chemiluminescent compound capable of directly or indirectly binding to the target analyte; and a composition comprising a singlet oxygen generator. an electrode capable of directly or indirectly binding to a target analyte and capable of generating singlet oxygen in its excited state; a composition comprising a singlet oxygen-activatable chemiluminescent compound capable of directly or indirectly binding to the target analyte; and a composition comprising a singlet oxygen generator.
A composition comprising a Clostridial neurotoxin derivative, said composition comprising: a) a first active Clostridial toxin-derived endopeptidase domain which cleaves a SNARE protein under physiological conditions; b) a Clostridial toxin-derived translocation domain which facilitates the movement of said first endopeptidase domain across a cellular membrane into the cytosol under physiological conditions; c) a non-Clostridial toxin derived binding domain comprising a first targeting ligand selectively binding, under physiological conditions, to a first cell surface receptor displayed by a target cell, said target cell selected from the group consisting of i) a sensory neuron, and ii) a cell that secretes at least one inflammatory cytokine selected from the group consisting of a macrophage, a synoviocyte, and a mast cell, said cell surface receptor being substantially absent from motor or autonomic neurons; d) a Clostridial toxin-derived functional H CN domain; and wherein said light chain protease of said Clostridial neurotoxin derivative is internalized by said target cell upon binding of said TL to the target cell, and wherein an H CC targeting domain is either absent or is mutated to impede binding of the Hcc domain to its natural protein receptor. a) a first active Clostridial toxin-derived endopeptidase domain which cleaves a SNARE protein under physiological conditions; b) a Clostridial toxin-derived translocation domain which facilitates the movement of said first endopeptidase domain across a cellular membrane into the cytosol under physiological conditions; c) a non-Clostridial toxin derived binding domain comprising a first targeting ligand selectively binding, under physiological conditions, to a first cell surface receptor displayed by a target cell, said target cell selected from the group consisting of i) a sensory neuron, and ii) a cell that secretes at least one inflammatory cytokine selected from the group consisting of a macrophage, a synoviocyte, and a mast cell, said cell surface receptor being substantially absent from motor or autonomic neurons; i) a sensory neuron, and ii) a cell that secretes at least one inflammatory cytokine selected from the group consisting of a macrophage, a synoviocyte, and a mast cell, d) a Clostridial toxin-derived functional H CN domain; and
A composite membrane comprising: a first polymer layer comprising a first coating composition comprising polymeric material and no fibres; and a second polymer layer adjacent to the first polymer layer, the second polymer layer comprising a second coating composition comprising polymeric material and fibres; and an additional polymer layer adjacent to the second polymer layer, the additional polymer layer comprising a third coating composition comprising polymer material and no fibres; wherein the composite membrane has fibre-free regions on both membrane faces, wherein the fibres are present in the membrane as a network of randomly orientated individual fibres, and wherein the first, second and additional polymer layers comprise an ion-conducting polymer.
A medical chewing gum comprising gum base polymers and one or more cannabinoids as an active pharmaceutical ingredient, the gum base polymers comprising polyvinyl acetate and vinyl laurate-vinyl acetate copolymer in an amount of more than 90% by weight of the gum base polymers, wherein the gum base polymers include 20 - 95% by weight of polyvinyl acetate and 5 - 80% by weight of vinyl laurate-vinyl acetate copolymer.
An infusion or injection solution of Levodopa with a volume of the solution adapted for continuous intravenous and/or subcutaneous and/or intrathekal administration, containing a) at least 5 mg/mL of Levodopa together with at least 0.5 mg/mL of at least one of the levodopa-metabolising enzyme inhibitors L-2-hydrazino-3-(3,4-dihydroxyphenyl)-2-methylpropanoic acid (carbidopa) and -N,α-dimethyl-N-(2-propynyl) phenethyl amine (selegiline) b) a buffer, c) glucose, and d) a physiologically acceptable acid, the pH of the solution being lower than or equal to 6. a) at least 5 mg/mL of Levodopa together with at least 0.5 mg/mL of at least one of the levodopa-metabolising enzyme inhibitors L-2-hydrazino-3-(3,4-dihydroxyphenyl)-2-methylpropanoic acid (carbidopa) and -N,α-dimethyl-N-(2-propynyl) phenethyl amine (selegiline) b) a buffer, c) glucose, and d) a physiologically acceptable acid, the pH of the solution being lower than or equal to 6.
Touch probe comprising: a fixed member; one or several elastic elements (45, 400); a feeler held by said one or several elastic elements (45, 400) in a resting position relative to said fixed member, said feeler being capable of moving from said resting position in response to a deflection force; a system for detecting displacements of the feeler comprising a light source; an optical image sensor for receiving the light emitted by said light source; wherein a spatial distribution of intensity on said optical image sensor changes according to the displacements of said feeler; characterized in that said one or several elastic elements (45, 400) consist of a mono-bloc metallic part; and in that said light source is driven by the displacements of the feeler relative to said fixed member.
A lens, comprising a first surface and a second surface, wherein the first surface comprises: light incident surfaces (B, C, D1, D2), from which light enters the lens; and a total reflection surface, on which a part of light entering the lens is totally reflected, the second surface comprises a light emergent surface, wherein the light incident surfaces (B, C, D1, D2) comprise a plurality of three-dimensional surfaces assigned to different light sources (31, 32), a part of light from one light source (31 or 32) enters the lens from one three-dimensional surface assigned to the one light source (31 or 32), and the other part enters the lens from one three-dimensional surface that is not assigned to the one light source (31 or 32), characterized in that the light incident surfaces (B, C, D1, D2) further comprise: a plurality of partial cylindrical surfaces each partially enclosing one three-dimensional surface assigned thereto; first joining surfaces joining the plurality of partial cylindrical surfaces; and second joining surfaces joining the plurality of three-dimensional surfaces. light incident surfaces (B, C, D1, D2), from which light enters the lens; and a total reflection surface, on which a part of light entering the lens is totally reflected, the second surface comprises a light emergent surface, wherein the light incident surfaces (B, C, D1, D2) comprise a plurality of three-dimensional surfaces assigned to different light sources (31, 32), a part of light from one light source (31 or 32) enters the lens from one three-dimensional surface assigned to the one light source (31 or 32), and the other part enters the lens from one three-dimensional surface that is not assigned to the one light source (31 or 32), characterized in that the light incident surfaces (B, C, D1, D2) further comprise: a plurality of partial cylindrical surfaces each partially enclosing one three-dimensional surface assigned thereto; first joining surfaces joining the plurality of partial cylindrical surfaces; and second joining surfaces joining the plurality of three-dimensional surfaces.
A medical, in particular, dental handpiece (1, 1A) for dispensing filling material on human or animal tissue or on prostheses for human or animal tissue with a connection device for a filling material container, a vibration unit for the generation and transmission of vibrations on the filling material and a conveying device (4, 4') for conveying the filling material from the container, characterized in that the vibration unit is operable in an automated operating mode for pulsed power output on the filling material, wherein a circuit of a control and/or regulating device with a micro-controller is provided for the pulsed power output on the filling material to operate the vibration unit in the automated operating mode.
A target magnet assembly configured to be secured to a rotating shaft of a steering gear assembly, the target magnet assembly comprising: an index hub with a mount, the mount comprising; a tab with a protrusion extending from the tab, a finger (390, 395), and a stop; and a magnet secured by the mount, the magnet comprising an axial alignment groove (445,450) receiving the finger, a top surface abutting the stop, and a radial retention groove receiving the protrusion. an index hub with a mount, the mount comprising; a tab with a protrusion extending from the tab, a finger (390, 395), and a stop; and a magnet secured by the mount, the magnet comprising an axial alignment groove (445,450) receiving the finger, a top surface abutting the stop, and a radial retention groove receiving the protrusion.
A water-in-oil emulsion composition characterized by comprising: (a) 1 to 20 mass% of a polyhydric alcohol fatty acid ester and/or a hydrocarbon; (b) 3 to 20 mass% of a transparent non-volatile silicone oil that separates when mixed with component (a) at 25 °C; (c) 0.1 to 5 mass% of zinc decyl trisiloxanecarboxylate; and (d) water. (a) 1 to 20 mass% of a polyhydric alcohol fatty acid ester and/or a hydrocarbon; (b) 3 to 20 mass% of a transparent non-volatile silicone oil that separates when mixed with component (a) at 25 °C; (c) 0.1 to 5 mass% of zinc decyl trisiloxanecarboxylate; and (d) water.
Apparatus configured to position at least one sensor with respect to an anatomy, comprising: a sensor assembly comprising said at least one sensor; two frame elements (232, 233) configured to mate in a substantially fixed relationship to one another; and a substantially flexible suspension sheet coupled to a first one of said two frame elements and said at least one sensor, said suspension sheet having an aperture in its central region through which the sensor assembly is configured to mate, the suspension sheet configured to moveably and flexibly support said at least one sensor assembly with respect to said first one of said two frame elements when said at least one sensor is decoupled from a host actuator; wherein said sensor assembly is configured to be coupled to said suspension sheet; and characterized in that a second one of said two frame elements further comprises a reticle and at least one feature configured to maintain said second one of said two frame elements in a constant position relative to said anatomy, said second one of said two frame elements being configured to substantially conform to said anatomy. a sensor assembly comprising said at least one sensor; two frame elements (232, 233) configured to mate in a substantially fixed relationship to one another; and a substantially flexible suspension sheet coupled to a first one of said two frame elements and said at least one sensor, said suspension sheet having an aperture in its central region through which the sensor assembly is configured to mate, the suspension sheet configured to moveably and flexibly support said at least one sensor assembly with respect to said first one of said two frame elements when said at least one sensor is decoupled from a host actuator; wherein said sensor assembly is configured to be coupled to said suspension sheet; and characterized in that a second one of said two frame elements further comprises a reticle and at least one feature configured to maintain said second one of said two frame elements in a constant position relative to said anatomy, said second one of said two frame elements being configured to substantially conform to said anatomy.