mhurhangee/ep-ind-claims huggingface dataset:
A conveying device for conveying containers or container closures, comprising a frame, a conveying element (11, 12; 19) for making contact with at least one part of the containers or container closures, at least in some sections or temporarily, while they are conveyed in a predefined conveying direction, the conveying element (11, 12; 19) being supported on the frame, and at least one cable conduit holder (20; 200; 2000) for holding a cable conduit (30; 300), wherein the at least one cable conduit holder (20; 200; 2000) is configured to mount the cable conduit holder (20; 200; 2000) on the frame of the conveying device without tools in that the cable conduit holder (20; 200; 2000) comprises a mounting unit for the form-closed accommodation of a correspondingly formed part of the frame wherein the at least one cable conduit holder (20; 200; 2000) is vertically aligned in a state mounted at the frame and has a U-shape, which has a bottom and two legs, and is configured to accommodate the cable conduit (30; 300) without tools in that the cable conduit holder (20; 200; 2000) comprises at least one holding unit for accommodating the cable conduit (30; 300) in a slot-shaped recess (251; 258) which is positioned in the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein at least two of the holding units are positioned at the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein the mounting unit is positioned at the two legs of the U-shape of the cable conduit holder (20; 200; 2000). a frame, a conveying element (11, 12; 19) for making contact with at least one part of the containers or container closures, at least in some sections or temporarily, while they are conveyed in a predefined conveying direction, the conveying element (11, 12; 19) being supported on the frame, and at least one cable conduit holder (20; 200; 2000) for holding a cable conduit (30; 300), wherein the at least one cable conduit holder (20; 200; 2000) is configured to mount the cable conduit holder (20; 200; 2000) on the frame of the conveying device without tools in that the cable conduit holder (20; 200; 2000) comprises a mounting unit for the form-closed accommodation of a correspondingly formed part of the frame wherein the at least one cable conduit holder (20; 200; 2000) is vertically aligned in a state mounted at the frame and has a U-shape, which has a bottom and two legs, and is configured to accommodate the cable conduit (30; 300) without tools in that the cable conduit holder (20; 200; 2000) comprises at least one holding unit for accommodating the cable conduit (30; 300) in a slot-shaped recess (251; 258) which is positioned in the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein at least two of the holding units are positioned at the bottom and the two legs of the U-shape of the cable conduit holder (20; 200; 2000), and wherein the mounting unit is positioned at the two legs of the U-shape of the cable conduit holder (20; 200; 2000).
A heat exchange conduit, comprising: a body having a first portion including a first flow channel and a second portion including a second flow channel, wherein the body includes a generally planar sheet of material folded to form the first portion and the second portion with a single surface of the sheet of material forming each of a leading edge, a trailing edge, a first surface and a second surface of the heat exchange conduit, characterized in that a cross-section of the heat exchange conduit varies over a length of the heat exchange conduit.
A method for receiving an acknowledgement/non-acknowledgement, ACK/NACK, signal, the method performed by a base station and comprising: transmitting, to a user equipment, UE, first data in a subframe n of a secondary cell; and receiving, from the UE, the ACK/NACK signal for the first data in a subframe n + k of a primary cell, k being a predetermined value, wherein the primary cell is a serving cell in which an initial connection establishment procedure or connection re-establishment procedure between the base station and the UE is performed, wherein the secondary cell is a serving cell additionally allocated to the primary cell, wherein the primary cell uses a Frequency Division Duplex, FDD, radio frame, wherein the secondary cell uses a Time Division Duplex, TDD, radio frame, wherein uplink-downlink, UL/DL, configuration information about the TDD radio frame is used for the secondary cell, and the method characterised in that the UL-DL configuration information informs any one of UL-DL configurations shown in the table below, whereby 'D' indicates a DL subframe, 'U' indicates an UL subframe, and 'S' indicates a special subframe: Uplink-downlink configuration Downlink- to-Uplink Switch-point periodicity Subframe number n 0 1 2 3 4 5 6 7 8 9 0 5 ms D S U U U D s U U U 1 5 ms D S U U D D S U U D 2 5 ms D S U D D D S U D D 3 10 ms D S U U U D D D D D 4 10 ms D S U U D D D D D D 5 10 ms D S U D D D D D D D 6 5 ms D S U U U D s U U D transmitting, to a user equipment, UE, first data in a subframe n of a secondary cell; and receiving, from the UE, the ACK/NACK signal for the first data in a subframe n + k of a primary cell, k being a predetermined value, wherein the primary cell is a serving cell in which an initial connection establishment procedure or connection re-establishment procedure between the base station and the UE is performed, wherein the secondary cell is a serving cell additionally allocated to the primary cell, wherein the primary cell uses a Frequency Division Duplex, FDD, radio frame, wherein the secondary cell uses a Time Division Duplex, TDD, radio frame, wherein uplink-downlink, UL/DL, configuration information about the TDD radio frame is used for the secondary cell, and the method characterised in that the UL-DL configuration information informs any one of UL-DL configurations shown in the table below, whereby 'D' indicates a DL subframe, 'U' indicates an UL subframe, and 'S' indicates a special subframe: Uplink-downlink configuration Downlink- to-Uplink Switch-point periodicity Subframe number n 0 1 2 3 4 5 6 7 8 9 0 5 ms D S U U U D s U U U 1 5 ms D S U U D D S U U D 2 5 ms D S U D D D S U D D 3 10 ms D S U U U D D D D D 4 10 ms D S U U D D D D D D 5 10 ms D S U D D D D D D D 6 5 ms D S U U U D s U U D
An intraocular lens system comprising: a front curve lens comprising a front curve lens exterior surface and a front curve lens interior surface; a back curve lens comprising a back curve lens interior surface and a back curve lens exterior surface said back curve lens positioned proximate to said front curve lens such that said front curve lens interior surface and said back curve lens interior surface form a cavity therebetween and forming a lens assembly, said front curve lens and back curve lens of suitable size and shape to replace an intraocular lens in a human eye; a volume of oil and a volume of saline solution contained within the cavity with a meniscus formed between said volume of oil and said volume of saline solution, wherein said meniscus comprises an optical characteristic; and a conductive coating on at least a portion of one or both of said front curve lens interior surface and said back curve lens interior surface, said portion comprising a perimeter area of said front curve lens interior surface and said back curve lens interior surface, the intraocular lens system characterized by a power source arranged within an electrical zone for supplying an electrical charge to the conductive coating, wherein the lens assembly is contained within an optical zone of the intraocular lens system and the electrical zone is an area around the periphery of the optical zone, and wherein the application of the electrical charge is sufficient to cause a change of the optical characteristic of said meniscus. a front curve lens comprising a front curve lens exterior surface and a front curve lens interior surface; a back curve lens comprising a back curve lens interior surface and a back curve lens exterior surface said back curve lens positioned proximate to said front curve lens such that said front curve lens interior surface and said back curve lens interior surface form a cavity therebetween and forming a lens assembly, said front curve lens and back curve lens of suitable size and shape to replace an intraocular lens in a human eye; a volume of oil and a volume of saline solution contained within the cavity with a meniscus formed between said volume of oil and said volume of saline solution, wherein said meniscus comprises an optical characteristic; and a conductive coating on at least a portion of one or both of said front curve lens interior surface and said back curve lens interior surface, said portion comprising a perimeter area of said front curve lens interior surface and said back curve lens interior surface, the intraocular lens system characterized by a power source arranged within an electrical zone for supplying an electrical charge to the conductive coating, wherein the lens assembly is contained within an optical zone of the intraocular lens system and the electrical zone is an area around the periphery of the optical zone, and wherein the application of the electrical charge is sufficient to cause a change of the optical characteristic of said meniscus.
Moisture-curable composition, comprising (a) at least one moisture-reactive polymer P in a proportion of 10% to 50% by weight based on the total composition, (b) at least one precipitated surface-coated aluminium trihydrate ATH in a proportion of 30% to 60% by weight based on the total composition, (c) between 5% and 25% based on the total composition of at least one phosphorus-containing compound PH, (d) between 0% and 20% by weight based on the total composition of at least one carbon additive KO, wherein the carbon additive KO is selected from the group consisting of carbon blacks, in particular dried carbon blacks, and expandable graphites having an intumescent effect, characterized in that the phosphorus-containing compound PH is selected from the group of aromatic or aliphatic alkyl phosphates, ammonium phosphate, ammonium polyphosphate, red phosphorus and phosphoric acid. (a) at least one moisture-reactive polymer P in a proportion of 10% to 50% by weight based on the total composition, (b) at least one precipitated surface-coated aluminium trihydrate ATH in a proportion of 30% to 60% by weight based on the total composition, (c) between 5% and 25% based on the total composition of at least one phosphorus-containing compound PH, (d) between 0% and 20% by weight based on the total composition of at least one carbon additive KO, wherein the carbon additive KO is selected from the group consisting of carbon blacks, in particular dried carbon blacks, and expandable graphites having an intumescent effect, characterized in that the phosphorus-containing compound PH is selected from the group of aromatic or aliphatic alkyl phosphates, ammonium phosphate, ammonium polyphosphate, red phosphorus and phosphoric acid.
A method of estimating a radio link quality of a possible direct link between a first user equipment and a second user equipment, the method being performed by at least one communication node of a cellular radio access network, characterized by the method being performed during communication between the first user equipment and the second user equipment, which communication includes using a first uplink and a first downlink channel for the communication from the first user equipment to the second user equipment via the cellular radio access network, the method comprising instructing the second user equipment to eavesdrop the first uplink, receiving eavesdropping data, concerning the first uplink, from the second user equipment, obtaining data from the first uplink received directly from the first user equipment, evaluating a first uplink reception of the second user equipment, which evaluation is based on the eavesdropping data from the second user equipment, and the data obtained from the first uplink from the first user equipment, wherein the step of instructing the second user equipment includes providing the second user equipment with an identification of the data to be eavesdropped in the first uplink, wherein the identification of data indicates a time period or time-slots of the first uplink and/or a physical resource block of the first uplink, wherein the step of instructing includes providing the second user equipment with decoding parameters that enable decoding of the second uplink, wherein the step of instructing the second user equipment includes instructing the second user equipment to report back eavesdropped data to the network, and including buffering the data obtained from the first uplink from the first user equipment, the evaluating step includes comparing the received eavesdropped uplink data with the buffered data.
Method for lithography-based generative manufacturing of a three-dimensional component, in which a beam emitted by an electromagnetic radiation source is split with a beam splitter into a plurality of beams which are focused by means of an optical imaging unit onto focal points within a material and the focal points are displaced by means of a deflection unit (5, 19) arranged upstream of the optical imaging unit in the beam direction, whereby volume elements of the material located at the respective focal points are successively solidified by means of multiphoton absorption, characterized in that a spatial light modulator is provided with a plurality of electronically controllable pixels which are scanned by the plurality of beams and which are switched individually between at least one on-state and an off-state depending on the geometry of the component to be realized, so that the respective beam is guided to the imaging unit only in the at least one on-state.
Cosmetic composition for washing keratin materials, consisting of a microemulsion comprising: - water, - sorbitan monolaurate oxyethylenated with 4 OE, - at least one oil chosen from fatty esters other than oxyethylenated sorbitan esters, amino silicones, and mixtures thereof, - at least one anionic surfactant, and - at least one amphoteric or zwitterionic surfactant. - water, - sorbitan monolaurate oxyethylenated with 4 OE, - at least one oil chosen from fatty esters other than oxyethylenated sorbitan esters, amino silicones, and mixtures thereof, - at least one anionic surfactant, and - at least one amphoteric or zwitterionic surfactant.
Method for diagnosing, monitoring, and/or assessing the risk of a neurodegenerative disease in a subject, said method comprising: a) providing a sample obtained from a subject, said sample comprising a cell type selected from the group consisting of leucocytes, monocytes, macrophages, and activated macrophages; and b) detecting the level of the peptide having at least 80% identity to SEQ ID NO:2 in said sample, wherein a decrease in the level of said peptide relative to a control level is indicative of the presence or severity of said neurodegenerative disease in said subject. a) providing a sample obtained from a subject, said sample comprising a cell type selected from the group consisting of leucocytes, monocytes, macrophages, and activated macrophages; and b) detecting the level of the peptide having at least 80% identity to SEQ ID NO:2 in said sample, wherein a decrease in the level of said peptide relative to a control level is indicative of the presence or severity of said neurodegenerative disease in said subject.
Device for coating objects, comprising: a) a multi-axis robot which supports an application device; b) a slide which supports the robot and is displaceable in a linear manner; c) a guide structure along which the slide is displaceable and which comprises: ca) a support element which absorbs the forces concerned and extends over the displacement travel of the robot; cb) a guide rail arranged on the upper side of the support element and cooperating with a complementary linear guide of the slide, characterised in that d) the support element is formed by a standard part hollow profile having an unchanging wall thickness and which is stiffened on at least one side by a plurality of reinforcing ribs (16, 19); e) the guide structure further comprises a support rail arranged on a side face of the support element, on which support rail at least one guide roller of the slide runs. a) a multi-axis robot which supports an application device; b) a slide which supports the robot and is displaceable in a linear manner; c) a guide structure along which the slide is displaceable and which comprises: ca) a support element which absorbs the forces concerned and extends over the displacement travel of the robot; cb) a guide rail arranged on the upper side of the support element and cooperating with a complementary linear guide of the slide, characterised in that ca) a support element which absorbs the forces concerned and extends over the displacement travel of the robot; cb) a guide rail arranged on the upper side of the support element and cooperating with a complementary linear guide of the slide, d) the support element is formed by a standard part hollow profile having an unchanging wall thickness and which is stiffened on at least one side by a plurality of reinforcing ribs (16, 19); e) the guide structure further comprises a support rail arranged on a side face of the support element, on which support rail at least one guide roller of the slide runs.
Gas meter structure, comprising - a box-shaped body, - an inlet mouth and an outlet mouth suited to allow the passage of a gas flow and defined on said box-shaped body, wherein inside said box-shaped body there are: - a metering device suited to measure one or more parameters for the determination of the gas flow rate, - filtering means suited to filter the gas flow, said filtering means comprising a dust deposit chamber for the dust present in the gas flowing in, said dust deposit chamber comprising an inlet opening, which communicates with said inlet mouth of said box-shaped body, and a dust collection bottom, said dust deposit chamber comprising a filtering outlet wall provided with through openings, said dust deposit chamber being configured in such a way that the gas flows into it through said inlet opening and flows out of it through said through openings of said filtering outlet wall, said filtering wall being defined on a mechanical filtering partition, the gas meter structure comprising also an inlet duct extending from said inlet mouth at least to said inlet opening of said dust deposit chamber, said inlet duct having a first end, to be considered as the lower end with respect to a normal configuration of use, and a second end, to be considered as the upper end, a passage space being defined between said first end and said bottom for the gas flowing out of said first end of said inlet duct itself, characterized in that said mechanical filtering partition develops according to a reference plane that lies crosswise with respect to the direction of extension of said inlet duct at the level of a section of said inlet duct that serves for connection to said inlet opening. - a box-shaped body, - an inlet mouth and an outlet mouth suited to allow the passage of a gas flow and defined on said box-shaped body, - a metering device suited to measure one or more parameters for the determination of the gas flow rate, - filtering means suited to filter the gas flow,
An optical filter in a curved configuration, the filter comprising: a retarder layer laminated to a polarizer layer; and where the retarder layer and polarizer layer are configured to have a compound curvature; characterised in that the retarder layer is laminated to the polarization layer at a predetermined angle, and the retarder layer has a stress-induced birefringence, and the predetermined angle substantially compensates for the stress-induced birefringence and disposes an optical axis of the retarder layer in a desired orientation. a retarder layer laminated to a polarizer layer; and where the retarder layer and polarizer layer are configured to have a compound curvature; characterised in that the retarder layer is laminated to the polarization layer at a predetermined angle, and the retarder layer has a stress-induced birefringence, and the predetermined angle substantially compensates for the stress-induced birefringence and disposes an optical axis of the retarder layer in a desired orientation.
Operating panel for an elevator, comprising: a panel plate having an opening; a key switch arrangement comprising: a key switch which is adapted for being activated or deactivated by a key being inserted into the key switch and to transmitting activation signals to an elevator control upon activation, characterized in that the key switch arrangement comprises further: a cover arrangement, and a hinge; wherein the key switch is attached to the cover arrangement; wherein the hinge is attached at the panel plate next to the opening; and wherein the cover arrangement is attached to the panel plate via the hinge and may be displaced between a first configuration in which the key switch is arranged behind the cover arrangement and a second pivoted configuration in which the key switch is accessible from the front side of the panel plate. a panel plate having an opening; a key switch arrangement comprising: a key switch which is adapted for being activated or deactivated by a key being inserted into the key switch and to transmitting activation signals to an elevator control upon activation, characterized in that the key switch arrangement comprises further: a cover arrangement, and a hinge; wherein the key switch is attached to the cover arrangement; wherein the hinge is attached at the panel plate next to the opening; and a cover arrangement, and a hinge; wherein the cover arrangement is attached to the panel plate via the hinge and may be displaced between a first configuration in which the key switch is arranged behind the cover arrangement and a second pivoted configuration in which the key switch is accessible from the front side of the panel plate.
A method for trimming a flexible flat material, in particular laminate material, driven in a machine direction and printed with a printed image, preferably composed of images repeating in the machine direction, on both sides by means of two trimming knives along two trimming edges extending in the machine direction and spaced apart perpendicularly to the machine direction, in particular upstream of forming means for forming the flat material to a tube form and upstream of welding means for the, preferably overlapping, welding of the tube form in the area of the trimming edges in the machine direction within the scope of a packaging tube manufacturing process, the flat material being perpendicularly aligned to the machine direction by means of alignment means in relation to the trimming knives, in particular in an area upstream of the trimming knives in the machine direction, the alignment means being controlled by means of a control signal generated by control means characterized in that the control means generate the control signal on the basis of a sensor signal of printed image position sensor means which detect a printed image position of the printed image perpendicular to the machine direction and which have image capture means and that the alignment means align the flat material in relation to the trimming knives in such a manner that a trimming edge position in relation to the printed image is kept constant.