mhurhangee/ep-ind-claims huggingface dataset:
An instrument (1; 1001), for example a writing pen, a makeup pen, a tool or a toy, this instrument (1; 1001) comprising: - a body (10; 1010) adapted for being grasped by a user; - at least two modules (20; 1020), each module being independent of the other module(s), including an active portion (200; 1200) and being movable relatively to the body (10; 1010); and - for each module, a mechanism (30; 1030) for guiding the module (20; 1020) in translation (T1, T2) and in rotation (R1, R2) along the body (10; 1010), the module (20; 1020) being movable relatively to the body (10; 1010) successively in translation (T1, T2) parallel to a first axis and in rotation (R1, R2) around a second axis which is perpendicular to the first axis and which is secured to the body (10; 1010), between a rest configuration wherein the active portion (200; 1200) of the module (20; 1020) is housed in the body (10; 1010) and a use configuration wherein the active portion (200; 1200) of the module (20; 1020) protrudes out of the body (10; 1010), the instrument (1; 1001) being characterized in that both modules (20; 1020) or two of the modules are positioned on either side of a same arm (13; 1013A, 1013B) of the body (10; 1010), which extends along the first axis from a base (12; 1012) as far as one end (14; 1014) of the body, the respective active portions (200; 1200) of both of these modules being housed in the base (12; 1012) in the rest configuration and extending along the first axis beyond the end of the body in the use configuration. - a body (10; 1010) adapted for being grasped by a user; - at least two modules (20; 1020), each module being independent of the other module(s), including an active portion (200; 1200) and being movable relatively to the body (10; 1010); and - for each module, a mechanism (30; 1030) for guiding the module (20; 1020) in translation (T1, T2) and in rotation (R1, R2) along the body (10; 1010), the module (20; 1020) being movable relatively to the body (10; 1010) successively in translation (T1, T2) parallel to a first axis and in rotation (R1, R2) around a second axis which is perpendicular to the first axis and which is secured to the body (10; 1010), between a rest configuration wherein the active portion (200; 1200) of the module (20; 1020) is housed in the body (10; 1010) and a use configuration wherein the active portion (200; 1200) of the module (20; 1020) protrudes out of the body (10; 1010),
A door that is adapted to separate a first environment with a first pressure and a second environment with a second pressure that is smaller than the first pressure, comprising: a door frame that comprises a door stop; a door leaf that is adapted to close the door frame; and an actuating system that comprises a latch element that interacts with the door stop to latch the door leaf such that the door is in a latched state; wherein the door stop comprises a first portion of a round shaped interface, and the latch element comprises a first end with a movable connection that movably connects the latch element with the door leaf, and a second end that has a second portion of the round shaped interface, wherein, in the latched state, the difference between the first pressure and the second pressure puts a pressure on the door leaf such that the second portion of the round shaped interface engages with the first portion of the round shaped interface and the door leaf moves at the movable connection relative to the latch element, thereby performing an adjustment of the position of the door leaf relative to the door frame and wherein the actuating system further comprises: a lock element that comprises a first end with a movable connection, and a second end that interacts with the door stop to secure the latch element such that the door is in a secured and locked state. a door frame that comprises a door stop; a door leaf that is adapted to close the door frame; and an actuating system that comprises a latch element that interacts with the door stop to latch the door leaf such that the door is in a latched state; wherein the door stop comprises a first portion of a round shaped interface, and the latch element comprises a first end with a movable connection that movably connects the latch element with the door leaf, and a second end that has a second portion of the round shaped interface, wherein, in the latched state, the difference between the first pressure and the second pressure puts a pressure on the door leaf such that the second portion of the round shaped interface engages with the first portion of the round shaped interface and the door leaf moves at the movable connection relative to the latch element, thereby performing an adjustment of the position of the door leaf relative to the door frame and wherein the actuating system further comprises: a lock element that comprises a first end with a movable connection, and a second end that interacts with the door stop to secure the latch element such that the door is in a secured and locked state.
Penetrometer for statically measuring the penetration resistance of soil, comprising a central rod terminated at a first end by a measuring tip, and a hollow tube surrounding the central rod and inside which the latter can slide, the penetrometer being characterized in that the hollow tube comprises: • a first portion having at least one seal between its inner wall and the central rod, the first portion of the hollow tube extending at least 2 meters above the measuring tip of the central rod, • a second portion, upstream of the first portion, having a diameter smaller than that of the first portion, and inside which a fluid is intended to be injected; • at least one expulsion opening located between the first and the second portion, said fluid being intended to exit through the expulsion opening. • a first portion having at least one seal between its inner wall and the central rod, the first portion of the hollow tube extending at least 2 meters above the measuring tip of the central rod, • a second portion, upstream of the first portion, having a diameter smaller than that of the first portion, and inside which a fluid is intended to be injected; • at least one expulsion opening located between the first and the second portion, said fluid being intended to exit through the expulsion opening.
A process for producing dental adhesives having strong antimicrobial and antibiofilm properties against bacteria that typically inhabit the oral cavity having appropriate mechanical characteristics and adhesion to the tooth and ensuring appropriate depth of cure, characterized in that it comprises: a. Preparation of a suspension of nano-filler, made of graphene or graphene-based nanostructures, graphene nanoplatelets, nanoplatelets of reduced graphene oxide, multilayer graphene flakes or a combination thereof, in aqueous solution of ethanol having concentration between 0.1 mg/mL and 15 mg/mL, depending on filler type and amount. b. Addition of the polymer adhesive to the nano-filler suspension to obtain the antimicrobial dental adhesive having a specific concentration of nano-filler between 0.05% in weight and 0.5% in weight of the polymer matrix. c. Controlled slow-rate evaporation of the solvent in excess at constant temperature, comprised between 15°C and 40°C, and room pressure through mechanical stirring at velocity of 50-500 rpm, for a time comprised between 0.5 h and 24 h when the mixture has a total over weight with respect to the original polymer content comprised between the 105% and the 150%. d. Air flushing of the free-surface of the antimicrobial dental adhesive with a controlled air-flux pressure comprised between 0.03 and 0.9 bar. e. UV/vis polymerization for time comprised between 5 and 30 s at an intensity greater than 500 mW/cm 2. a. Preparation of a suspension of nano-filler, made of graphene or graphene-based nanostructures, graphene nanoplatelets, nanoplatelets of reduced graphene oxide, multilayer graphene flakes or a combination thereof, in aqueous solution of ethanol having concentration between 0.1 mg/mL and 15 mg/mL, depending on filler type and amount. b. Addition of the polymer adhesive to the nano-filler suspension to obtain the antimicrobial dental adhesive having a specific concentration of nano-filler between 0.05% in weight and 0.5% in weight of the polymer matrix. c. Controlled slow-rate evaporation of the solvent in excess at constant temperature, comprised between 15°C and 40°C, and room pressure through mechanical stirring at velocity of 50-500 rpm, for a time comprised between 0.5 h and 24 h when the mixture has a total over weight with respect to the original polymer content comprised between the 105% and the 150%. d. Air flushing of the free-surface of the antimicrobial dental adhesive with a controlled air-flux pressure comprised between 0.03 and 0.9 bar. e. UV/vis polymerization for time comprised between 5 and 30 s at an intensity greater than 500 mW/cm 2.
Apparatus, designed and adapted for automatic opening within a bobbin changeover apparatus of bobbin wrapper tabs by means of an opener head, comprising an opener mechanism for opener head actuation, wherein the opener mechanism is assigned a drive unit for opener head movement between a waiting position and a working position, and wherein the apparatus for automatic opening of bobbin wrapper tabs, which belong to bobbins which can be conveyed into the apparatus with windings in opposite directions of the material webs, has two functional positions (17, 18) assigned to the windings in opposite directions, which functional positions (17, 18) are set up optionally for the operation of said opener mechanism with at least one opener head, characterised in that an opener head is arranged at each of the two functional positions (17, 18), wherein the opener heads are aligned in mirror-symmetry to one another or that the opener mechanism has a single opener head which can be pivoted to and fro about an axis D by at least 180° for operation in the two functional positions (17, 18).
A method for triggering service logic execution recording for a call between a calling User Equipment, UE, and a called UE in a telecommunication network, wherein said service logic execution recording is to be applied by nodes in a chain of nodes involved in establishing a call between said calling UE and said called UE, wherein said method comprises the steps of: - receiving, by a node in the telecommunication network, a Session Initiation Protocol, SIP, Invite message for establishing said call between said calling UE and said called UE; - inserting, by said node, in said SIP Invite message, a service logic execution recording parameter, wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording, and wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording for a duration of that particular call only; - transmitting, by said node, said SIP Invite message to a next node in said chain of nodes for establishing said call such that each of said nodes in said chain of nodes involved in said establishing of said call is triggered for performing said service logic execution recording for said call between said calling UE and said called UE; wherein said service logic execution recording is any of recording of log files reflecting the application service logic processing in said nodes and recording of trace files reflecting signalling between said nodes in said chain. - receiving, by a node in the telecommunication network, a Session Initiation Protocol, SIP, Invite message for establishing said call between said calling UE and said called UE; - inserting, by said node, in said SIP Invite message, a service logic execution recording parameter, wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording, and wherein said parameter indicates that nodes involved in said establishing of said call between said calling UE and said called UE should perform service logic execution recording for a duration of that particular call only; - transmitting, by said node, said SIP Invite message to a next node in said chain of nodes for establishing said call such that each of said nodes in said chain of nodes involved in said establishing of said call is triggered for performing said service logic execution recording for said call between said calling UE and said called UE;
Distributed database containing a smart contract, wherein the distributed database is adapted to receive and store data from at least one associated data source collecting data regarding a component of a machine, wherein the distributed database is protected against manipulation, wherein the distributed database contains data regarding the manufacturing of the component received from a manufacturing data source being part of or connected to an additive manufacturing device used to manufacture the component, and wherein the distributed database is connected to a machine data source being connected to or part of the machine containing the component, wherein the smart contract is adapted to trigger an action based on data provided by the at least one associated data source, wherein the machine is a machine utilizing the component. wherein the distributed database is adapted to receive and store data from at least one associated data source collecting data regarding a component of a machine, wherein the distributed database is protected against manipulation, wherein the distributed database contains data regarding the manufacturing of the component received from a manufacturing data source being part of or connected to an additive manufacturing device used to manufacture the component, and wherein the distributed database is connected to a machine data source being connected to or part of the machine containing the component, wherein the smart contract is adapted to trigger an action based on data provided by the at least one associated data source, wherein the machine is a machine utilizing the component.
A propeller nozzle (100, 200), in particular for watercraft, comprising a nozzle and a propeller with at least one propeller blade rotatable around a propeller shaft, preferably multiple propeller blades, which spans a propeller plane by rotation about the propeller shaft, wherein the at least one propeller blade has a propeller blade end area, wherein the propeller is arranged within the nozzle in such a way that a circumferential gap running in the circumferential direction of the propeller nozzle (100, 200) is formed between the propeller blade end area and the inner wall of the nozzle, wherein the gap can be flowed through by a side flow running in the area of the inner wall of the nozzle, wherein flow guiding means are provided for guiding at least part of the side flow onto the propeller plane, wherein the flow guiding means are arranged at the inner wall of the nozzle, characterized in that the nozzle is formed pivotal about the propeller, that the flow guiding means and the propeller blade end area are formed and arranged in such a way that the gap is substantially constant until a pivoting angle (α) of the nozzle of 5 °.
A wireless field device assembly comprising: a process sensor configured to monitor a process variable and produce a sensor signal; a housing enclosing an interior space of the wireless field device; a transmitter enclosed within the interior space, and configured to process the sensor signal; and a power module configured to be housed in the interior space, the power module comprising: an energy storage device; a connection to a local power source; and a processor configured to provide the transmitter with a diagnostic report of the energy storage device and the local power source, wherein the power module further comprises first and second voltage sensors configured to sense first and second output voltages of the energy storage device and the local power source, respectively; wherein the diagnostic report comprises an identification of at least one of the energy storage device and the local power source; wherein the identification of at least one of the energy storage device and the local power source comprises an identification of the local power source based on the first and second output voltages. a process sensor configured to monitor a process variable and produce a sensor signal; a housing enclosing an interior space of the wireless field device; a transmitter enclosed within the interior space, and configured to process the sensor signal; and a power module configured to be housed in the interior space, the power module comprising: an energy storage device; a connection to a local power source; and a processor configured to provide the transmitter with a diagnostic report of the energy storage device and the local power source, wherein the power module further comprises first and second voltage sensors configured to sense first and second output voltages of the energy storage device and the local power source, respectively; wherein the diagnostic report comprises an identification of at least one of the energy storage device and the local power source; wherein the identification of at least one of the energy storage device and the local power source comprises an identification of the local power source based on the first and second output voltages. an energy storage device; a connection to a local power source; and a processor configured to provide the transmitter with a diagnostic report of the energy storage device and the local power source, wherein the power module further comprises first and second voltage sensors configured to sense first and second output voltages of the energy storage device and the local power source, respectively; wherein the diagnostic report comprises an identification of at least one of the energy storage device and the local power source; wherein the identification of at least one of the energy storage device and the local power source comprises an identification of the local power source based on the first and second output voltages.
An apparatus comprising: an array of memory cells in a package; volatile memory configured to store defective address data responsive to entering a soft post-package repair mode; non-volatile memory configured to store other defective address data; a match logic circuit configured to generate a match signal indicating whether address data corresponding to an address of the array to be accessed matches the defective address data stored in the volatile memory; and a decoder configured to select a first redundant row of the memory cells of the array to be accessed instead of a second redundant row of the memory cells of the array responsive to the match signal indicating that the address data corresponding to the address to be accessed matches the defective address data stored in the volatile memory, wherein the second redundant row of the memory cells of the array corresponds to a replacement address for the address of the array to be accessed associated with the other defective address data stored in the non-volatile memory. an array of memory cells in a package; volatile memory configured to store defective address data responsive to entering a soft post-package repair mode; non-volatile memory configured to store other defective address data; a match logic circuit configured to generate a match signal indicating whether address data corresponding to an address of the array to be accessed matches the defective address data stored in the volatile memory; and a decoder configured to select a first redundant row of the memory cells of the array to be accessed instead of a second redundant row of the memory cells of the array responsive to the match signal indicating that the address data corresponding to the address to be accessed matches the defective address data stored in the volatile memory, wherein the second redundant row of the memory cells of the array corresponds to a replacement address for the address of the array to be accessed associated with the other defective address data stored in the non-volatile memory.
Warning apparatus for a motor vehicle having an indicator system for indicating a change of lane comprising at least one signal display arranged in the field of view of the driver and having a sensor system for detecting obstacles in the blind spot, wherein the sensor system generates a warning signal in the event of detection of an obstacle, characterized in that the signal display of the indicator system is connected to the sensor system such that the warning signal is reproduced in visual form via the signal display.
A wireless mobile device, adapted to perform a cell search comprising multiple antennas and processing circuitry being configured to: obtain a first value of a signal strength metric for a first antenna and obtain a second value of the signal strength metric for a second antenna; compare the first value with the second value, and when the first and second values are not far apart and are not close to each other based on a predetermined threshold range, determine a first weight for the first antenna based on the first value and determine a second weight for the second antenna based on the second value; apply the first weight to a primary synchronization signal received by the first antenna to generate a first weighted primary synchronization signal; apply the second weight to the primary synchronization signal received by the second antenna to generate a second weighted primary synchronization signal; determine a time slot boundary for subsequent reception of data frames by the processing circuitry based upon a sum of the first weighted primary synchronization signal and the second weighted primary synchronization signal; and deselect one of the first and second antenna, when the value of a signal strength of the respective antenna is significantly inferior relative to the value of a signal strength of the other antenna. obtain a first value of a signal strength metric for a first antenna and obtain a second value of the signal strength metric for a second antenna; compare the first value with the second value, and when the first and second values are not far apart and are not close to each other based on a predetermined threshold range, determine a first weight for the first antenna based on the first value and determine a second weight for the second antenna based on the second value; apply the first weight to a primary synchronization signal received by the first antenna to generate a first weighted primary synchronization signal; apply the second weight to the primary synchronization signal received by the second antenna to generate a second weighted primary synchronization signal; determine a time slot boundary for subsequent reception of data frames by the processing circuitry based upon a sum of the first weighted primary synchronization signal and the second weighted primary synchronization signal; and deselect one of the first and second antenna, when the value of a signal strength of the respective antenna is significantly inferior relative to the value of a signal strength of the other antenna.
A vaccine composition comprising a complex comprising an antigen of a pathogen or other antigen against which an immune response is sought in a human or non-human animal subject and a polyhedrin protein derived from a cytoplasmic polyhedrosis virus for use as a vaccine for the treatment or prevention of an infection, disease or condition associated with the antigen, wherein delivery of the complex to a subject in substantially particulate polyhedral form induces an immune response thereto.