mhurhangee/ep-ind-claims huggingface dataset:
A syringe, in particular for veterinary-medicine applications, having a main body, which has a syringe cylinder, whose discharge-side end is connected to a cannula and in which a piston, which is connected to a piston rod, is situated so it is displaceable, wherein the syringe comprises a protective module, which has a protective cap, mounted so it is displaceable on the main body, which receives the cannula in its first terminal position so that the front end thereof does not protrude from the protective cap, and a securing element, which can be moved from a first securing position into a second securing position and then into a third securing position, the securing element, in its first securing position, locking the protective cap in its first terminal position, the protective cap being displaceable toward the main body into its second terminal position, in which the front end of the cannula protrudes from the protective cap, if the securing element is in the second securing position, and wherein the piston can be moved in the syringe cylinder in the direction toward the discharge-side end using the piston rod if the securing element is in its third securing position, into which it is only movable from the second securing position when the protective cap is in its second terminal position, characterized in that the securing element, in its third securing position, releases a locking of the piston rod relative to displacements, which is caused in the first and second securing positions by the protective module, and the securing element has a locking section, which causes the locking of the piston rod in the first and second securing positions. wherein the syringe comprises a protective module, which has a protective cap, mounted so it is displaceable on the main body, which receives the cannula in its first terminal position so that the front end thereof does not protrude from the protective cap, and a securing element, which can be moved from a first securing position into a second securing position and then into a third securing position, the securing element, in its first securing position, locking the protective cap in its first terminal position, the protective cap being displaceable toward the main body into its second terminal position, in which the front end of the cannula protrudes from the protective cap, if the securing element is in the second securing position, and wherein the piston can be moved in the syringe cylinder in the direction toward the discharge-side end using the piston rod if the securing element is in its third securing position, into which it is only movable from the second securing position when the protective cap is in its second terminal position, characterized in that the securing element, in its third securing position, releases a locking of the piston rod relative to displacements, which is caused in the first and second securing positions by the protective module, and the securing element has a locking section, which causes the locking of the piston rod in the first and second securing positions.
Device for the rotation of flag comprising a flagpole, characterised by a drive unit adapted to rotate the flag and comprising at least one electro-holding magnet; further characterised by an upper hoisting part, which on the one hand is connected to the drive unit via at least one band, a cord or a rope, and which on the other hand is connected to the drive unit in a hoisted operating state via the at least one electro-holding magnet in a manner secured against rotation, wherein the upper hoisting part is further connected to the upper end of the flag via struts; wherein the drive unit is arranged to pull up the upper hoisting part on the at least one band, the at least one cord or the at least one rope; the electro-holding magnet being arranged, on the one hand, to hold the flag in a hoisted operating state; and, on the other hand, being arranged to allow the flag to be dropped by its own weight after being switched off.
A method for providing a time stamp in a real-time system, the real-time system comprising an FPGA and a CPU, which cooperate with one another, and at least one register, which includes an FPGA system time, being implemented in the FPGA, the method comprising the following steps: providing a CPU counter for a CPU system time, which is driven by a clock signal of the CPU; providing a synchronization counter in the CPU, the synchronization counter being driven by a clock signal of the CPU; reading the CPU counter to provide the CPU system time by a real-time application, the read value being provided as a time stamp; polling the synchronization counter in the real-time application; and outputting the CPU counter as the time stamp when the synchronization counter outputs a value that corresponds to less than a predefined time period since the last synchronization of the CPU counter with the FPGA system time, and synchronizing the CPU counter with the FPGA system time in the real-time application when the synchronization counter outputs a value that corresponds to more than a predefined time period since the last synchronization of the CPU counter with the FPGA system time, resetting the synchronization counter and outputting the CPU counter as a time stamp, interrupts in the CPU being blocked during the processing of the real-time application. providing a CPU counter for a CPU system time, which is driven by a clock signal of the CPU; providing a synchronization counter in the CPU, the synchronization counter being driven by a clock signal of the CPU; reading the CPU counter to provide the CPU system time by a real-time application, the read value being provided as a time stamp; polling the synchronization counter in the real-time application; and outputting the CPU counter as the time stamp when the synchronization counter outputs a value that corresponds to less than a predefined time period since the last synchronization of the CPU counter with the FPGA system time, and synchronizing the CPU counter with the FPGA system time in the real-time application when the synchronization counter outputs a value that corresponds to more than a predefined time period since the last synchronization of the CPU counter with the FPGA system time, resetting the synchronization counter and outputting the CPU counter as a time stamp, interrupts in the CPU being blocked during the processing of the real-time application.
A screw compressor comprising: a casing body having a hollow part; a screw rotor rotating around a rotation shaft in the hollow part of the casing body; a semi-cylindrical groove formed on an outer side in a radial direction of the hollow part of the casing body and extending in a direction of the rotation shaft of the screw rotor; and a discharge port valve contained in the semi-cylindrical groove, wherein an edge part of the discharge port valve, in which a discharge outlet facing an outer circumference of the screw rotor is opened, is formed into a stepped shape changing a flow path area of a discharge flow path in a stepwise manner; characterized in that, the stepped shape includes a single step and end surface inclination of the stepped shape is formed by optimization in two conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes two steps and end surface inclination of the stepped shape is formed by optimization in three conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes three steps and end surface inclination of the stepped shape is formed by optimization in four conditions with which an integrated part load value IPLV is calculated. a casing body having a hollow part; a screw rotor rotating around a rotation shaft in the hollow part of the casing body; a semi-cylindrical groove formed on an outer side in a radial direction of the hollow part of the casing body and extending in a direction of the rotation shaft of the screw rotor; and a discharge port valve contained in the semi-cylindrical groove, wherein an edge part of the discharge port valve, in which a discharge outlet facing an outer circumference of the screw rotor is opened, is formed into a stepped shape changing a flow path area of a discharge flow path in a stepwise manner; characterized in that, the stepped shape includes a single step and end surface inclination of the stepped shape is formed by optimization in two conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes two steps and end surface inclination of the stepped shape is formed by optimization in three conditions having a large weight of an integrated part load value IPLV, or the stepped shape includes three steps and end surface inclination of the stepped shape is formed by optimization in four conditions with which an integrated part load value IPLV is calculated.
A modular light panel (1, 20, 24) comprising: a transparent base substrate having a first refractive index, upon a first surface of which are mounted an array of one or more light sources; a transparent protecting layer, having a second refractive index that is less than or equal to the first refractive index, arranged to encapsulate the array of one or more light sources upon the first surface and form a composite structure with the transparent base substrate for guiding light produced by the one or more light sources within the composite structure; characterized in that the modular light panel (1, 20, 24) further comprises one or more environment sensor units located on the first surface to measure one or more physical properties of a volume illuminated by the array of one or more light sources. a transparent base substrate having a first refractive index, upon a first surface of which are mounted an array of one or more light sources; a transparent protecting layer, having a second refractive index that is less than or equal to the first refractive index, arranged to encapsulate the array of one or more light sources upon the first surface and form a composite structure with the transparent base substrate for guiding light produced by the one or more light sources within the composite structure; characterized in that the modular light panel (1, 20, 24) further comprises one or more environment sensor units located on the first surface to measure one or more physical properties of a volume illuminated by the array of one or more light sources.
Packaging, in particular for foodstuffs, comprising a tray made of cardboard or paperboard, and a lid which is placed onto the tray in the closed state of the packaging and which engages over the outside of an upper edge of the tray, wherein connection elements of the lid cooperate with retaining elements arranged on associated side walls (7, 8) of the tray, and the side walls (7, 8) of the tray that have the retaining elements each have a wall portion which is connected to the base of the tray via a fold, and a first stiffening portion connected to the upper end of the wall portion via a fold, characterized in that the connection elements of the lid are formed by inwardly protruding nubs arranged on at least two side walls (3, 4) of the lid, and in that the side walls (7, 8) of the tray additionally each have a second stiffening portion, which is connected to the first stiffening portion via a fold, and an adhesive-bonding portion, which is connected to the second stiffening portion via a fold and which is adhesively bonded to the outer side of the wall portion, wherein a section of the wall portion located above the adhesive-bonding portion, the first stiffening portion and the second stiffening portion delimit a channel which is triangular in cross-section, and in that the retaining elements for the nubs are formed by rims of openings in the second stiffening portions or by the downwardly directed outer surfaces of the second stiffening portions.
A method performed by a first base station for a handover of a user equipment, UE, in a wireless communication system, the method comprising: receiving, from the UE, UE capability information including information indicating the UE supports an enhanced handover process; transmitting (301, 401,..., 1101), to a second base station, a handover request message, the handover request message including an enhanced handover indication information indicating the enhanced handover process to the second base station; receiving (302, 402,..., 1102), from the second base station, a handover request acknowledge message including a radio resource control, RRC, container, the RRC container including the enhanced handover indication information that is to be transmitted to the UE: transmitting (303, 403, 503, 605, 703, 803, 904, 1003, 1104), to the UE, an RRC connection reconfiguration message including the RRC container; and continuing, to and from the UE, data transmission and data reception after the transmission of the RRC connection reconfiguration message, based on the enhanced handover process, wherein the enhanced handover process is a handover where the data transmission and the data reception between the first base station and the UE are maintained after the transmission of the RRC connection reconfiguration message before a random access channel, RACH, access from the UE to the second base station is performed. receiving, from the UE, UE capability information including information indicating the UE supports an enhanced handover process; transmitting (301, 401,..., 1101), to a second base station, a handover request message, the handover request message including an enhanced handover indication information indicating the enhanced handover process to the second base station; receiving (302, 402,..., 1102), from the second base station, a handover request acknowledge message including a radio resource control, RRC, container, the RRC container including the enhanced handover indication information that is to be transmitted to the UE: transmitting (303, 403, 503, 605, 703, 803, 904, 1003, 1104), to the UE, an RRC connection reconfiguration message including the RRC container; and continuing, to and from the UE, data transmission and data reception after the transmission of the RRC connection reconfiguration message, based on the enhanced handover process, wherein the enhanced handover process is a handover where the data transmission and the data reception between the first base station and the UE are maintained after the transmission of the RRC connection reconfiguration message before a random access channel, RACH, access from the UE to the second base station is performed.
A reactive ionic liquid comprising an ion pair that consists of an anion and a cation, wherein (a) the anion comprises: a reactive group that consists of an alkoxysilyl group; and an anionic group consisting of a carboxylate (-COO-) group or a sulfonate (-SO 3 -) group, and (b) the cation: consists of an imidazolium, ammonium, pyrrolidinium, morpholinium, or phosphonium cation; and does not comprise an N-H group or a P-H group. (a) the anion comprises: a reactive group that consists of an alkoxysilyl group; and an anionic group consisting of a carboxylate (-COO-) group or a sulfonate (-SO 3 -) group, and a reactive group that consists of an alkoxysilyl group; and an anionic group consisting of a carboxylate (-COO-) group or a sulfonate (-SO 3 -) group, and (b) the cation: consists of an imidazolium, ammonium, pyrrolidinium, morpholinium, or phosphonium cation; and does not comprise an N-H group or a P-H group. consists of an imidazolium, ammonium, pyrrolidinium, morpholinium, or phosphonium cation; and does not comprise an N-H group or a P-H group.
A toothpaste composition comprising (a) 10% to 45% natural calcium carbonate, (b) 8% to 12% sodium chloride, and (c) an effective antimicrobial amount of a zinc salt, in an amount of 0.1 to 1%, all percentages are by weight of the composition, wherein the zinc salt is zinc citrate.
A device for forwarding layer 2 control, L2C, messages, comprising: a transport control protocol, TCP, proxy unit, adapted to segment TCP connections carrying L2C messages between network devices connected to the device, convert one TCP connection established on one side into n TCP connections established on the other side; or convert m TCP connections established on one side into one TCP connection established on the other side; and a control granularity conversion unit (403, 504), connected to the TCP proxy unit, and adapted to perform a conversion on control granularities of the L2C messages. a transport control protocol, TCP, proxy unit, adapted to segment TCP connections carrying L2C messages between network devices connected to the device, convert one TCP connection established on one side into n TCP connections established on the other side; or convert m TCP connections established on one side into one TCP connection established on the other side; and a control granularity conversion unit (403, 504), connected to the TCP proxy unit, and adapted to perform a conversion on control granularities of the L2C messages.
An isolated crystalline Form B of the di-HCl salt of structure: characterized by an X-ray powder diffraction (XRPD) pattern comprising at least three 2theta values selected from 6.5±0.2°, 9.5±0.4°, 14.0±0.2°, 14.4±0.2°, 18.1±0.2°, 19.3±0.2°, 19.9±0.2°, and 22.4±0.2°.
Machining center for working elongated pieces, comprising: a bearing structure carrying at least one operating head with one or more tool spindles and movable along numerically controlled axes (X, Y, A, B); a series of first blocking members; characterised by a series of second blocking members; wherein: the series of first blocking members and the series of second blocking members are arranged and movable with respect to each other so as to move reciprocally towards each other said first blocking members and said second blocking members arranged facing each other, to transfer a workpiece, temporarily held by the first blocking members, to the second blocking members, or vice versa; the first blocking members can be adjusted independently of one another according to at least two adjusting directions (xp; yp; zp), one of said directions (yp) allowing to modify the reciprocal distance of said first blocking members; the second blocking members can be adjusted independently of one another according to at least two adjusting directions (xp; yp; zp), one of said directions (yp) allowing to modify the reciprocal distance of said second blocking members. the series of first blocking members and the series of second blocking members are arranged and movable with respect to each other so as to move reciprocally towards each other said first blocking members and said second blocking members arranged facing each other, to transfer a workpiece, temporarily held by the first blocking members, to the second blocking members, or vice versa; the first blocking members can be adjusted independently of one another according to at least two adjusting directions (xp; yp; zp), one of said directions (yp) allowing to modify the reciprocal distance of said first blocking members; the second blocking members can be adjusted independently of one another according to at least two adjusting directions (xp; yp; zp), one of said directions (yp) allowing to modify the reciprocal distance of said second blocking members.
A fastener clip comprising: a first pair of legs and a second pair of legs; wherein the fastener clip is characterized by a first pair of wings coupled respectively to the first pair of legs and a second pair of wings coupled respectively to the second pair of legs; a first set of threads between and coupling the first pair of legs, and a second set of threads between and coupling the second pair of legs; wherein the fastener clip is configured to be inserted into and to attach to a slot in a chassis, wherein the first and second pairs of wings comprise ledges, wherein the fastener clip is configured to attach to the slot based at least upon the ledges being configured to engage the slot, wherein the first set of threads and the second set of threads are positioned substantially opposite each other forming a thread barrel, wherein the thread barrel is configured to receive a screw, wherein the fastener clip is configured to couple a component to the chassis based at least upon the screw being configured to be coupled to the component and to be screwed into the thread barrel. a first pair of legs and a second pair of legs; wherein the fastener clip is characterized by a first pair of wings coupled respectively to the first pair of legs and a second pair of wings coupled respectively to the second pair of legs; a first set of threads between and coupling the first pair of legs, and a second set of threads between and coupling the second pair of legs; wherein the fastener clip is configured to be inserted into and to attach to a slot in a chassis, wherein the first and second pairs of wings comprise ledges, wherein the fastener clip is configured to attach to the slot based at least upon the ledges being configured to engage the slot, wherein the first set of threads and the second set of threads are positioned substantially opposite each other forming a thread barrel, wherein the thread barrel is configured to receive a screw, wherein the fastener clip is configured to couple a component to the chassis based at least upon the screw being configured to be coupled to the component and to be screwed into the thread barrel. wherein the fastener clip is configured to be inserted into and to attach to a slot in a chassis, wherein the first and second pairs of wings comprise ledges, wherein the fastener clip is configured to attach to the slot based at least upon the ledges being configured to engage the slot, wherein the first set of threads and the second set of threads are positioned substantially opposite each other forming a thread barrel, wherein the thread barrel is configured to receive a screw, wherein the fastener clip is configured to couple a component to the chassis based at least upon the screw being configured to be coupled to the component and to be screwed into the thread barrel.