mhurhangee/ep-ind-claims huggingface dataset:
Solenoid valve with an electromagnet, wherein the electromagnet has the following: - a yoke with a continuous armature bore, which leads at its first end into an armature housing, wherein the armature housing is formed in the yoke, - an armature rod, which has a first longitudinal end and a second longitudinal end and which on a region facing the second longitudinal end and facing away from the armature housing supports a disc, and - an armature, - wherein the armature rod extends through the armature bore and enters with its first longitudinal end into the armature housing, and - wherein the armature is connected at the first longitudinal end of the armature rod to the armature rod by a form-fitting connection, in particular caulking, wherein between the disc and the second longitudinal end of the armature rod a spring-sealing-element is attached onto the armature rod, wherein the spring-sealing-element is moved along with the armature rod and can close and release an outlet opening of the solenoid valve formed in the yoke, characterised in that - in the yoke at a second end of the armature bore opposite the first end a depression is formed into which the disc can dip. - a yoke with a continuous armature bore, which leads at its first end into an armature housing, wherein the armature housing is formed in the yoke, - an armature rod, which has a first longitudinal end and a second longitudinal end and which on a region facing the second longitudinal end and facing away from the armature housing supports a disc, and - an armature, - wherein the armature rod extends through the armature bore and enters with its first longitudinal end into the armature housing, and - wherein the armature is connected at the first longitudinal end of the armature rod to the armature rod by a form-fitting connection, in particular caulking, wherein between the disc and the second longitudinal end of the armature rod a spring-sealing-element is attached onto the armature rod, wherein the spring-sealing-element is moved along with the armature rod and can close and release an outlet opening of the solenoid valve formed in the yoke, characterised in that - in the yoke at a second end of the armature bore opposite the first end a depression is formed into which the disc can dip.
An apparatus, comprising: a body; a first removable container for positioning on the body; an interface positioned on the body to accept preparation parameters for a tea latte; a boiler (204; 432) within the body to receive a water from the first removable container, the boiler capable of receiving a tea; a first heater (206; 420) adjacent to the boiler to heat the water in accordance with at least one of the preparation parameters; characterized by a second removable container for positioning on the body comprising a combination milk carafe and second boiler; a second heater adjacent to the combination milk carafe and second boiler to heat the milk in accordance with at least one of the preparation parameters; a milk frothing mechanism within the combination milk carafe and second boiler; the second removable container capable of receiving a brewed tea from the boiler; a milk frothing drive mechanism adjacent to the combination milk carafe and second boiler for frothing the milk and mixing a tea latte combination. a body; a first removable container for positioning on the body; an interface positioned on the body to accept preparation parameters for a tea latte; a boiler (204; 432) within the body to receive a water from the first removable container, the boiler capable of receiving a tea; a first heater (206; 420) adjacent to the boiler to heat the water in accordance with at least one of the preparation parameters; characterized by a second removable container for positioning on the body comprising a combination milk carafe and second boiler; a second heater adjacent to the combination milk carafe and second boiler to heat the milk in accordance with at least one of the preparation parameters; a milk frothing mechanism within the combination milk carafe and second boiler; the second removable container capable of receiving a brewed tea from the boiler; a milk frothing drive mechanism adjacent to the combination milk carafe and second boiler for frothing the milk and mixing a tea latte combination.
Method for operating a photovoltaic system for feeding into a medium-voltage grid, wherein the photovoltaic system comprises a photovoltaic generator comprising a plurality of photovoltaic modules, at least one inverter and at least one medium-voltage transformer, and wherein - the medium-voltage transformer is connected on the primary side directly to a low-voltage AC output of the inverter, - the inverter is connected to the photovoltaic generator via a DC input, and - the inverter, due to its design, permits reverse currents from the low-voltage AC output to the DC input, characterized in that in the event that the generation of electric power by the photovoltaic modules is insufficient for the feed-in, - the inverter remains connected on the AC side to the medium-voltage grid via the medium-voltage transformer 31, and - the inverter remains connected on the DC side to the photovoltaic generator, wherein a forward voltage of the series-connected photovoltaic modules is greater than a voltage set at the DC input owing to the reverse currents. - the medium-voltage transformer is connected on the primary side directly to a low-voltage AC output of the inverter, - the inverter is connected to the photovoltaic generator via a DC input, and - the inverter, due to its design, permits reverse currents from the low-voltage AC output to the DC input, - the inverter remains connected on the AC side to the medium-voltage grid via the medium-voltage transformer 31, and - the inverter remains connected on the DC side to the photovoltaic generator,
A method for configuring a cable system that comprises a cable head end and a plurality of remote distribution nodes for relaying signals between the cable head end and a plurality of cable modems, the method comprising: configuring a packet engine in the cable head end for performing packet forwarding operations for the plurality of cable service flows, the packet engine comprising a plurality of logical interfaces each assigned to a corresponding one of the plurality of cable service flows, wherein said configuring includes: configuring the plurality of logical interfaces to perform layer 2, L2, switching and bridging for the cable service flows when the plurality of logical interfaces support unnumbered interfaces and configuring the plurality of logical interfaces to perform layer 3, L3, routing for the cable service flows when the plurality of logical interfaces do not support unnumbered interfaces.
An exhaust after treatment device, comprising: an inlet and an outlet; a main housing body between the inlet and the outlet; a mixing tube having a first portion within the main housing body and a second portion projecting outwardly from the main housing body, the first portion defining a plurality of apertures, the second portion forming the outlet; a swirl structure; a doser that dispenses reactant into the mixing tube; and an exhaust aftertreatment substrate positioned within the main housing body at a location between the inlet and the first portion of the mixing tube; wherein the swirl structure is configured to swirl exhaust around the first portion of the mixing tube, wherein the swirl structure includes a deflector baffle positioned between the substrate and the first portion of the mixing tube, characterized in that the deflector baffle extends fully across a diameter of the mixing tube, and wherein the substrate defines a center axis that intersects the mixing tube within the housing. an inlet and an outlet; a main housing body between the inlet and the outlet; a mixing tube having a first portion within the main housing body and a second portion projecting outwardly from the main housing body, the first portion defining a plurality of apertures, the second portion forming the outlet; a swirl structure; a doser that dispenses reactant into the mixing tube; and an exhaust aftertreatment substrate positioned within the main housing body at a location between the inlet and the first portion of the mixing tube; wherein the swirl structure is configured to swirl exhaust around the first portion of the mixing tube, wherein the swirl structure includes a deflector baffle positioned between the substrate and the first portion of the mixing tube, characterized in that the deflector baffle extends fully across a diameter of the mixing tube, and wherein the substrate defines a center axis that intersects the mixing tube within the housing.
A method in a communication device adapted for communications using Hypertext Transport Protocol, HTTP, the method comprising: setting, at the communication device, an HTTP cookie which includes: at least one of a user identification of a user of the communication device, or a group identification of a group with which the user is associated; and a message portion which is signed with a digital signature of the user or the group; sending, to an application server site via the communication network, a request message which includes the HTTP cookie; and in response to sending the request message: receiving access, via the communication network, to an application service of the application server site if verification of the digital signature at the application server site is successful, characterized in that unless bypassed, a proof-of-work, POW, test request is received from the application server site for accessing the application service; and wherein the POW test is bypassed by the application server site if the verification at the application server site is successful. setting, at the communication device, an HTTP cookie which includes: at least one of a user identification of a user of the communication device, or a group identification of a group with which the user is associated; and a message portion which is signed with a digital signature of the user or the group; at least one of a user identification of a user of the communication device, or a group identification of a group with which the user is associated; and a message portion which is signed with a digital signature of the user or the group; sending, to an application server site via the communication network, a request message which includes the HTTP cookie; and in response to sending the request message: receiving access, via the communication network, to an application service of the application server site if verification of the digital signature at the application server site is successful, characterized in that unless bypassed, a proof-of-work, POW, test request is received from the application server site for accessing the application service; and wherein the POW test is bypassed by the application server site if the verification at the application server site is successful.
A storage assembly for the interior of a refrigerator cabinet comprising: a. a horizontal supporting surface having top and bottom sides and opposite ends along a lateral width; b. a vertical divider member having spaced apart opposite sides ( (37L, 37R) extending from a bottom plate up to a top flattened surface extending above the top side of the supporting surface to physically separate portions of the supporting surface, thus leaving a hollow interior space between the opposite sides (37L, 37R); c. a light source sub-assembly mounted to the divider comprising one or more light sources; and d. an electrical connection (51, 52) from the light source sub-assembly adapted for operative connection to an electrical power source connection in the cabinet; characterized in that the divider is moveable along the supporting surface. a. a horizontal supporting surface having top and bottom sides and opposite ends along a lateral width; b. a vertical divider member having spaced apart opposite sides ( (37L, 37R) extending from a bottom plate up to a top flattened surface extending above the top side of the supporting surface to physically separate portions of the supporting surface, thus leaving a hollow interior space between the opposite sides (37L, 37R); c. a light source sub-assembly mounted to the divider comprising one or more light sources; and d. an electrical connection (51, 52) from the light source sub-assembly adapted for operative connection to an electrical power source connection in the cabinet; characterized in that the divider is moveable along the supporting surface.
A cigarette filter containing a menthol-sorbed activated charcoal comprising activated charcoal having a specific surface area between 1500 m 2 /g and 1700 m 2 /g as measured by the BET method, with menthol being sorbed to the activated charcoal at a sorption rate between 80% and 92% with reference to the saturated amount of menthol for the activated charcoal.
A method for a client device (102, 1402) as an Internet of Things, IoT, device, comprising: obtaining information that includes a first client device context generated at a first network device that serves a first service area of a network, the first client device context including first network state information associated with the client device (102, 1402), wherein the first network device implements a target IoT Function; entering a second service area of the network served by a second network device which implements a source IoT Function; transmitting, in the second service area, a data packet comprising data and the obtained information without establishing a radio resource control, RRC, connection with the network, wherein the data packet is encrypted and integrity protected with at least one key shared with the second network device; and receiving a service relocation message from the first network device in response to the transmission, the service relocation message including information associated with the second network device. obtaining information that includes a first client device context generated at a first network device that serves a first service area of a network, the first client device context including first network state information associated with the client device (102, 1402), wherein the first network device implements a target IoT Function; entering a second service area of the network served by a second network device which implements a source IoT Function; transmitting, in the second service area, a data packet comprising data and the obtained information without establishing a radio resource control, RRC, connection with the network, wherein the data packet is encrypted and integrity protected with at least one key shared with the second network device; and receiving a service relocation message from the first network device in response to the transmission, the service relocation message including information associated with the second network device.
A method of accessing a wireless multiple-access multiple-input multiple-output, MIMO, communication system, comprising: receiving system information via a broadcast channel, BCH, on a downlink; transmitting an access request via a random access channel, RACH, on an uplink, wherein the access request is transmitted based on the received system information characterised by monitoring the BCH to determine whether a RACH acknowledgement bit is set; processing, in response to determining that the RACH acknowledgement bit is set, a forward control channel, FCCH, on the downlink to obtain IE Type 3 information elements containing acknowledgment of the transmitted access request; and repeating the receiving, transmitting, monitoring, and processing if the acknowledgment is not received within a predetermined time period. receiving system information via a broadcast channel, BCH, on a downlink; transmitting an access request via a random access channel, RACH, on an uplink, wherein the access request is transmitted based on the received system information characterised by monitoring the BCH to determine whether a RACH acknowledgement bit is set; processing, in response to determining that the RACH acknowledgement bit is set, a forward control channel, FCCH, on the downlink to obtain IE Type 3 information elements containing acknowledgment of the transmitted access request; and repeating the receiving, transmitting, monitoring, and processing if the acknowledgment is not received within a predetermined time period.
Tool unit for 3D-positioning devices and in particular for machines for carrying out additive manufacturing processes at least comprising a tool holder and at least one tool, the tool holder being designed for holding the tool and for guided displacement of the tool in an axial direction from a rest position to a working position and back, wherein the tool holder comprises a control region with a control profile, and wherein a control pin is designed to interact with regions (13', 13") offset in the axial direction in the control profile, characterized in that the tool holder comprises a base body and at least one guide element (9, 9', 9") arranged thereon for moving the at least one tool in the tool holder, wherein the tool is received within the guide element (9, 9', 9") for axial displacement of the tool, wherein in a wall of the at least one guide element (9, 9', 9") at least one control groove for the control pin on the tool for engagement in the control groove is formed, the control groove comprising the control profile (12, 12', 12") running along a circumferential direction of the wall, and wherein a drive means is provided in the tool holder for rotating the at least one guide element (9, 9', 9") in the tool holder.
A system comprising a server and a remote device and adapted to implement a secure transaction of data between the server and remote device, wherein the remote device comprises: processing means adapted to process input data according to a security process to generate output data, wherein the input data is generated at the remote device; binding means to bind together the input data and the generated output data in a cryptographic manner to generate binding data; secure processing means to implement an encryption algorithm to derive verification information from the binding data; data storage means adapted to store the verification information; and communication means for communicating the output data to the server, and wherein the server is adapted to: transmit a verification request to the remote device, receive the verification information from the data storage device of the remote device in response to the verification request; and verify the integrity of the security process based on the verification information. processing means adapted to process input data according to a security process to generate output data, wherein the input data is generated at the remote device; binding means to bind together the input data and the generated output data in a cryptographic manner to generate binding data; secure processing means to implement an encryption algorithm to derive verification information from the binding data; data storage means adapted to store the verification information; and communication means for communicating the output data to the server, and wherein the server is adapted to: transmit a verification request to the remote device, receive the verification information from the data storage device of the remote device in response to the verification request; and verify the integrity of the security process based on the verification information. transmit a verification request to the remote device, receive the verification information from the data storage device of the remote device in response to the verification request; and verify the integrity of the security process based on the verification information.
A method for manufacturing processed fibers with bleaching and/or dyeing animal fibers, performing a soaking step for soaking said animal fibers in a solution of hydrolyzed keratin having a number average molecular weight of 150 to 3000, as measured by gel filtration molecular weight analysis, wherein the soaking step is performed both before and after bleaching and/or dyeing, and wherein the animal fibers are one or more selected from the group of sheep wool, cashmere, mohair, camel hair, llama, alpaca, vicuna, angora, mink, and silk.
A nanostructure material management system, comprising: a roll of flexible substrate including a nanostructure film on at least one side of the flexible substrate, characterized by: a portable housing with an opening communicating between an internal and an external region of the housing; the roll being positioned within the housing to permit rotational movement of the roll; and the roll being arranged and configured to permit the flexible substrate to be unrolled from the roll and present the at least one side to the opening, whereby the nanostructure film is exposed to the external region to permit transfer of at least a portion of the nanostructure film to a target object that is external to the housing. a roll of flexible substrate including a nanostructure film on at least one side of the flexible substrate, a portable housing with an opening communicating between an internal and an external region of the housing; the roll being positioned within the housing to permit rotational movement of the roll; and the roll being arranged and configured to permit the flexible substrate to be unrolled from the roll and present the at least one side to the opening, whereby the nanostructure film is exposed to the external region to permit transfer of at least a portion of the nanostructure film to a target object that is external to the housing.