mhurhangee/ep-ind-claims huggingface dataset:
A hoist device for lifting persons, said hoist device comprising: holding means (27; 28; 29; 30); and a hoist sling comprising attachment means (37; 38; 39; 40), said attachment means (37; 38; 39; 40) being connectable to the holding means (27; 28; 29; 30), that the attachment means comprising a plate-like clip one of the attachment means (37; 38; 39; 40) and the holding means (27; 28; 29; 30) comprising a reference object, and the other of the attachment means (37; 38; 39; 40) and the holding means (27; 28; 29; 30) comprising sensing means configured to detect the reference object, for determining whether the attachment means (37; 38; 39; 40) are properly connected to the holding means (27; 28; 29; 30); wherein the plate-like clip includes a slot for receiving the holding means, wherein the slot includes a first portion through which a head of a stud of the holding means can pass and a second portion through which the head of the stud cannot pass, wherein the reference object or the sensing means of the clip is located proximate the second portion of the slot; wherein after connection of the attachment means to the holding means the attachment means has a specific position in relation to the holding means which results in the reference object having a specific position within the detection area of the sensing means. holding means (27; 28; 29; 30); and a hoist sling comprising attachment means (37; 38; 39; 40), said attachment means (37; 38; 39; 40) being connectable to the holding means (27; 28; 29; 30), that the attachment means comprising a plate-like clip one of the attachment means (37; 38; 39; 40) and the holding means (27; 28; 29; 30) comprising a reference object, and the other of the attachment means (37; 38; 39; 40) and the holding means (27; 28; 29; 30) comprising sensing means configured to detect the reference object, for determining whether the attachment means (37; 38; 39; 40) are properly connected to the holding means (27; 28; 29; 30); wherein the plate-like clip includes a slot for receiving the holding means, wherein the slot includes a first portion through which a head of a stud of the holding means can pass and a second portion through which the head of the stud cannot pass, wherein the reference object or the sensing means of the clip is located proximate the second portion of the slot; wherein after connection of the attachment means to the holding means the attachment means has a specific position in relation to the holding means which results in the reference object having a specific position within the detection area of the sensing means.
A single pass tangential flow filtration (SPTFF) assembly, comprising: a plurality of processing units (1, 2, 3) that are fluidly connected, wherein each processing unit comprises a cassette holder containing at least one TFF cassette, and wherein the processing units in the assembly are configured for processing in parallel and/or in series; a first channel connected to a feed inlet extending through the plurality of processing units; a second channel connected to a retentate outlet extending through the plurality of processing units; a permeate channel extending through the plurality of processing units; and one or more valves (9, 10), wherein each valve is located on either the first channel or the second channel between two adjacent processing units, and wherein the valves alternate between the first channel and second channel for consecutive pairs of adjacent processing units; wherein the plurality of processing units are fluidly connected in parallel when the one or more valves are open, or in series when the one or more valves are closed; and wherein the one or more valves are built into the cassette holders. a plurality of processing units (1, 2, 3) that are fluidly connected, wherein each processing unit comprises a cassette holder containing at least one TFF cassette, and wherein the processing units in the assembly are configured for processing in parallel and/or in series; a first channel connected to a feed inlet extending through the plurality of processing units; a second channel connected to a retentate outlet extending through the plurality of processing units; a permeate channel extending through the plurality of processing units; and one or more valves (9, 10), wherein each valve is located on either the first channel or the second channel between two adjacent processing units, and wherein the valves alternate between the first channel and second channel for consecutive pairs of adjacent processing units;
A method for traversing a deterministic finite automata-based graph comprising a plurality of nodes interconnected by arcs, one of the plurality of nodes being assigned as a designated node, wherein the deterministic finite automata-based graph has been compressed by pruning arcs of the graph associated with respective nodes of the graph that interconnect to a same next node as the designated node, and pruned nodes are the respective nodes for which arcs have been pruned and contain information about the designated node used for pruning, the method comprising: traversing nodes in the graph with a walker process to search for an expression in an input stream; using a hash function to generate a hash value using a next input character from the input stream, wherein each arc comprises a hash function associated with a next node; indexing with the hash value into the next node to read a next arc, the next arc including a character; comparing the next input character with the character in the next arc and, based on a positive match from the comparing, using a next hash function to generate another hash value associated with another input character from the input stream; and traversing the graph to a designated node based on a negative match from the comparing. traversing nodes in the graph with a walker process to search for an expression in an input stream; using a hash function to generate a hash value using a next input character from the input stream, wherein each arc comprises a hash function associated with a next node; indexing with the hash value into the next node to read a next arc, the next arc including a character; comparing the next input character with the character in the next arc and, based on a positive match from the comparing, using a next hash function to generate another hash value associated with another input character from the input stream; and traversing the graph to a designated node based on a negative match from the comparing.
A particular matter sensor, comprising: an accumulation section that is disposed such that a passage of exhaust gas containing particulate matter is blocked, the particulate matter accumulating on a first surface located upstream of the passage of the accumulation section, the accumulation section including at least one through hole; and at least a pair of electrodes (62a,62b) opposed to each other across the accumulation section, wherein the pair of electrodes (62a,62b) includes main surfaces of the respective electrodes, the accumulation section has an exposed portion not overlapping the pair of electrodes (62a,62b) in a plan view along a normal direction to the main surfaces, and characterised in that the at least one through hole penetrates from the first surface located upstream of the passage of the exhaust gas to a second surface located downstream thereof in the exposed portion of the accumulation section. an accumulation section that is disposed such that a passage of exhaust gas containing particulate matter is blocked, the particulate matter accumulating on a first surface located upstream of the passage of the accumulation section, the accumulation section including at least one through hole; and at least a pair of electrodes (62a,62b) opposed to each other across the accumulation section, wherein the pair of electrodes (62a,62b) includes main surfaces of the respective electrodes, the accumulation section has an exposed portion not overlapping the pair of electrodes (62a,62b) in a plan view along a normal direction to the main surfaces, and characterised in that the at least one through hole penetrates from the first surface located upstream of the passage of the exhaust gas to a second surface located downstream thereof in the exposed portion of the accumulation section.
An electrical wiring harness, characterized in that it includes at least two connection devices each comprising a first connection means, which is electrically conductive and capable of being removably secured to a second electrically conductive connection means, and an electric strand comprising a stripped portion that is closely secured to said first connection means, and includes at least two heat-conducting auxiliary strands each including a first end that is closely secured to said first connection means so as to enable a discharge of a portion of the heat energy which they contain and which is contained in said stripped portion when the latter and/or said first connection means is/are subjected to a heating, in that said auxiliary strands each include a second end, opposed to their first free ends, in that said second free ends are provided with insulation means and in that the electric strands are grouped together, defining a bundle.
System for generating a source code for a computer programme in order to execute or simulate a process from a process description independent of the source code wherein the system comprises a computer with an output device and an input device and has a process generator for creating the process description and a process file and a source code generator for the automatic generation of a source code from the process file, wherein the process generator and the source code generator are stored on the computer and are executable software modules and the process generator has a process manager and the process manager is designed to describe a process and to present a graphic process diagram on the output device, wherein it generates the graphic illustration of the process diagram from the process description conducted in a metalanguage and is designed with the following functions: • Function to generate a cluster with a predetermined number of subjects wherein this function is designed such that, respectively, two messages are generated automatically between all pairs of subjects of the cluster, wherein one of each subject transmits one of the two messages of the particular pair and receives the other message, • Function to delete single automatically generated messages, • Function to generate individual messages between one of the subjects of the particular cluster and a subject which is not a component of this one particular cluster, • Function to store the process description containing the cluster(s) in the process file, wherein the process description is stored in metalanguage in the process file, the subjects are defined in metalanguage and the subjects contain commands for transmitting and/or receiving messages. • Function to generate a cluster with a predetermined number of subjects wherein this function is designed such that, respectively, two messages are generated automatically between all pairs of subjects of the cluster, wherein one of each subject transmits one of the two messages of the particular pair and receives the other message, • Function to delete single automatically generated messages, • Function to generate individual messages between one of the subjects of the particular cluster and a subject which is not a component of this one particular cluster, • Function to store the process description containing the cluster(s) in the process file, wherein the process description is stored in metalanguage in the process file, the subjects are defined in metalanguage and the subjects contain commands for transmitting and/or receiving messages.
An actuator for generating a bidirectional force, configured to be integrated into a deformable mirror comprising a frame and a deformable reflective substrate attached to the frame, the actuator comprising: - a stationary body configured to be integrated in the frame; - a drive device; - a drive rod configured to be driven in a translatory movement with respect to the stationary body, along an axis of translation (xx'), by means of the drive device; the actuator being characterized in that it further comprises: - a floating head configured to be attached to the deformable reflective substrate, and mounted in floating manner with respect to the drive rod via first and second elastic means (33, 35); and in that: - the first and second elastic means (33, 35) are each mounted between the drive rod and the floating head and are configured to apply forces to the floating head, whose projections on the translation axis (xx') are of opposite directions. - a stationary body configured to be integrated in the frame; - a drive device; - a drive rod configured to be driven in a translatory movement with respect to the stationary body, along an axis of translation (xx'), by means of the drive device; - a floating head configured to be attached to the deformable reflective substrate, and mounted in floating manner with respect to the drive rod via first and second elastic means (33, 35); - the first and second elastic means (33, 35) are each mounted between the drive rod and the floating head and are configured to apply forces to the floating head, whose projections on the translation axis (xx') are of opposite directions.
A method of configuring at least one industrial machine, wherein the machine comprises a plurality of separate devices (16, 20, 22, 24), for example, field devices, programmable logic controllers (PLCs) and/or field buses, wherein, by means of an electronic configuration system, - a predefined configuration template is provided, wherein at least two separate devices of the machine are associated with the configuration template, wherein the configuration template comprises a mapping rule that specifies which devices (16, 20, 22, 24) may or have to be associated with the configuration template, and wherein dependencies between individual devices (16, 20, 22, 24) are stored in the configuration template, - the configuration template is used to configure at least one function of the industrial machine, - a respective parameter set having device parameters for the at least two separate devices (16, 20, 22, 24) is generated from the configured function, wherein the configuration template comprises a device parameter set of rules, wherein the device parameters are defined by means of the device parameter set of rules, - the parameter set is transmitted to the at least two separate devices (16, 20, 22, 24) to configure the devices (16, 20, 22, 24). - a predefined configuration template is provided, wherein at least two separate devices of the machine are associated with the configuration template, wherein the configuration template comprises a mapping rule that specifies which devices (16, 20, 22, 24) may or have to be associated with the configuration template, and wherein dependencies between individual devices (16, 20, 22, 24) are stored in the configuration template, - the configuration template is used to configure at least one function of the industrial machine, - a respective parameter set having device parameters for the at least two separate devices (16, 20, 22, 24) is generated from the configured function, wherein the configuration template comprises a device parameter set of rules, wherein the device parameters are defined by means of the device parameter set of rules, - the parameter set is transmitted to the at least two separate devices (16, 20, 22, 24) to configure the devices (16, 20, 22, 24).
Method for operating a movement device comprising a first and a second assembly (20; 30), wherein the first assembly comprises a first base and a plurality of first permanent-magnet arrangements, wherein the first permanent-magnet arrangements are connected to the first base via a respectively assigned actuator in such a way that they can each be moved as a whole relative to the first base in at least one degree of freedom by means of the respectively assigned actuator, wherein the second assembly comprises a second base and a second permanent-magnet arrangement, wherein the second permanent-magnet arrangement is arranged fixedly relative to the second base, wherein the second permanent-magnet arrangement comprises a plurality of individual magnets or a one-piece permanent-magnet arrangement which is magnetized in an analogous way, wherein the arrangement and the alignment of the individual magnets relative to the second base is known, wherein at least two position controllers, each with a single scalar controlled variable and with a single scalar manipulated variable, are provided, wherein the controlled variable is, in each instance, one of the six possible degrees of freedom as regards a relative position (50; 51) between the first and the second assembly (20; 30), wherein the manipulated variable represents a force or a torque that is assigned to this degree of freedom, wherein desired actuator positions of the actuators are computed from the manipulated variables by solving a non-linear system of equations by means of the gradient method and/or ascertained by means of tables of values, wherein the actuators are set correspondingly.
A user equipment, UE, for licensed-assisted access, LAA, comprising: a receiver operative to receive an uplink, UL, grant which schedules a subframe for UL transmission; a first circuit operative to perform listen-before-talk, LBT,; a transmitter operative to transmit a first physical uplink shared channel, PUSCH, in the scheduled subframe starting from one available starting position of multiple candidate starting positions in the scheduled subframe if the LBT is successful and ending at the subframe ending boundary of the scheduled subframe, characterized in that there are two candidate starting positions in the scheduled subframe, which are at the starting points of two slots of the scheduled subframe respectively, and there are two candidate PUSCHs corresponding to the two candidate starting positions, wherein a first candidate PUSCH of the two candidate PUSCHs has one slot length, and a second candidate PUSCH of the two candidate PUSCHs has two slot length. a receiver operative to receive an uplink, UL, grant which schedules a subframe for UL transmission; a first circuit operative to perform listen-before-talk, LBT,; a transmitter operative to transmit a first physical uplink shared channel, PUSCH, in the scheduled subframe starting from one available starting position of multiple candidate starting positions in the scheduled subframe if the LBT is successful and ending at the subframe ending boundary of the scheduled subframe, characterized in that there are two candidate starting positions in the scheduled subframe, which are at the starting points of two slots of the scheduled subframe respectively, and there are two candidate PUSCHs corresponding to the two candidate starting positions, wherein a first candidate PUSCH of the two candidate PUSCHs has one slot length, and a second candidate PUSCH of the two candidate PUSCHs has two slot length.
A gamma titanium aluminide alloy consisting of, in atomic percent: 38 to 50% aluminum (Al); 1 to 6% niobium (Nb); 0.25 to 2% tungsten; 0.01 to 1.5% boron; 1 to 2% manganese (Mn); optionally up to 1% carbon; optionally up to 2% chromium (Cr); optionally up to 2% vanadium; optionally up to 1% molybdenum (Mo); and the balance titanium (Ti) and incidental impurities. 38 to 50% aluminum (Al); 1 to 6% niobium (Nb); 0.25 to 2% tungsten; 0.01 to 1.5% boron; 1 to 2% manganese (Mn); optionally up to 1% carbon; optionally up to 2% chromium (Cr); optionally up to 2% vanadium; optionally up to 1% molybdenum (Mo); and the balance titanium (Ti) and incidental impurities.
A driving device (1, 2), comprising: a switching circuit configured to have switching elements (10; 20) disposed on a high side and a low side, the switching elements on both sides each including a first electrode, a second electrode, and a reverse conducting element (11; 21) disposed between the first electrode and the second electrode, wherein each of the switching elements is a diode-built-in IGBT; and a determination part (33, 35; 43, 45) configured to determine whether to permit or inhibit turning on the switching element on one side, based on a conduction state of the reverse conducting element of said switching element, which is obtained by detecting a voltage between the first electrode and the second electrode of said switching element, in a period during which the switching elements on both sides are off, such that turning on said switching element is permitted if the reverse conducting element is not conducting and turning on said switching element is inhibited if the reverse conducting element is conducting, wherein the determination part is configured to determine whether to permit or inhibit turning on said switching element, based on a command signal requesting said switching element to turn on, characterized in that the determination part is configured to hold the determination result of permission or inhibition of turning on said switching element until receiving a next input of the command signal. a switching circuit configured to have switching elements (10; 20) disposed on a high side and a low side, the switching elements on both sides each including a first electrode, a second electrode, and a reverse conducting element (11; 21) disposed between the first electrode and the second electrode, wherein each of the switching elements is a diode-built-in IGBT; and a determination part (33, 35; 43, 45) configured to determine whether to permit or inhibit turning on the switching element on one side, based on a conduction state of the reverse conducting element of said switching element, which is obtained by detecting a voltage between the first electrode and the second electrode of said switching element, in a period during which the switching elements on both sides are off, such that turning on said switching element is permitted if the reverse conducting element is not conducting and turning on said switching element is inhibited if the reverse conducting element is conducting, wherein the determination part is configured to determine whether to permit or inhibit turning on said switching element, based on a command signal requesting said switching element to turn on, characterized in that the determination part is configured to hold the determination result of permission or inhibition of turning on said switching element until receiving a next input of the command signal.
A sliding bearing having a first bearing element, which has a structure on a surface, which bearing element is coated in multiple layers, wherein an inner layer is deposited on a base material of the first bearing element by means of a vapour deposition method, and which inner layer forms a structure, wherein the inner layer of the first bearing element is formed as an amorphous carbon layer or wherein the inner layer of the first bearing element contains at least one resin, which is selected from the group of resins that contains nitride resins, carbide resins and oxide resins, and wherein an outer layer is designed as a PTFE impregnation layer levelling the structure of the inner layer, as well as having a second bearing element having a PTFE-containing sliding lining, wherein the sliding lining of the second bearing element contains a PTFE fabric in a resin matrix or comprises a metal-polymer composite comprising sintered bronze and PTFE.
Roll for guiding and/or spreading a running product web, wherein the roll comprises at least one supporting body, on the outer side of which there are provided receptacles for axially displaceably held slats that engage the product web, characterized in that at least one undercut groove, which can receive at least one functional component, is formed in the at least one supporting body between at least two of the slats.