mhurhangee/ep-ind-claims huggingface dataset:
A system for supplying compressed air to a fuel cell of a vehicle, comprising: - a first compressor having an inlet for receiving air and an outlet for delivering compressed air to the fuel cell; - an air storage tank arranged upstream and in series with the first compressor, and configured to store compressed air of high pressure; and - an air selection control assembly comprising a selection valve and a switch actuator configured to operate the selection valve, wherein said selection valve is arranged in-between the air storage tank and the inlet of the first compressor, and further in fluid communication with an inlet conduit for receiving fresh air, said switch actuator being configured to operate the selection valve to selectively control a flow of air to the first compressor such that air can be supplied from the air storage tank to the first compressor or from the fresh air inlet conduit to the first compressor, and wherein the air selection control assembly is controllable to control the flow of air in response to a determined air characteristic level being any one of an ambient pressure level and an air quality level, such that a supply of air to the fist compressor is provided from the air storage tank if the determined air characteristic level is below a threshold value. - a first compressor having an inlet for receiving air and an outlet for delivering compressed air to the fuel cell; - an air storage tank arranged upstream and in series with the first compressor, and configured to store compressed air of high pressure; and - an air selection control assembly comprising a selection valve and a switch actuator configured to operate the selection valve, wherein said selection valve is arranged in-between the air storage tank and the inlet of the first compressor, and further in fluid communication with an inlet conduit for receiving fresh air, said switch actuator being configured to operate the selection valve to selectively control a flow of air to the first compressor such that air can be supplied from the air storage tank to the first compressor or from the fresh air inlet conduit to the first compressor, and wherein the air selection control assembly is controllable to control the flow of air in response to a determined air characteristic level being any one of an ambient pressure level and an air quality level, such that a supply of air to the fist compressor is provided from the air storage tank if the determined air characteristic level is below a threshold value.
A method for the preparation of luminescent nanocomposites comprising metal halide nanocrystals co-embedded with inorganic salts in the pores of a porous metal oxide matrixcomprising the steps of: a) preparing a mixture comprising at least a metal halide, a combination of inorganic salts, and porous metal oxide particles in the absence of an organic solvent; b) heating above the melting temperature of the mixture of step a); c) cooling to obtain the nanocomposite. a) preparing a mixture comprising at least a metal halide, a combination of inorganic salts, and porous metal oxide particles in the absence of an organic solvent; b) heating above the melting temperature of the mixture of step a); c) cooling to obtain the nanocomposite.
An aircraft landing gear comprising: a piston; a bogie beam coupled to the piston, wherein the bogie beam is configured to pivot relative to the piston; characterised by further comprising: a target arm pivotably coupled to the bogie beam; a target (240,242) coupled to the target arm; a sensor (250,252) coupled to the bogie beam, wherein the sensor (250,252) is configured to detect a change in the bogie beam position relative to the piston; and a drive link pivotably coupled to the piston and the target arm, wherein the drive link is configured to move the target (240,242) relative to the sensor (250,252). a piston; a bogie beam coupled to the piston, wherein the bogie beam is configured to pivot relative to the piston; characterised by further comprising: a target arm pivotably coupled to the bogie beam; a target (240,242) coupled to the target arm; a sensor (250,252) coupled to the bogie beam, wherein the sensor (250,252) is configured to detect a change in the bogie beam position relative to the piston; and a drive link pivotably coupled to the piston and the target arm, wherein the drive link is configured to move the target (240,242) relative to the sensor (250,252). a target arm pivotably coupled to the bogie beam; a target (240,242) coupled to the target arm; a sensor (250,252) coupled to the bogie beam, wherein the sensor (250,252) is configured to detect a change in the bogie beam position relative to the piston; and a drive link pivotably coupled to the piston and the target arm, wherein the drive link is configured to move the target (240,242) relative to the sensor (250,252).
A signal resource configuration method, comprising: configuring, by an access network device, a plurality of 2N-port CSI-RS resources to obtain a 4(2K+1)-port CSI-RS resource, wherein the plurality of 2N-port CSI-RS resources comprise at least a first CSI-RS resource and a second CSI-RS resource, the first CSI-RS resource is a 2N-port CSI-RS resource in a same PRB, the second CSI-RS resource is a 2N-port CSI-RS resource in two adjacent PRBs, wherein N and K are positive integers; and sending, by the access network device, resource sequence numbers of the plurality of 2N-port CSI-RS resources to a terminal device. configuring, by an access network device, a plurality of 2N-port CSI-RS resources to obtain a 4(2K+1)-port CSI-RS resource, wherein the plurality of 2N-port CSI-RS resources comprise at least a first CSI-RS resource and a second CSI-RS resource, the first CSI-RS resource is a 2N-port CSI-RS resource in a same PRB, the second CSI-RS resource is a 2N-port CSI-RS resource in two adjacent PRBs, wherein N and K are positive integers; and sending, by the access network device, resource sequence numbers of the plurality of 2N-port CSI-RS resources to a terminal device.
A drilling device comprising: a drilling machine with a drilling motor for rotation of a drill adapted to perform a drilling operation in a drilling object; a drill stand; a feeding housing that suspends the drilling machine, wherein the feeding housing is movable along the drill stand; and a feeding unit comprising an electric feeding motor for feeding of the feeding housing along the drill stand; a controller connected to the feeding unit for manual influence of the feeding motor's direction of rotation, speed and feeding force; characterized in that the feeding unit further comprises a gear connected to the electric feeding motor via a planetary gear, and the gear is an angle gear, and the gear may be turned by hand, i.e. the gear is not irreversible. a drilling machine with a drilling motor for rotation of a drill adapted to perform a drilling operation in a drilling object; a drill stand; a feeding housing that suspends the drilling machine, wherein the feeding housing is movable along the drill stand; and a feeding unit comprising an electric feeding motor for feeding of the feeding housing along the drill stand;
A luminaire socket comprising: a bottom plate having a first surface and a second, opposite surface, the first surface of the bottom plate being positionable against a mounting surface, a support member being positioned against the second surface of the bottom plate, the support member and thereby also the bottom plate being attachable with fastening means (22a, 22b) to the mounting surface, a cup like cover being formed of two symmetrical cover parts i.e. a first cover part and a second cover part, each cover part (31, 32) being independently attached with fastening means (31a, 32a, 32b) to the bottom plate, whereby the first cover part covers the connection portion of the at least one outlet plug so that all electric leading non-isolated parts of the luminaire socket are shielded from accidental touching after the first cover part has been attached to the bottom plate, and at least one plug outlet being attached to the bottom plate, said at least one plug outlet comprising a body with a nest portion and a connection portion, a first power cord being connectable to the connection portion of the plug outlet, a plug being insertable in a first direction into the nest portion of the plug outlet, said plug being connectable with a second power cord to a luminaire, wherein the plug outlet and the plug are fully within the enclosure of the cup like cover of the luminaire socket. a bottom plate having a first surface and a second, opposite surface, the first surface of the bottom plate being positionable against a mounting surface, a support member being positioned against the second surface of the bottom plate, the support member and thereby also the bottom plate being attachable with fastening means (22a, 22b) to the mounting surface, a cup like cover being formed of two symmetrical cover parts i.e. a first cover part and a second cover part, each cover part (31, 32) being independently attached with fastening means (31a, 32a, 32b) to the bottom plate, whereby the first cover part covers the connection portion of the at least one outlet plug so that all electric leading non-isolated parts of the luminaire socket are shielded from accidental touching after the first cover part has been attached to the bottom plate, and at least one plug outlet being attached to the bottom plate, said at least one plug outlet comprising a body with a nest portion and a connection portion, a first power cord being connectable to the connection portion of the plug outlet, a plug being insertable in a first direction into the nest portion of the plug outlet, said plug being connectable with a second power cord to a luminaire, wherein the plug outlet and the plug are fully within the enclosure of the cup like cover of the luminaire socket.
A pneumatic tire comprising a carcass comprising a carcass ply extending from a tread portion through a sidewall portion to a bead core of a bead portion, wherein said bead core comprises axially inner and outer core pieces (5i,5o), and a radially inner end part of the carcass ply is held between the axially inner and outer core pieces (5i,5o) without being turned-up around the bead core; each of said inner and outer core pieces (5i,5o) are composed of a spiral-wound body in which a bead wire is wound from the radially-inwardly to the height of over the radially outer end of a rim flange in an overlapping manner in the shape of spiral; said bead wire comprises a core part made of not less than two core strands twisted together and a sheath part made of not less than three sheath strands twisted together around said core part, the diameter of the core strands is the same as the diameter of the sheath strands, characterized in that said core strands and/or sheath strands include an embossed strand that is embossed in a wave shape before twi sti ng; the twisting direction and the twisting pitch Pc of said core strands (1c1) are the same as a twisting direction and twisting pi tch Ps of the sheath strands.
A picking facility having a controlling computer for picking products for a picking order, wherein the picking facility has at least one rack unit (3, 4) having two racks for storing products and a transport system for storing and collecting the products that is provided in a rack lane formed by the two racks and wherein the products collected from the racks may be disposed in a temporary storage place and wherein there is provided a conveyor technology for conveying the products, characterized in that there are provided at least two buffer jackets as a temporary storage place and that the controlling computer is configured for picking partial picking orders of the products of a picking order, which are contained in the racks of a rack unit (3, 4), into respectively one of the buffer jackets and for combining the partial picking orders of a picking order on the conveyor technology by activating the transport system and the buffer jackets.
A method for amplification of nucleic acid comprising the steps: i) incubating a solution containing nucleic acid with a lyophilized reagent composition comprising, a sequestering reagent wherein said sequestering agent is a cyclodextrin, a polymerase and a deoxyribonucleotide triphosphate (dNTP); and, ii) amplifying said nucleic acid; wherein said nucleic acid is immobilised on a solid support and wherein a lysis reagent is embedded onto said solid support; and wherein said solid support is a cellulose based matrix in the form of a pre punched disc or an FTA pre punched disc. i) incubating a solution containing nucleic acid with a lyophilized reagent composition comprising, a sequestering reagent wherein said sequestering agent is a cyclodextrin, a polymerase and a deoxyribonucleotide triphosphate (dNTP); and, ii) amplifying said nucleic acid;
A high pressure pumping system for fluid in excess of 103.4 MPa, the pumping system defining a longitudinal axis and comprising: A sealing system for a high pressure pump, the pump having a vessel defining a vessel bore and having an end portion, the vessel bore having a first engagement face and defining a central longitudinal axis, the pump further including a plunger cooperative with the vessel to increase the pressure of a fluid within the bore the sealing system comprising: a seal member at least partially received within the bore and defining a second engagement face; and a retaining member in operative contact with the seal member to mate the first engagement face with the second engagement face to inhibit fluid leakage from the bore, characterised in that: the first engagement face includes a first contacting surface (218, 220; 224;232), and wherein the second engagement face includes a second contacting surface (216; 228) in contact with the first contacting surface (218, 220; 224; 232), wherein one of the first and second contacting surfaces has a concave non-linear cross-section and the other of the first and second contacting surfaces has a convex non-linear cross-section. A sealing system for a high pressure pump, the pump having a vessel defining a vessel bore and having an end portion, the vessel bore having a first engagement face and defining a central longitudinal axis, the pump further including a plunger cooperative with the vessel to increase the pressure of a fluid within the bore the sealing system comprising: a seal member at least partially received within the bore and defining a second engagement face; and a retaining member in operative contact with the seal member to mate the first engagement face with the second engagement face to inhibit fluid leakage from the bore, a seal member at least partially received within the bore and defining a second engagement face; and a retaining member in operative contact with the seal member to mate the first engagement face with the second engagement face to inhibit fluid leakage from the bore, characterised in that: the first engagement face includes a first contacting surface (218, 220; 224;232), and wherein the second engagement face includes a second contacting surface (216; 228) in contact with the first contacting surface (218, 220; 224; 232), wherein one of the first and second contacting surfaces has a concave non-linear cross-section and the other of the first and second contacting surfaces has a convex non-linear cross-section.
A computer-implemented method for a computing resource network provider, the method for providing use of an hardware security module, HSM, as a service, comprising: creating a service virtual network, VN, in the computing resource provider network; the method being characterized in: receiving, from a customer device, a request for the HSM where the request includes a set of parameters for the HSM, said parameters enabling the computing resource provider to integrate the HSM with a VN (208, 302, 504) of the customer; configuring the HSM with which the customer will communicate through the service VN; creating a network interface in the customer VN; configuring any settings in the service VN and the network interface to allow for communications between the network interface and the service VN; providing a network address of the network interface and credentials for the HSM to the customer device. receiving, from a customer device, a request for the HSM where the request includes a set of parameters for the HSM, said parameters enabling the computing resource provider to integrate the HSM with a VN (208, 302, 504) of the customer; configuring the HSM with which the customer will communicate through the service VN; creating a network interface in the customer VN; configuring any settings in the service VN and the network interface to allow for communications between the network interface and the service VN; providing a network address of the network interface and credentials for the HSM to the customer device.
A pressurizer for building pressure of a fluid in a vessel, the pressurizer comprising: a pump having an outlet disposed to deliver the fluid to the vessel; a motor configured to drive the pump according to a pulse-width modulated drive signal; a controller configured to deliver the PWM drive signal to the motor; and a transducer configured to generate a pressure signal indicative of a pressure of the fluid output from the pump, and to deliver the pressure signal to the controller, wherein the controller is configured to initially specify a first duty cycle of the PWM drive signal, and is further configured to increase this duty cycle based on the pressure signal indicating that the pressure of the fluid output by the pump has increased. a pump having an outlet disposed to deliver the fluid to the vessel; a motor configured to drive the pump according to a pulse-width modulated drive signal; a controller configured to deliver the PWM drive signal to the motor; and a transducer configured to generate a pressure signal indicative of a pressure of the fluid output from the pump, and to deliver the pressure signal to the controller, wherein the controller is configured to initially specify a first duty cycle of the PWM drive signal, and is further configured to increase this duty cycle based on the pressure signal indicating that the pressure of the fluid output by the pump has increased.
Apparatus for transporting harvested goods, in particular vegetables such as lettuce, cabbage and the like, comprising a curved belt running continuously from a loading area to an unloading area, and a plurality of retaining elements which are mounted on the curved belt in the direction of travel (x) of the curved belt in two rows (6a, 6b) spaced apart from each other in the transverse direction (y) of the curved belt, characterised in that that the retaining elements each comprise a retaining part made of a metallic material and projecting from the curved belt at an angle towards the outer sides of the curved belt, and a protective element attached to the retaining part and made of a softer material than the retaining part.
Extension device for a bone anchor, in particular for a bone screw, in particular for a pedicle screw, in particular in minimally invasive spinal surgery, having an axial longitudinal direction, a peripheral direction concentric therewith, and a radial direction, the extension device extending in the axial longitudinal direction and engaging, by means of a radial projection, an engageable region on the head of the bone anchor in the longitudinal direction and also in the radial direction and being supportable against the head of the bone anchor in the opposite direction such that the extension device can thereby be fixed to the head of the bone anchor so as to be detachable, yet also rigid in the longitudinal direction and non-rotatable, characterized in that the extension device comprises at least one, preferably two separate shell parts that extend in the longitudinal direction, each of which parts comprises a radial projection for engaging the engageable region on the head of the bone anchor, in that the shell part is, for the most part, substantially rigid, but has a first deformable region, in that the first deformable region forms a spring element which extends in the axial longitudinal direction and can be deflected transversely to said direction, in particular substantially radially outwardly, in that the spring element comprises, proximally to the radial projection for engaging the engageable region on the head of the bone anchor, a radially inwardly projecting support region, by means of which the spring element and thus the shell part is supportable against the head of the bone anchor in the axial longitudinal direction such that the extension device can thereby be detachably fixed to the head of the bone anchor when the projection engages the engageable region on the head of the bone anchor, as the axial support by means of the support region prevents the radial projection of the shell part from disengaging in the distal direction from the engageable area on the head of the bone anchor in the distal direction and in that the spring element is deflectable radially outwardly so as to detach the extension device, such that the support region of said spring element is freed from the head of the bone anchor and the shell part can be moved relative to the head of the bone anchor distally out of the engageable region on the head of the bone anchor in the longitudinal direction.
A method of handling an access network discovery and selection function, ANDSF, for a network of a wireless communication system, the method comprising: determining a first plurality of closed subscriber group, CSG, cells of the wireless communication system with a first same CSG identity, for a mobile device of the wireless communication system to communicate with an evolved packet core, EPC, network of the wireless communication system via the first plurality of CSG cells, after the network determines the 3rd Generation Partnership Project, 3GPP, as an access technology for the mobile device; and configuring an inter-system mobility policy, ISMP, node such that a value of an AccessTechnology leaf of a PrioritizedAccess node is configured as the 3GPP, and a value of a first AccessId leaf of the PrioritizedAccess node is configured as the first same CSG identity of the first plurality of CSG cells, after the network determines the first same CSG identity of the first plurality of CSG cells for the mobile device to communicate with the EPC network. determining a first plurality of closed subscriber group, CSG, cells of the wireless communication system with a first same CSG identity, for a mobile device of the wireless communication system to communicate with an evolved packet core, EPC, network of the wireless communication system via the first plurality of CSG cells, after the network determines the 3rd Generation Partnership Project, 3GPP, as an access technology for the mobile device; and configuring an inter-system mobility policy, ISMP, node such that a value of an AccessTechnology leaf of a PrioritizedAccess node is configured as the 3GPP, and a value of a first AccessId leaf of the PrioritizedAccess node is configured as the first same CSG identity of the first plurality of CSG cells, after the network determines the first same CSG identity of the first plurality of CSG cells for the mobile device to communicate with the EPC network.