mhurhangee/ep-ind-claims huggingface dataset:
Rear derailleur of a bicycle comprising: - an four-bar linkage having a base body and a movable body and a pair of connecting rods (13, 15) articulated to the base body and to the movable body along articulation axes at four pin elements (16, 17, 18, 19); - said movable body being connected to a chain guide at a connection pin; - a fixing pin received in a blind inner cavity of the base body and comprising a fixing screw directly or indirectly constrained to the frame of the bicycle and a spring loading insert arranged in said blind inner cavity, said base body being rotatable with respect to said spring loading insert; - a toothed sector and a sprocket parts of an adaptation linkage configured to change the relative angular position between said base body and said frame as a function of a controlled movement of the chain guide, said toothed sector being mounted coaxially to the spring loading insert and being active on said sprocket, said sprocket being directly or indirectly active on the base body; - a torsion spring active between said spring loading insert and said toothed sector configured to constrain said spring loading insert and said toothed sector in rotation during controlled movements of the chain guide; and characterised in that the derailleur further comprises: - connection members inserted in seats (45, 46) formed on said fixing screw and said spring loading insert to axially constrain said fixing screw and said spring loading insert. - an four-bar linkage having a base body and a movable body and a pair of connecting rods (13, 15) articulated to the base body and to the movable body along articulation axes at four pin elements (16, 17, 18, 19); - said movable body being connected to a chain guide at a connection pin; - a fixing pin received in a blind inner cavity of the base body and comprising a fixing screw directly or indirectly constrained to the frame of the bicycle and a spring loading insert arranged in said blind inner cavity, said base body being rotatable with respect to said spring loading insert; - a toothed sector and a sprocket parts of an adaptation linkage configured to change the relative angular position between said base body and said frame as a function of a controlled movement of the chain guide, said toothed sector being mounted coaxially to the spring loading insert and being active on said sprocket, said sprocket being directly or indirectly active on the base body; - a torsion spring active between said spring loading insert and said toothed sector configured to constrain said spring loading insert and said toothed sector in rotation during controlled movements of the chain guide; and - connection members inserted in seats (45, 46) formed on said fixing screw and said spring loading insert to axially constrain said fixing screw and said spring loading insert.
Multi-application module for printing a substrate or a transfer product, comprising a printing unit and a multi-functional element, wherein a printing nip is formed between the printing unit and the multi-functional element (, characterised in that the multi-functional element has a first multi-functional roller and/or at least one second multi-functional roller and/or a printing table, and wherein the printing unit is designed in such a way that this can print in the printing nip along two running directions, and wherein the printing unit is or comprises a UV-inkjet print bar and/or the printing unit comprises at least one inkjet print head, and the printing of the substrate or the transfer product take place with the same printing unit in the same printing nip, and the substrate guided on the first multi-functional roller and/or the at least one second multi-functional roller can be printed in a first running direction in the printing nip when the first multi-functional roller and/or the at least one second multi-functional roller is/are rotated in a first rotational direction, or the transfer product, guided on the first multi-functional roller and/or the at least one second multi-functional roller, can be printed in a second running direction, in opposition to the first direction, in the printing nip when the first multi-functional roller and/or the at least one second multi-functional roller is/are rotated in a second rotational direction, in opposition to the first direction. the multi-functional element has a first multi-functional roller and/or at least one second multi-functional roller and/or a printing table, and wherein the printing unit is designed in such a way that this can print in the printing nip along two running directions, and wherein the printing unit is or comprises a UV-inkjet print bar and/or the printing unit comprises at least one inkjet print head, and the printing of the substrate or the transfer product take place with the same printing unit in the same printing nip, and the substrate guided on the first multi-functional roller and/or the at least one second multi-functional roller can be printed in a first running direction in the printing nip when the first multi-functional roller and/or the at least one second multi-functional roller is/are rotated in a first rotational direction, or the transfer product, guided on the first multi-functional roller and/or the at least one second multi-functional roller, can be printed in a second running direction, in opposition to the first direction, in the printing nip when the first multi-functional roller and/or the at least one second multi-functional roller is/are rotated in a second rotational direction, in opposition to the first direction.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and a purified monoclonal antibody, wherein the monoclonal antibody comprises a heavy chain having the amino acid sequence of SEQ ID NO: 6 and a light chain having the amino acid sequence of SEQ ID NO:11, wherein the monoclonal antibody specifically binds Staphylococcus aureus protein A (SpA) via its Fab region paratope.
Valet parking system for automatically taking a vehicle (10, 50) from a handover zone to an allocated parking space within a prescribed parking region and for automatically leaving the parking space and taking the vehicle (10, 50, 60) to a collection zone, comprising a central control unit and a car park monitoring system having at least one statically arranged sensor unit, wherein the car park monitoring system is configured to locate the vehicles (10, 50) travelling within the prescribed parking region and to transmit information about the current vehicle position to the central control unit, wherein the central control unit is configured to transmit information to the vehicle (10, 50), so that the vehicle can be autonomously guided along a trajectory (40, 45) within the parking region that is based on the information, characterized in that the sensor units are arranged such that particular areas of the parking region are monitored by the sensor units with a high level of accuracy and other areas of the parking region are monitored by the sensor units with a lower level of accuracy, wherein the central control unit is set up to determine areas of overlap (42, 44) between trajectories of other vehicles and the trajectory and to adjust the trajectory such that an area of overlap comes to rest in an area of the parking region that is monitored by the sensor units with a high level of accuracy.
An ink wiping system (100; 100'; 100") of an intaglio printing press comprising a wiping tank and a rotatable wiping roller assembly (102; 102*) supported on and partly located in the wiping tank for wiping excess ink from the surface of a rotatable intaglio printing cylinder of the intaglio printing press, characterized in that the ink wiping system (100; 100'; 100") comprises a wiping roller retracting device which forms an integral part of the ink wiping system (100; 100'; 100") and is adapted to be coupled to the wiping roller assembly (102; 102*) to move the wiping roller assembly (102; 102*) between a working position where the wiping roller assembly (102; 102*) is supported on and partly located in the wiping tank for cooperation with the intaglio printing cylinder and a parking position where the wiping roller assembly (102; 102*) is retracted out of the wiping tank and away from the intaglio printing cylinder, in that, in the working position of the wiping roller assembly (102; 102*), the wiping roller retracting device is coupled to the wiping roller assembly (102; 102*), and in that the ink wiping system (100; 100'; 100") includes, at the parking position, a storage section adapted to receive the wiping roller assembly (102; 102*) which is retracted by the wiping roller retracting device.
Device for dosing infusion bags for medical use from a limited number of components stored in separate containers (12, 12.1 - 12.8) which are automatically delivered to the infusion bag respectively in the desired quantities, having a plurality of drive units (16, 16a - d) which can be detachably connected to devices for transporting fluid, such as injection means, roller pumps, the containers (12, 12.1 - 12.8) and drive units (16, 16a - d) as well as the drive units (16, 16a - d) and infusion bag being connected by means of flexible hose lines (19, 20, 30) in which a check valve is respectively disposed, and at least one drive unit (16, 16a - d) in which a multiple valve arrangement for other containers (12, 12.1 - 12.8) for components is disposed, detachably connected in a movable arrangement, and the multiple valve arrangement is connected to an infusion bag and a drive unit (16, 16a - d) respectively via a flexible hose line (19, 20, 30), the device (17, 17a - d) for transporting fluid being disposed in another drive unit (16, 16a - d), characterised in that the multiple valve arrangement mounted on the drive unit (16, 16a - d) in a clamping arrangement is formed by a tube arrangement (24, 25) with a circumferential flow passage and a plurality of valve bodies (23, 23.1 - 8) disposed on the tube arrangement (24, 25) which are connected at both ends to protective tubes, and the tube arrangement (24, 25) is disposed so as to be slidable relative to the stationary unit of valve bodies and protective tubes, and every valve body (23, 23.1 - 8) is connected to a container (12, 12.1 - 8) and the tube arrangement (24, 25) is connected to a device (17, 17a - d) for transporting fluid, such as an injection means, roller pump, respectively via a flexible hose line (19, 20, 30).
A drink dispensing device consisting of a two-part cylinder, the two-part cylinder being manufactured by two reclining parts which are connected with hinges and secured by latches, the cylinders having internally an insulation, in which cylinder stand up bags are arranged, at the lower part of which stand up bags outlets are arranged in which taps are mounted, wherein through ports arranged at the lower part of the reclining parts of the cylinder the taps are passed, characterised in that internally of the two reclining parts of the cylinder, holders ice pack are provided through which ice packs are passed, the lower part of the cylinder is closed with a lower lid, the said lower lid having protrusions, which are inserted in incisions provided at the lower part of the reclining parts, an upper opening above the cylindrical container is closed with the cap which has internally an insulation, wherein in the said cap protruding bars having notches are arranged, the notches holding the ice pack, the two reclining parts of the cylinder have at two diametrically positioned points of the cylinder configurations through which a belt for hanging the device is passed. the lower part of the cylinder is closed with a lower lid, the said lower lid having protrusions, which are inserted in incisions provided at the lower part of the reclining parts, an upper opening above the cylindrical container is closed with the cap which has internally an insulation, wherein in the said cap protruding bars having notches are arranged, the notches holding the ice pack, the two reclining parts of the cylinder have at two diametrically positioned points of the cylinder configurations through which a belt for hanging the device is passed.
View system (100A, 100B) for a vehicle, comprising at least one image capture unit (10A, 10B) for capturing image data of an area around the vehicle, wherein the image capture unit (10A, 10B) has an image sensor (11A, 11B) and an optical element (12A, 12B), at least one image processing unit (20A, 20B) for processing the image data captured by the image capture unit (10A, 10B), and at least one light source (40, 40.1, 40.2) for illuminating the optical element (12A, 12B), wherein the view system is configured to highlight the recognisability of a foreign particle (S, T), which is located on the optical element (12A, 12B), on the image sensor (11A, 11B) of the image capture unit (10A, 10B) by the illumination of the optical element (12A, 12B), wherein the light rays emitted by the light source (40, 40.1, 40.2) fall into the optical element (12A, 12B) from outside of the image capture unit (10A, 10B). at least one image capture unit (10A, 10B) for capturing image data of an area around the vehicle, wherein the image capture unit (10A, 10B) has an image sensor (11A, 11B) and an optical element (12A, 12B), at least one image processing unit (20A, 20B) for processing the image data captured by the image capture unit (10A, 10B), and at least one light source (40, 40.1, 40.2) for illuminating the optical element (12A, 12B), wherein the view system is configured to highlight the recognisability of a foreign particle (S, T), which is located on the optical element (12A, 12B), on the image sensor (11A, 11B) of the image capture unit (10A, 10B) by the illumination of the optical element (12A, 12B), wherein the light rays emitted by the light source (40, 40.1, 40.2) fall into the optical element (12A, 12B) from outside of the image capture unit (10A, 10B).
Valve assembly for an injection valve, comprising - a valve body with a central longitudinal axis comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle axially moveable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve needle being fixedly connected to a retaining element which extends in radial direction and is arranged in an axial region of the valve needle facing away from the fluid outlet portion, - an armature for an electromagnetic actuator unit axially movable in the cavity, the armature comprising a central axial opening through which the valve needle extends, the armature being able to slide on the valve needle and acting on the needle by way of the retaining element, characterized in that a conical spring is arranged around the central longitudinal axis between the retaining element and a top side of the armature facing the retaining element, biasing the armature away from the retaining element. - a valve body with a central longitudinal axis comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle axially moveable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve needle being fixedly connected to a retaining element which extends in radial direction and is arranged in an axial region of the valve needle facing away from the fluid outlet portion, - an armature for an electromagnetic actuator unit axially movable in the cavity, the armature comprising a central axial opening through which the valve needle extends, the armature being able to slide on the valve needle and acting on the needle by way of the retaining element, characterized in that a conical spring is arranged around the central longitudinal axis between the retaining element and a top side of the armature facing the retaining element, biasing the armature away from the retaining element.
A system for collecting particles and/or microorganisms suspended in a gaseous medium comprising a suction device and an enclosure for centrifuging and collecting said particles and/or microorganisms, the centrifugation enclosure comprising at least one guide edge, as well as an air inlet and an air outlet; the device comprising a frame including an air suction conduit and the device comprising a member including means for guiding and receiving said at least one guide edge of said enclosure, the member being movable relative to the conduit between a first position in which said at least one guide edge can be guided and received in said guide and receiving means and a second particles collection position in which the air outlet of the centrifugation enclosure is applied on one end of the air suction conduit, the system further comprising a ring which is rotatably mounted around said suction conduit and blocked in translation on said conduit, said ring being coupled in rotation to said member so that a rotational movement of the ring induces a translational movement of the member between the first receiving position and the second collecting position.
Splicing device for label strips, comprising at least one frame and/or housing, in which conveying paths for two label strips are arranged, which comprise for a first label strip at least first guide rollers and a first cutting device, and for a second label strip at least two guide rollers and a second cutting device, said splicing device further containing a splicing station for connecting the two label strips, and wherein the first and second cutting devices (22a, b) comprise in each case at least one moveable cutting element (32a, b), which is pretensioned by a pretensioning device (41a,b) into an arresting position, said cutting device comprising a trigger mechanism (42a, b) for releasing the pretensioning device, so as to move the cutting element from the arresting position into a cutting position, wherein, in the arresting position it is retracted behind at least one component (48a, b) of the cutting device, characterised in that the first cutting device, with at least one first part of the splicing device, and the second cutting device, with at least one second part of the splicing device, are in each case mounted on a pivot arm (26a, b), which in turn is mounted on bearings such as to be able to pivot between an operational position and an opening position on the frame/housing of the splicing device.
A method performed by a wireless device for performing a temporally distributed network access procedure on an uplink carrier to access a wireless communication network, the method comprising: receiving network access configuration information broadcast from the network; determining a plurality of access opportunities, in the time domain, on which network access signalling is possible on the uplink carrier; drawing a random number in the range of indexes of the access opportunities; based on the network access configuration information and one of a unique identifier of the wireless device and the random number, dividing all uplink frame time periods into a predetermined number n of subsets, selecting an index defining one of the n subsets based on the unique identifier of the wireless device or the random number and determining the subset of the plurality of possible access opportunities in which the wireless device is permitted to transmit network access signalling to be all access opportunities within occurrences of the selected index of uplink frame time periods; and transmitting network access signalling on the uplink carrier only during the subset of permitted access opportunities. receiving network access configuration information broadcast from the network; determining a plurality of access opportunities, in the time domain, on which network access signalling is possible on the uplink carrier; drawing a random number in the range of indexes of the access opportunities; based on the network access configuration information and one of a unique identifier of the wireless device and the random number, dividing all uplink frame time periods into a predetermined number n of subsets, selecting an index defining one of the n subsets based on the unique identifier of the wireless device or the random number and determining the subset of the plurality of possible access opportunities in which the wireless device is permitted to transmit network access signalling to be all access opportunities within occurrences of the selected index of uplink frame time periods; and transmitting network access signalling on the uplink carrier only during the subset of permitted access opportunities.
Use of microencapsulated feed for aquaculture, wherein the use is as feed for leptocephalus larvae of eels and wherein the use is for growing leptocephalus larvae of eels up to glass eels, the microencapsulated feed for aquaculture comprising: an oil phase having an oil-soluble nutrient component; an aqueous phase that is present in the oil phase and contains a water-soluble nutrient component; and a coating containing the oil phase and the aqueous phase, wherein the water-soluble nutrient component contains any one or more of amino acids, oligopeptides, and protein hydrolysates wherein the microencapsulated feed has a structure of water/oil/water (W/O/W), and wherein the water-soluble nutrient component further comprises saccharides selected from any one or more of monosaccharides, oligosaccharides, and polysaccharides. an oil phase having an oil-soluble nutrient component; an aqueous phase that is present in the oil phase and contains a water-soluble nutrient component; and a coating containing the oil phase and the aqueous phase, wherein the water-soluble nutrient component contains any one or more of amino acids, oligopeptides, and protein hydrolysates wherein the microencapsulated feed has a structure of water/oil/water (W/O/W), and wherein the water-soluble nutrient component further comprises saccharides selected from any one or more of monosaccharides, oligosaccharides, and polysaccharides.
A honeycomb structure for a catalyst carrier comprising: porous partition walls having a large number of pores and arranged so as to form a plurality of cells which connect two end faces (2a, 2b) to each other; and plugging portions arranged so as to alternately plug one of the end portions of each of the cells in the two end faces (2a, 2b), characterized in that a geometrical surface area (GSA: a value ((S1+S2)/V) obtained by dividing a total of the whole inner surface area excluding the pores of the porous partition walls and the whole inner surface area of the pores of the porous partition walls by the whole volume of the honeycomb structure) is 80 cm 2 /cm 3 or more and less than 300 cm 2 /cm 3, wherein S2/V is calculated as equal to 60ε(1-OFA)/Dp, in which Dp (mm) is an average pore diameter, OFA is an open frontal area of the honeycomb structure, and ε is a porosity of the honeycomb structure; and wherein the average pore diameter is calculated by taking SEM photographs of at least 20 fields of view of a partition wall section, each field of view having a size of vertical×lateral of t×t, in which t is the partition wall thickness and subsequently a maximum linear distance in a void of each observed field of view is measured, and an average value of the maximum linear distances is measured with respect to all the fields of view, this average value defined as an image maximum distance average and deemed to be the average pore diameter; and wherein the porosity is calculated by taking SEM photographs of at least five fields of view of a partition wall section, each field of view having a size of vertical×lateral of t×t, in which t is a partition wall thickness, and in each field of view a void area percentage is obtained, followed by raising the ratio to the 3/2 power, the thus obtained values of all the fields of view are averaged, and the resultant average is deemed to be the porosity.