mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a 3D printing file comprising a header and a plurality of compressed files, wherein the plurality of compressed files comprises at least a relation file and a main 3D model file, and wherein the header includes a reference to the relation file, and wherein the relation file includes a reference to the main 3D model file, the method comprising: reading a content of the header of the 3D printing file; identifying, based on the header content, a relation file among the plurality of compressed files; identifying, based on the relation file, a main 3D model file among the plurality of compressed files; creating, by uncompressing the main 3D model file, a data stream; and analyzing, with a parser, the data stream, thereby directly processing the uncompressed main 3D model file, wherein processing the uncompressed main 3D model file includes providing the processed structures of the main 3D model file to a 3D printer system, and wherein analyzing the data stream includes storing the processed structures of the main 3D model file without storing the uncompressed main 3D model file. reading a content of the header of the 3D printing file; identifying, based on the header content, a relation file among the plurality of compressed files; identifying, based on the relation file, a main 3D model file among the plurality of compressed files; creating, by uncompressing the main 3D model file, a data stream; and analyzing, with a parser, the data stream, thereby directly processing the uncompressed main 3D model file, wherein processing the uncompressed main 3D model file includes providing the processed structures of the main 3D model file to a 3D printer system, and wherein analyzing the data stream includes storing the processed structures of the main 3D model file without storing the uncompressed main 3D model file.
A robot cleaner comprising: a main body configured to remove dust from a floor while traveling on the floor, the main body having a lateral surface defining an external appearance of the robot cleaner; and at least one side brush assembly (21a, 22a) mounted to the main body to clean the corner of the floor, wherein the side brush assembly includes: a side arm pivotably coupled to the main body, the side arm moving between a first position where the side arm is inserted into the main body and a second position where the side arm protrudes outward from the lateral surface of the main body; a brush unit provided at the side arm to sweep the floor; and a rim cover coupled to the side arm to form a part of the lateral surface of the main body when the side arm is inserted into the main body. a main body configured to remove dust from a floor while traveling on the floor, the main body having a lateral surface defining an external appearance of the robot cleaner; and at least one side brush assembly (21a, 22a) mounted to the main body to clean the corner of the floor, wherein the side brush assembly includes: a side arm pivotably coupled to the main body, the side arm moving between a first position where the side arm is inserted into the main body and a second position where the side arm protrudes outward from the lateral surface of the main body; a brush unit provided at the side arm to sweep the floor; and a rim cover coupled to the side arm to form a part of the lateral surface of the main body when the side arm is inserted into the main body. a side arm pivotably coupled to the main body, the side arm moving between a first position where the side arm is inserted into the main body and a second position where the side arm protrudes outward from the lateral surface of the main body; a brush unit provided at the side arm to sweep the floor; and a rim cover coupled to the side arm to form a part of the lateral surface of the main body when the side arm is inserted into the main body.
A method of site-specific modification of a target DNA, or a protein associated with a target DNA, in cells of a population of eukaryotic cells, the method comprising: (a) enriching the population of eukaryotic cells for cells in M phase of the cell cycle by contacting the population of eukaryotic cells with a cell cycle blocking composition capable of blocking the population of eukaryotic cells at the M phase; and (b) contacting the target DNA of cells of the enriched population of cells with: (i) a Cas9 protein, and (ii) a guide RNA comprising: a targeting sequence that hybridizes to a target sequence of the target DNA, and a protein-binding domain that interacts with the Cas9 protein; wherein the method is: (a) carried out in a living cell in vitro, (b) carried out in a living cell ex vivo, or (c) is a non-therapeutic method carried out in a living cell in vivo. and wherein the method is not a process for modifying the germ line genetic identity of human beings. (a) enriching the population of eukaryotic cells for cells in M phase of the cell cycle by contacting the population of eukaryotic cells with a cell cycle blocking composition capable of blocking the population of eukaryotic cells at the M phase; and (b) contacting the target DNA of cells of the enriched population of cells with: (i) a Cas9 protein, and (ii) a guide RNA comprising: a targeting sequence that hybridizes to a target sequence of the target DNA, and a protein-binding domain that interacts with the Cas9 protein; wherein the method is: (a) carried out in a living cell in vitro, (b) carried out in a living cell ex vivo, or (c) is a non-therapeutic method carried out in a living cell in vivo. and wherein the method is not a process for modifying the germ line genetic identity of human beings. (i) a Cas9 protein, and (ii) a guide RNA comprising: a targeting sequence that hybridizes to a target sequence of the target DNA, and a protein-binding domain that interacts with the Cas9 protein; (a) carried out in a living cell in vitro, (b) carried out in a living cell ex vivo, or (c) is a non-therapeutic method carried out in a living cell in vivo. and wherein the method is not a process for modifying the germ line genetic identity of human beings.
A tamper indicating security device that operates to produce one or more synthetic images, the device being adhered or bonded to a base material and comprising an optical film material that is made up of at least one layer containing focusing elements, at least one layer containing image elements, and at least one optical spacer or spacer layer positioned between the at least one focusing element layer and the at least one image element layer, wherein the focusing elements form one or more synthetic images of at least a portion of the image elements, wherein the image elements are microstructures in the form of voids or recesses in a polymeric substrate, or in the form of raised areas or shaped posts, and wherein the device separates or delaminates when an attempt is made to detach the device from the base material, rendering the device partially or totally inoperable; wherein stress inducing components are incorporated into the formulation to prepare a target layer, for example the at least one layer containing image elements, a sealing or coating layer formulation applied to a side of the at least one layer containing image elements; wherein the stress inducing components comprise at least one of: components that shrink or evolve gas upon curing, components that swell when exposed to certain liquids or gases, components that undergo a phase change or phase separation with a change in temperature.
A glucose monitoring system including: a glucose sensor having a first antenna integrated therewith, the glucose sensor being a continuous glucose sensor that is implantable or partially in vivo and an RFID sensor chip coupled with the glucose sensor and the first antenna, the chip having a memory for storing digitally-encoded data representing calibration, expiration data and/or other diabetes care information; and a glucose meter including an RFID reader as a component, the RFID reader including a second antenna and a transceiver and arranged to emit and receive RF signals to read the RFID sensor chip. a glucose sensor having a first antenna integrated therewith, the glucose sensor being a continuous glucose sensor that is implantable or partially in vivo and an RFID sensor chip coupled with the glucose sensor and the first antenna, the chip having a memory for storing digitally-encoded data representing calibration, expiration data and/or other diabetes care information; and a glucose meter including an RFID reader as a component, the RFID reader including a second antenna and a transceiver and arranged to emit and receive RF signals to read the RFID sensor chip.
Registration plate for a vehicle having a two-dimensional registration plate body that has at least one marking field, with at least one marking that is assigned to the marking field of the registration plate body and with a reflective film that is at least regionally metallized, wherein the registration plate body has an opening that is at least partially coverable by a two-dimensional, at least partially electrically conductive carrier, wherein the carrier has an antenna, formed by at least one slot, and a contactlessly readable data carrier that electrically couples to said antenna, and the carrier is embodied as a film which is dimensioned such that it at least regionally overlaps a peripheral region of the opening in the registration plate body.
Cabin for a passenger transport installation, comprising at least one door (P1, P2) movable between an open position and a closed position, an interior floor and a threshold located on either side of the door in the closed position, the cabin comprising a locking and unlocking device comprising a lug integral with the door and projecting toward the outside of the cabin, and a locking finger movable between a locking position and an unlocking position, said finger constituting, in the locking position, a stop on the trajectory of the lug from the closed position to the open position of the door, characterized in that the locking finger in the unlocking position retracts under the threshold of the cabin, the locking and unlocking device comprising an actuating mechanism, the actuating mechanism comprising a pedal positioned under the interior floor of the cabin, and a kinematic link between the pedal and the locking finger, located under the interior floor of the cabin and the threshold of the cabin.
An infusion flow adjuster for regulating a flow rate by varying a flow path between an inlet port and an outlet port, the infusion flow adjuster comprising: a first body having, on a single flat surface, a circular flow path formed as a recessed groove along a circle, an arc-shaped flow path formed as a recessed groove along an arc having a relatively larger radius than that of the circular flow path, and a connecting flow path formed as a recessed groove to connect one end of the arc-shaped flow path to the circular flow path; a sealing member formed of a single plate to cover the surface of the first body on which the circular flow path, the arc-shaped flow path, and the connecting flow path are formed, and having a circular flow path outlet formed as a through-hole at one point on the circular flow path to be in communication with the circular flow path and an arc-shaped flow path inlet formed as a through-hole at one point on the arc-shaped flow path to be in communication with the arc-shaped flow path; and a second body having the inlet port connected to the arc-shaped flow path inlet, and the outlet port connected to the circular flow path outlet, wherein the first body is rotatably mounted in the second body while the sealing member is interposed between the first body and the second body and fixed so as not to rotate. a first body having, on a single flat surface, a circular flow path formed as a recessed groove along a circle, an arc-shaped flow path formed as a recessed groove along an arc having a relatively larger radius than that of the circular flow path, and a connecting flow path formed as a recessed groove to connect one end of the arc-shaped flow path to the circular flow path; a sealing member formed of a single plate to cover the surface of the first body on which the circular flow path, the arc-shaped flow path, and the connecting flow path are formed, and having a circular flow path outlet formed as a through-hole at one point on the circular flow path to be in communication with the circular flow path and an arc-shaped flow path inlet formed as a through-hole at one point on the arc-shaped flow path to be in communication with the arc-shaped flow path; and a second body having the inlet port connected to the arc-shaped flow path inlet, and the outlet port connected to the circular flow path outlet, wherein the first body is rotatably mounted in the second body while the sealing member is interposed between the first body and the second body and fixed so as not to rotate.
Mixture of succinate esters, characterized in that the alkyl residue has a proportion of alkyl components with less than 9 carbon atoms of max. 15 wt%, the alkyl residue has a proportion of alkyl components with more than 9 carbon atoms of max. 25 wt%, wherein the proportion of 3,5,5-trimethylhexyl residues is max. 5 mol% and the proportion of linear n-nonyl residues is max. 15 mol%.
A method of providing a set of colour patterns, the colour patterns being formed by data and each having a different colour, the colour patterns to be printed on a substrate by a printing process to form printed matter, the printing process being the process with which the colour patterns are printed onto the substrate, each colour pattern representing a respective colour and being intended for printing using ink having the respective colour to depict the respective colour pattern by means of the printing, the method comprising a step of providing the code pattern in at least one of the colour patterns, characterized in that the method further comprises the steps of: - providing a parameter set comprising at least one parameter having a value specific for the printing process, the parameter set reflecting technical characteristics of the printing process with which the colour patterns are to be printed on the substrate; - adjusting a code pattern using the parameter set, the adjusting comprising at least one of adjusting a modulation depth of the code pattern and setting a pitch of the code pattern, the adjusting the code pattern reflecting the technical characteristic of the printing process. - providing a parameter set comprising at least one parameter having a value specific for the printing process, the parameter set reflecting technical characteristics of the printing process with which the colour patterns are to be printed on the substrate; - adjusting a code pattern using the parameter set, the adjusting comprising at least one of adjusting a modulation depth of the code pattern and setting a pitch of the code pattern, the adjusting the code pattern reflecting the technical characteristic of the printing process.
A urinary catheter, comprising: a catheter tube wherein at least a portion of the catheter tube is made from a blend comprising (a) a copolymer of ethylene and an alpha olefin with density less than or equal to 0.95 g/cm 3 and (b) a water-swellable polymer comprising ethylene vinyl alcohol or polyvinyl alcohol, the blend comprising between 80 wt% and 95 wt% of the copolymer of ethylene and an alpha olefin and between 5 wt% and 20 wt% of the water-swellable polymer, wherein the blend defines an outer surface of the catheter tube which has a surface energy of at least 30 mN/m; and a hydrophilic coating disposed on at least a portion of a non-treated outer surface of the catheter tube, wherein the hydrophilic coating is bonded directly to the non-treated outer surface of the catheter tube. a catheter tube wherein at least a portion of the catheter tube is made from a blend comprising (a) a copolymer of ethylene and an alpha olefin with density less than or equal to 0.95 g/cm 3 and (b) a water-swellable polymer comprising ethylene vinyl alcohol or polyvinyl alcohol, the blend comprising between 80 wt% and 95 wt% of the copolymer of ethylene and an alpha olefin and between 5 wt% and 20 wt% of the water-swellable polymer, wherein the blend defines an outer surface of the catheter tube which has a surface energy of at least 30 mN/m; and a hydrophilic coating disposed on at least a portion of a non-treated outer surface of the catheter tube, wherein the hydrophilic coating is bonded directly to the non-treated outer surface of the catheter tube.
A fuel cell system installed in a fuel cell vehicle, the fuel cell system comprising: a fuel cell configured to receive supply of a fuel gas and air to generate electric power; voltage detection means configured to detect a power-generation voltage of the fuel cell; an auxiliary machine (124a, 142a, 114a) that is operated by part of electric power generated by the fuel cell; and control means configured to control operation of the auxiliary machine (124a, 142a, 114a), wherein the control means is configured to perform high-potential avoidance control by increasing electric power consumed by the operation of the auxiliary machine (124a, 142a, 114a) so that the power-generation voltage becomes equal to or lower than a predetermined value; noise detection means configured to detect a magnitude of noise in a driver's cabin of the fuel cell vehicle, wherein the fuel cell system being characterized such that: the high-potential avoidance control is performed based on the magnitude of noise detected by the noise detection means by increasing electric power consumed by the auxiliary machine (124a, 142a, 114a) proportionally to an increase of noise detected by the noise detection means, and wherein the control means is configured to, as the noise detected by the noise detection means becomes smaller, suppress an increase in the electric power consumed by the auxiliary machine (124a, 142a, 114a) when performing the high-potential avoidance control to an extent within a scope which does not allow the driver to perceive the increase in an operation noise associated with the operation of the auxiliary machine (124a, 142a, 114a). a fuel cell configured to receive supply of a fuel gas and air to generate electric power; voltage detection means configured to detect a power-generation voltage of the fuel cell; an auxiliary machine (124a, 142a, 114a) that is operated by part of electric power generated by the fuel cell; and control means configured to control operation of the auxiliary machine (124a, 142a, 114a), wherein the control means is configured to perform high-potential avoidance control by increasing electric power consumed by the operation of the auxiliary machine (124a, 142a, 114a) so that the power-generation voltage becomes equal to or lower than a predetermined value; noise detection means configured to detect a magnitude of noise in a driver's cabin of the fuel cell vehicle, wherein the high-potential avoidance control is performed based on the magnitude of noise detected by the noise detection means by increasing electric power consumed by the auxiliary machine (124a, 142a, 114a) proportionally to an increase of noise detected by the noise detection means, and wherein the control means is configured to, as the noise detected by the noise detection means becomes smaller, suppress an increase in the electric power consumed by the auxiliary machine (124a, 142a, 114a) when performing the high-potential avoidance control to an extent within a scope which does not allow the driver to perceive the increase in an operation noise associated with the operation of the auxiliary machine (124a, 142a, 114a).
A plate type heat exchanger, comprising multiple heat exchange plates (10, 30) which are stacked together, each heat exchange plate (10, 30) comprising a fluid inlet (1, 31) and a fluid outlet (2, 32) located at two opposite ends respectively in a longitudinal direction of the heat exchange plate (10, 30), wherein a separating part is provided on a top surface and/or a bottom surface of each heat exchange plate (10, 30), such that a fluid coming from the fluid inlet (1, 31) is split into different flows at the fluid inlet (1, 31), then flows into mutually independent fluid channel regions (3, 4; 331, 332, 333) separated by the separating part and converges at the fluid outlet (2, 32), and finally flows out of the fluid outlet (2, 32), characterized in that the separating part comprises a separating strip, which splits fluid into different flows at the fluid inlet (1, 31), and a longitudinal piece connected thereto.
Tensioning device for expanding a screw connection, composed of a threaded bolt and a threaded nut that is supported on a firm base, by traction on the free threaded end portion of the threaded bolt, having a cylinder housing having at least one piston which in said cylinder housing is movable in the longitudinal direction of the threaded bolt and conjointly with an internal wall of the cylinder housing delimits a hydraulic operating space, as well as having an replaceable bushing which in the piston longitudinal direction is configured so as to be able to be entrained by the piston and which for screwing to the threaded bolt is provided with a thread, and having a support tube which is disposed in an extension of the cylinder housing and which surrounds the threaded nut and is configured so as to be supported in relation to the base, wherein the support tube is provided with a lock bar which for bearing on a blocking face of the threaded nut that faces away from the piston is provided with a lock bar face that faces the piston, characterized in that the support tube is a part which is independent from the cylinder housing and is separable from the latter, and in that the support tube and the cylinder housing in the piston longitudinal direction are connectable by way of at least one connecting element.
A crystalline form E of ertapenem sodium of formula, wherein said crystalline form E is characterized by an X-ray diffraction spectrum as shown in Figure 1.
A method for producing a semi-elastic moulded article with a rigid carrier core, the method comprising the steps: - inserting the carrier core into a casting tool; - injecting at least one plastic moulding compound into the casting tool such that the at least one moulding compound flows around the carrier core, and that the carrier core is arranged in the casting tool in such a way that a sealing means associated with the casting tool prevents at least one moulding compound from flowing around a surface portion (27, 28) of the carrier core; and - allowing the moulding compound to cure at the carrier core such that a carrier core selectively encapsulated in portions by the moulding compound is obtained as the moulded article, characterised in that a sealing means configured as a flexible sealing lip prevents at least one moulding compound from flowing around a surface portion (27, 28) of the carrier core. - inserting the carrier core into a casting tool; - injecting at least one plastic moulding compound into the casting tool such that the at least one moulding compound flows around the carrier core, and that the carrier core is arranged in the casting tool in such a way that a sealing means associated with the casting tool prevents at least one moulding compound from flowing around a surface portion (27, 28) of the carrier core; and - allowing the moulding compound to cure at the carrier core such that a carrier core selectively encapsulated in portions by the moulding compound is obtained as the moulded article,