mhurhangee/ep-ind-claims huggingface dataset:
Conveying apparatus for advancing packages filled with a pourable product from an inlet station to an outlet station comprising: - a plurality of carriers, each one configured to carry at least one package and each having a respective retaining device and a support platform carrying the retaining device; wherein the retaining device is controllable into an open configuration at which the retaining device allows for receiving or releasing the respective package and a retaining configuration at which the respective retaining device retains the respective package; - a planar motor configured to selectively and independently move each one of the carriers; and - a control device for controlling each retaining device from the respective open configuration into the respective retaining configuration after and/or during receiving a respective package and to control each retaining device from the respective retaining configuration into the respective open configuration prior to and/or during releasing the respective package, characterized in that the control device comprises at least an inlet cam mechanism and at least an outlet cam mechanism; wherein the inlet cam mechanism and the outlet cam mechanism are configured to control the retaining devices from respectively the open configuration to the retaining configuration and from the retaining configuration to the open configuration. - a plurality of carriers, each one configured to carry at least one package and each having a respective retaining device and a support platform carrying the retaining device; wherein the retaining device is controllable into an open configuration at which the retaining device allows for receiving or releasing the respective package and a retaining configuration at which the respective retaining device retains the respective package; - a planar motor configured to selectively and independently move each one of the carriers; and - a control device for controlling each retaining device from the respective open configuration into the respective retaining configuration after and/or during receiving a respective package and to control each retaining device from the respective retaining configuration into the respective open configuration prior to and/or during releasing the respective package, characterized in that the control device comprises at least an inlet cam mechanism and at least an outlet cam mechanism; wherein the inlet cam mechanism and the outlet cam mechanism are configured to control the retaining devices from respectively the open configuration to the retaining configuration and from the retaining configuration to the open configuration. characterized in that the control device comprises at least an inlet cam mechanism and at least an outlet cam mechanism; wherein the inlet cam mechanism and the outlet cam mechanism are configured to control the retaining devices from respectively the open configuration to the retaining configuration and from the retaining configuration to the open configuration.
A syringe dispenser comprising: a syringe; and a plunger configured to be pushed into the syringe, wherein the plunger includes: a first shaft member including a piston at a front end thereof; and a second shaft member configured to be fitted in a tubular portion (3a 9) of the first shaft member, the first shaft member including at least one elastic piece (3a 1) extending toward a rear side, the elastic piece (3a 1) being provided with a slide projection (3a 2) and a lock projection (3a 3), the slide projection (3a 2) being configured to enter through a rear end opening portion (A 2) of the syringe and slide on an inner circumferential surface of the syringe, and the lock projection (3a 3) being configured to be locked against a rear end of the syringe, the second shaft member including a pressing shaft (3b 4) characterized by the pressing shaft (3b 4) being configured to be fitted in the tubular portion (3a 9), the pressing shaft (3b 4) being provided in a front end of the second shaft member with an end surface configured to press a free end of the elastic piece (3a 1) and a tapered surface (3f 2) disposed on the inner circumferential side of the end surface, and the pressing shaft (3b 4) being also provided on an outer circumferential surface thereof with an engagement projection (3b 2) configured to engage with an engagement portion of the tubular portion (3a 9) to prevent the second shaft member from slipping out, and wherein in response to pressing from the end surface, the free end of the elastic piece (3a 1) is restrained between the second shaft member and the syringe, and the elastic piece (3a 1) undergoes a flexure deformation starting from the slide projection (3a 2), and thus, the lock projection (3a 3) is locked against the rear end of the syringe, and in response to the pressing being released, the locking of the lock projection (3a 3) is released due to a restoring force from the flexure deformation that starts from the slide projection (3a 2).
Silencer for compressed air systems, comprising: a housing with an inlet opening for a compressed gas flow, a chamber, sound damping means provided in the chamber, a grid, comprising at least two passages through which the compressed air flow is adapted to leave the chamber, wherein the at least two passages have a length of at least 3 mm, the silencer being characterized in that the cross-sectional area of the at least two passages respectively decreases from the inlet of the passage until a portion with lowest diameter, and increases from the portion with lowest diameter towards the outlet of the passage. a housing with an inlet opening for a compressed gas flow, a chamber, sound damping means provided in the chamber, a grid, comprising at least two passages through which the compressed air flow is adapted to leave the chamber, wherein the at least two passages have a length of at least 3 mm, the silencer being characterized in that the cross-sectional area of the at least two passages respectively decreases from the inlet of the passage until a portion with lowest diameter, and increases from the portion with lowest diameter towards the outlet of the passage.
A method of wireless communication performed by an Internet of Things, IoT, user equipment, UE, the method comprising: receiving at least one synchronization signal, SS, block, wherein the SS block is one of multiple SS blocks of an SS burst set, wherein the SS block includes at least three slots, wherein a primary synchronization signal, a secondary synchronization signal, and a broadcast channel are each transmitted in a corresponding slot of the at least three slots, and wherein at least one of a bandwidth or a subcarrier spacing of the SS block is based at least in part on a frequency band utilized by the SS burst set, and wherein a number of SS blocks received within a time window is proportionate to the subcarrier spacing of the SS burst set; and performing synchronization using the at least one SS block. receiving at least one synchronization signal, SS, block, wherein the SS block is one of multiple SS blocks of an SS burst set, wherein the SS block includes at least three slots, wherein a primary synchronization signal, a secondary synchronization signal, and a broadcast channel are each transmitted in a corresponding slot of the at least three slots, and wherein at least one of a bandwidth or a subcarrier spacing of the SS block is based at least in part on a frequency band utilized by the SS burst set, and wherein a number of SS blocks received within a time window is proportionate to the subcarrier spacing of the SS burst set; and performing synchronization using the at least one SS block.
A sealable engine containment assembly suitable for use in an open hull submersible vehicle, comprising a waterproof container; an internal combustion engine within the container; an air inlet port for passage of air from the container exterior into the container, the air inlet port having a means of isolating the port from the container exterior; and an exhaust port for passage of engine exhaust to the container exterior, the exhaust port having a valve for isolating the port from the container exterior characterized in that the exhaust port passes exhaust directly to the container exterior without mixing with air in the container interior, the container has a base portion and a cover portion and mounts positioned thereon and said assembly further includes including a waterproof coupling associated with the base for transmission of a drive shaft output to the exterior of the container.
A method for producing a modified biopolymer comprising reacting, at a humidity of 50% or more, a solid structure obtained from a biopolymer with a solid-state compound having a melting point of 50°C or more.
A method for packet scheduling, characterized in that the method comprises the steps of: A. buffering a received packet into a corresponding virtual output queue according to a class of service (CoS) and a destination contained in a header of the packet; B. generating a grant for each VOQ respectively according to the number of the packets in each VOQ and network congestion degree, and distributing the grant to the VOQ; C. performing packet scheduling and dequeuing by each VOQ according to the grant; and D. performing a round-robin scheduling according to the priority of the dequeued packet, and then scheduling and outputting the packet; wherein allocating a grant for each VOQ respectively according to the number of the packets in each VOQ and network congestion degree particularly comprises: firstly, generating a state signal by each VOQ according to the number of its own packets; and secondly, generating the grant for each VOQ respectively according to the state signal and the network congestion degree. A. buffering a received packet into a corresponding virtual output queue according to a class of service (CoS) and a destination contained in a header of the packet; B. generating a grant for each VOQ respectively according to the number of the packets in each VOQ and network congestion degree, and distributing the grant to the VOQ; C. performing packet scheduling and dequeuing by each VOQ according to the grant; and D. performing a round-robin scheduling according to the priority of the dequeued packet, and then scheduling and outputting the packet; firstly, generating a state signal by each VOQ according to the number of its own packets; and secondly, generating the grant for each VOQ respectively according to the state signal and the network congestion degree.
An absorbent article comprising a stretchable region being stretchable at least in one direction, wherein the stretchable region is formed by stacking an elastic film between a first sheet layer made of a nonwoven fabric and a second sheet layer made of a nonwoven fabric, and in a state in which the elastic film is stretched in a stretching and contracting direction of the stretchable region at a stretch rate continuously changing in a direction orthogonal to the stretching and contracting direction, the first sheet layer and the second sheet layer are joined via through holes formed in the elastic film at a large number of bond portions arranged at intervals in the stretching and contracting direction and the direction orthogonal thereto.
A process for fabrication of a through insulated interconnection, comprising the steps of: - in a first body of semiconductor material having a thickness, a first and a second surface (7, 5), forming a first trench extending from said first surface of said first body for a portion of said thickness; - doping said first body through the side walls of said first trench to form a conductive region of semiconductor material contiguous to said first trench; - after forming the conductive region, filling said first trench with dielectric material; and - thinning said first body starting from said second surface until said first trench, so as to form a thinned body having a third surface, whereby the dielectric material surrounds an insulated region of semiconductor material and said conducive region, the conductive region extending inside said insulated region between said first surface and said third surface and being of semiconductor material having a higher doping level and a higher conductivity than said first body. - in a first body of semiconductor material having a thickness, a first and a second surface (7, 5), forming a first trench extending from said first surface of said first body for a portion of said thickness; - doping said first body through the side walls of said first trench to form a conductive region of semiconductor material contiguous to said first trench; - after forming the conductive region, filling said first trench with dielectric material; and - thinning said first body starting from said second surface until said first trench, so as to form a thinned body having a third surface, whereby the dielectric material surrounds an insulated region of semiconductor material and said conducive region, the conductive region extending inside said insulated region between said first surface and said third surface and being of semiconductor material having a higher doping level and a higher conductivity than said first body.
A fitting for use in the fusion welding of mating thermoplastic components, comprising: a body defining a passageway therethrough; and a weld bead chamber disposed about a portion of the body to receive excess thermoplastic material resulting from a fusion weld joining the body to the mating thermoplastic component, wherein the weld bead chamber includes a stop ledge to prevent over insertion of the fitting, wherein the weld bead chamber is a continuous or discontinuous annular ring provided on the outer perimeter of the body and oriented toward an end of the body, wherein the body is cylindrical in shape and has a threaded coupling adjacent to an end of the body opposite the weld bead chamber. a body defining a passageway therethrough; and a weld bead chamber disposed about a portion of the body to receive excess thermoplastic material resulting from a fusion weld joining the body to the mating thermoplastic component, wherein the weld bead chamber includes a stop ledge to prevent over insertion of the fitting, wherein the weld bead chamber is a continuous or discontinuous annular ring provided on the outer perimeter of the body and oriented toward an end of the body, wherein the body is cylindrical in shape and has a threaded coupling adjacent to an end of the body opposite the weld bead chamber.
An apparatus for training and therapeutic treatment and/or support of a human's extremities with driven controllable movement devices (11a, 11b), which are connected to a stationary frame and have holding means (13a, 13b) for attachment to an extremity, these being movable independently of one another along predetermined movement patterns, wherein the movement devices (11a, 11b) each have a pivot arm (14a, 14b), which can be aligned in different height positions and is connected at one end to a movement carriage that is movable along a linear guide and at the other end to one of the holding means (13a, 13b), each being rotationally movable, wherein the movement carriage is guided by the linear guide, and the linear guide is fixedly connected to the stationary frame, wherein a linear drive is provided for changing the horizontal position of the respective holding means (13a, 13b), a first rotary drive being provided for changing the height position of the respective holding means (13a, 13b) and a second rotary drive being provided for changing the inclination of the respective holding means (13a, 13b), wherein the pivot arms (14a, 14b) are each movable on a circular path along the longitudinal direction of the respective linear guide, wherein the movement carriage is movable together with the first rotary drive relative to the stationary frame by means of the linear drive, the first rotary drive acting as an entraining element for the pivot arm (14a, 14b) which transfers the driving force of the linear drive to the pivot arm (14a, 14b) and in addition the first rotary drive acts as a drive for the height movement of the pivot arm (14a, 14b), characterized in that the second rotary drive is attached to the pivot arm (14a, 14b) or to the holding means (13a, 13b), and couples the holding means (13a, 13b) and the pivot arm (14a, 14b).
A fluid jet cutting system (110, 210), comprising: a multiaxial industrial robot (112, 212) having an end effector (115, 215) to grip a workpiece (114, 214) to be processed, the multiaxial industrial robot (112, 212) configured to selectively move the workpiece within a working envelope defined by a range of motion of the multiaxial industrial robot (112, 212); a tank (122, 222) containing a fluid, such tank being positioned within the working envelope of the multiaxial industrial robot (112 212) to enable the workpiece (114, 214) to be submerged under fluid within the tank (122, 222) during a workpiece processing operation; and at least one fluid jet cutting head (118, 119, 218) suspended with a portion thereof located above an open end of the tank, the at least one fluid jet cutting head having an orifice to generate a high pressure fluid jet (132, 232) and a fluid jet outlet from which to discharge the high pressure fluid jet (132, 232), characterized in that the cutting head (118, 218) is located relative to the tank (122, 222) such that, during the workpiece processing operation, the high pressure fluid jet (132, 232) discharges from the fluid jet outlet beneath an upper surface of the fluid within the tank (122, 222), cuts through the workpiece, and dissipates within a region of the fluid in the tank (122, 222), located adjacent a side of the workpiece (114, 214) opposite the cutting head (118, 218) a multiaxial industrial robot (112, 212) having an end effector (115, 215) to grip a workpiece (114, 214) to be processed, the multiaxial industrial robot (112, 212) configured to selectively move the workpiece within a working envelope defined by a range of motion of the multiaxial industrial robot (112, 212); a tank (122, 222) containing a fluid, such tank being positioned within the working envelope of the multiaxial industrial robot (112 212) to enable the workpiece (114, 214) to be submerged under fluid within the tank (122, 222) during a workpiece processing operation; and at least one fluid jet cutting head (118, 119, 218) suspended with a portion thereof located above an open end of the tank, the at least one fluid jet cutting head having an orifice to generate a high pressure fluid jet (132, 232) and a fluid jet outlet from which to discharge the high pressure fluid jet (132, 232), characterized in that the cutting head (118, 218) is located relative to the tank (122, 222) such that, during the workpiece processing operation, the high pressure fluid jet (132, 232) discharges from the fluid jet outlet beneath an upper surface of the fluid within the tank (122, 222), cuts through the workpiece, and dissipates within a region of the fluid in the tank (122, 222), located adjacent a side of the workpiece (114, 214) opposite the cutting head (118, 218)
A composition comprising a. at least one perillic acid compound, and b. at least one activity enhancing substance that enhances the activity of the perillic acid compound, wherein the activity enhancing substance comprises at least two terminal oxygen residues and wherein the activity enhancing substance is selected from the group consisting of 1,2-diols, carboxylic acids and derivatives of carboxylic acids selected from the group consisting of salts of carboxylic acids, hydrolysable esters of carboxylic acids, and hydrolysable ethers of carboxylic acids. a. at least one perillic acid compound, and b. at least one activity enhancing substance that enhances the activity of the perillic acid compound,
A urea derivative represented by Formula: wherein, R 1 is trifluoromethyl, trifluoromethoxy, or pentafluorosulfanyl; each R 2 is independently a hydrogen atom or methyl which is optionally substituted by one hydroxyl or one saturated heterocyclyl having four to six ring-forming atoms; R 3 is a hydrogen atom, halogen atom, C 1 -C 3 alkyl, saturated heterocyclyl having four to six ring-forming atoms and optionally having an oxo group, or R 5 O-; R 4 is phenyl, pyridyl, pyridazinyl, or pyrimidinyl, which phenyl, pyridyl, pyridazinyl, or pyrimidinyl is optionally substituted by one R 6; m and n are independently 0 or 1; R 5 is C 1 -C 3 alkyl or saturated heterocyclyl having four to six ring-forming atoms (provided that if a nitrogen atom is included in the ring-forming atoms of R 5, said nitrogen atom is optionally substituted by acetyl); R 6 is carbamoyl, phenyl, heteroaryl having five or six ring-forming atoms, saturated heterocyclyl having four to six ring-forming atoms, or (R 7)R 8 N-; and each of R 7 and R 8 is independently a hydrogen atom, or C 1 -C 3 alkyl which is optionally substituted by hydroxyl (excluding the cases where m and n are 0; and R 4 is phenyl or pyridyl, which phenyl or pyridyl is substituted by carbamoyl) or a pharmaceutically acceptable salt thereof. R 1 is trifluoromethyl, trifluoromethoxy, or pentafluorosulfanyl; each R 2 is independently a hydrogen atom or methyl which is optionally substituted by one hydroxyl or one saturated heterocyclyl having four to six ring-forming atoms; R 3 is a hydrogen atom, halogen atom, C 1 -C 3 alkyl, saturated heterocyclyl having four to six ring-forming atoms and optionally having an oxo group, or R 5 O-; R 4 is phenyl, pyridyl, pyridazinyl, or pyrimidinyl, which phenyl, pyridyl, pyridazinyl, or pyrimidinyl is optionally substituted by one R 6; m and n are independently 0 or 1; R 5 is C 1 -C 3 alkyl or saturated heterocyclyl having four to six ring-forming atoms (provided that if a nitrogen atom is included in the ring-forming atoms of R 5, said nitrogen atom is optionally substituted by acetyl); R 6 is carbamoyl, phenyl, heteroaryl having five or six ring-forming atoms, saturated heterocyclyl having four to six ring-forming atoms, or (R 7)R 8 N-; and each of R 7 and R 8 is independently a hydrogen atom, or C 1 -C 3 alkyl which is optionally substituted by hydroxyl (excluding the cases where m and n are 0; and R 4 is phenyl or pyridyl, which phenyl or pyridyl is substituted by carbamoyl)
Method for producing a locally limited diffusion layer on a metal component, comprising the following steps: arranging the component and at least one dispenser package, which contains the material to be diffused, in a reactor, providing at least one protective gas stream which flows around the at least one region of the component that is not to be provided with a diffusion layer, heating the component and the dispenser package to a temperature at which diffusion processes can take place in order to form the diffusion layer, and maintaining the temperature until the diffusion layer is completed, characterized in that the component is covered by at least one cover in the region of the component that is not to be provided with a diffusion layer, with at least one channel through which the protective gas stream is conducted being formed between the cover and the component. arranging the component and at least one dispenser package, which contains the material to be diffused, in a reactor, providing at least one protective gas stream which flows around the at least one region of the component that is not to be provided with a diffusion layer, heating the component and the dispenser package to a temperature at which diffusion processes can take place in order to form the diffusion layer, and maintaining the temperature until the diffusion layer is completed, characterized in that the component is covered by at least one cover in the region of the component that is not to be provided with a diffusion layer, with at least one channel through which the protective gas stream is conducted being formed between the cover and the component.