mhurhangee/patent-ind-claim-en huggingface dataset:
A computer peripheral device comprising: a panel , the panel comprising at least one switch and a corresponding at least one button operable to actuate a respective switch of the at least one switch ; and a user input device comprising: a chassis comprising a socket configured to releasably receive the panel ; a chassis connector in the socket , the chassis connector configured to receive electrical signals generated by the at least one switch , from the received panel ; a memory storing a plurality of button maps, wherein each button map of the plurality of button maps defines functions of the at least one button of a respective panel of a plurality of panels , each of which being receivable in the socket ; and a processor configured to retrieve from the received panel , an identity code indicative of a quantity and type of the at least one button of the received panel , and further configured to identify a matching button map from the plurality of button maps based on the identity code, wherein the matching button map defines the functions of the at least one button of the received panel . a panel , the panel comprising at least one switch and a corresponding at least one button operable to actuate a respective switch of the at least one switch ; and a user input device comprising: a chassis comprising a socket configured to releasably receive the panel ; a chassis connector in the socket , the chassis connector configured to receive electrical signals generated by the at least one switch , from the received panel ; a memory storing a plurality of button maps, wherein each button map of the plurality of button maps defines functions of the at least one button of a respective panel of a plurality of panels , each of which being receivable in the socket ; and a processor configured to retrieve from the received panel , an identity code indicative of a quantity and type of the at least one button of the received panel , and further configured to identify a matching button map from the plurality of button maps based on the identity code, wherein the matching button map defines the functions of the at least one button of the received panel . a chassis comprising a socket configured to releasably receive the panel ; a chassis connector in the socket , the chassis connector configured to receive electrical signals generated by the at least one switch , from the received panel ; a memory storing a plurality of button maps, wherein each button map of the plurality of button maps defines functions of the at least one button of a respective panel of a plurality of panels , each of which being receivable in the socket ; and a processor configured to retrieve from the received panel , an identity code indicative of a quantity and type of the at least one button of the received panel , and further configured to identify a matching button map from the plurality of button maps based on the identity code, wherein the matching button map defines the functions of the at least one button of the received panel .
Tank device for storing a gaseous medium, in particular hydrogen, having a valve device and a tank container , wherein the valve device has a valve housing , in which valve housing a pilot control valve element which is movable along a longitudinal axis of the tank device is arranged, which pilot control valve element interacts with a first sealing seat in order to open and close a first passage opening and thus forms a pilot control valve , wherein the valve device comprises a solenoid coil , by means of which solenoid coil the pilot control valve element is movable along the longitudinal axis , wherein a main valve element is arranged in the valve housing , which main valve element interacts with a second sealing seat in order to open and close a second passage opening and thus forms a main valve , wherein the pilot control valve element has a transverse bore perpendicular to the longitudinal axis of the tank device , which transverse bore of the pilot control valve element opens into a transverse bore of the main valve element , which transverse bore is arranged perpendicular to the longitudinal axis of the tank device , wherein a driver element is at least partially arranged in the transverse bore of the pilot control valve element and in the transverse bore of the main valve element , characterized in that the second sealing seat is designed as a conical shoulder on the valve housing , and the pilot control valve element has a shoulder , on which shoulder a spring is supported and acts upon the pilot control valve element with a force in the direction of the one end of the pilot control valve element , wherein, when the solenoid coil is not energized, a closing force acts on the pilot control valve element and the main valve element via the spring , and wherein a throttle channel is formed between the valve housing and a protuberance of the main valve element , which protuberance interacts with the second sealing seat in order to open and close the second passage opening , which throttle channel has a conical widening counter to the direction of the second sealing seat , thus forming a throttle effect.
A fuel injector system for a gas turbine engine comprising: a mounting flange configured to be mounted to an engine case ; a fixture extending in an outward direction from the mounting flange operable to connect to fuel and air systems outside the engine case; a feed arm extending radially inward from the mounting flange; a fuel nozzle extending from the feed arm and operable to issue fuel into a combustor ; a fuel channel extending from an inlet , through the feed arm, and out an outlet of the fuel nozzle; and an air channel extending from an inlet in the feed arm and/or nozzle, through the feed arm, and to an outlet in the fixture, wherein the fuel channel and the air channel are in fluid isolation from one another, and wherein the fuel channel and the air channel are in thermal communication with one another as a heat exchanger; wherein the heat exchanger is a counter flow heat exchanger; wherein the fuel channel and air channel are in intimate thermal contact through a heat exchanger wall for a portion of the fuel nozzle with respect to the axial length (L) of the fuel nozzle ; characterized in that : the inlet of the air channel is in the fuel nozzle , wherein the inlet of the air channel is in an axial end of the fuel nozzle , and the outlet of the fuel channel is in the axial end of the fuel nozzle , or wherein the inlet of the air channel is on a radially outward facing portion of the fuel nozzle , or wherein the inlet of the air channel is on a radially inward facing portion of the fuel nozzle . a mounting flange configured to be mounted to an engine case ; a fixture extending in an outward direction from the mounting flange operable to connect to fuel and air systems outside the engine case; a feed arm extending radially inward from the mounting flange; a fuel nozzle extending from the feed arm and operable to issue fuel into a combustor ; a fuel channel extending from an inlet , through the feed arm, and out an outlet of the fuel nozzle; and an air channel extending from an inlet in the feed arm and/or nozzle, through the feed arm, and to an outlet in the fixture, wherein the fuel channel and the air channel are in fluid isolation from one another, and wherein the fuel channel and the air channel are in thermal communication with one another as a heat exchanger; wherein the heat exchanger is a counter flow heat exchanger; wherein the fuel channel and air channel are in intimate thermal contact through a heat exchanger wall for a portion of the fuel nozzle with respect to the axial length (L) of the fuel nozzle ; characterized in that : the inlet of the air channel is in the fuel nozzle , wherein the inlet of the air channel is in an axial end of the fuel nozzle , and the outlet of the fuel channel is in the axial end of the fuel nozzle , or wherein the inlet of the air channel is on a radially outward facing portion of the fuel nozzle , or wherein the inlet of the air channel is on a radially inward facing portion of the fuel nozzle .
A method for producing a stable cell line that expresses an exogenous polypeptide comprising transfecting an expression construct into cells using flow electroporation, wherein the expression construct comprises i) a selectable gene and ii) a sequence encoding an exogenous polypeptide; selecting for expression of the selection gene under culture conditions comprising a conditionally lethal concentration of a selection agent.
A carbon steel container containing a volume of monochlorosilane, characterized in that the container has an internal surface modification capable of containing monochlorosilane in a stable condition wherein the internal surface consists of carbon steel that has been mechanically polished using an abrasive slurry wherein the mechanical polishing provides a 1 micron R a surface finish.
A small form factor pluggable, SFP, optical transceiver module comprising: an optical fiber connector configured to connect to a SFP optical transceiver , a shell assembly that encloses the optical fiber connector , wherein the shell assembly is configured to retain both the optical fiber connector and the SFP optical transceiver in a SFP receptacle, wherein the SFP optical transceiver is configured to interface a network device motherboard to a fiber optic at a given port of a network device and is a hot-pluggable transceiver being used for at least one of telecommunication and data communications; and a separate retaining mount that is configured to be attached to a body portion of a device housing of the network device , wherein the shell assembly is configured to removably latch onto the retaining mount , wherein the shell assembly includes a base and a body coupled to each other, and wherein the body has a latch , wherein the latch is a spring tab that is integrated into the shell assembly and configured to securely attach the optical fiber connector and the SFP optical transceiver to the retaining mount while allowing the SFP optical transceiver to be swapped as needed to reconfigure the given port of the network device . an optical fiber connector configured to connect to a SFP optical transceiver , a shell assembly that encloses the optical fiber connector , wherein the shell assembly is configured to retain both the optical fiber connector and the SFP optical transceiver in a SFP receptacle, wherein the SFP optical transceiver is configured to interface a network device motherboard to a fiber optic at a given port of a network device and is a hot-pluggable transceiver being used for at least one of telecommunication and data communications; and a separate retaining mount that is configured to be attached to a body portion of a device housing of the network device , wherein the shell assembly is configured to removably latch onto the retaining mount , wherein the shell assembly includes a base and a body coupled to each other, and wherein the body has a latch , wherein the latch is a spring tab that is integrated into the shell assembly and configured to securely attach the optical fiber connector and the SFP optical transceiver to the retaining mount while allowing the SFP optical transceiver to be swapped as needed to reconfigure the given port of the network device .
A read/write head comprising: a body having a body length and a support surface to support data storage media as the data storage media is conveyed longitudinally across the support surface, wherein the support surface of the body is curved about an axis in a widthwise direction of the body, and wherein a slot (60; 98) is formed in the support surface of the body of the read/write head such that the curved support surface of the body has a reduced longitudinal length relative to the body length only in an intermediate region of the body, wherein the slot is formed into a longitudinal edge of the body, and wherein the slot provides one transverse side wall (64; 174) and two longitudinal sidewalls ; and at least one read/write device provided on the intermediate region of the curved support surface of the body to read and/or write data on the data storage media as the data storage media is conveyed across the support surface, wherein the slot is spaced apart from the at least one read/write device, and wherein the slot is formed through the entire depth of the body of the read/write head. a body having a body length and a support surface to support data storage media as the data storage media is conveyed longitudinally across the support surface, wherein the support surface of the body is curved about an axis in a widthwise direction of the body, and wherein a slot (60; 98) is formed in the support surface of the body of the read/write head such that the curved support surface of the body has a reduced longitudinal length relative to the body length only in an intermediate region of the body, wherein the slot is formed into a longitudinal edge of the body, and wherein the slot provides one transverse side wall (64; 174) and two longitudinal sidewalls ; and at least one read/write device provided on the intermediate region of the curved support surface of the body to read and/or write data on the data storage media as the data storage media is conveyed across the support surface, wherein the slot is spaced apart from the at least one read/write device, and wherein the slot is formed through the entire depth of the body of the read/write head.
Control method for a washing household appliance comprising a drainage pump unit with an impeller and a motor supplied with an alternating supply voltage of a determined frequency (F) from among a plurality of possible preset frequencies (F), the method comprising an adjustment stage (Ea) in which the frequency (F) of the motor supply voltage is regulated between the preset frequencies (F), wherein the method comprises, for a full-flow drainage process, an application stage (Em) in which a stator voltage is applied to the motor, the frequency (F) of the motor supply voltage being regulated between the preset frequencies (F) in accordance with the stator voltage applied, a determination stage (Ei) in which it is determined whether the stator voltage applied has corresponding to it a value of a determined characteristic of the motor between its stator voltage and its current, which is within a range of values delimited by maximum and minimum values preset for said determined characteristic, and a comparison stage (Ec) in which, if said value is within said range of values, said value is compared with preset corresponding optimum values for said determined characteristic, each optimum value corresponding with the value of said characteristic which enables the pump unit to operate in the most comfortable manner possible in the full-flow drainage process and each preset frequency (F) having an optimum value corresponding to it, the frequency (F) of the motor supply voltage being regulated in the adjustment stage (Ea) taking into account the result of said comparison so that the value of said characteristic of the motor is substantially equal or as close as possible to its optimum value, a field oriented control being used in order to apply the stator voltage in the application stage (Em) and to determine the stator voltage of the motor in the determination stage (Ei), a first component and a second component of the stator voltage perpendicular to the first component of the stator voltage being obtained, the determined characteristic of the motor being the second component of the stator voltage.
A cartridge containing dental composite material for a 3D printer, wherein the cartridge has a nozzle or is configured to form a predefined nozzle, wherein the nozzle comprises a cylindrical end portion having a length of from 1 to 30 times the inner nozzle diameter at the outlet, and wherein the composite material comprises a. a curable, in particular light-curable, matrix, b. only fillers with a maximum particle size of < 5 μm, the dental composite material in the uncured state at 23°C having a viscosity in the range from 1 to 10,000 Pa*s, preferably from 10 to 2000 Pa*s, particularly preferably from 50 to 800 Pa*s. a. a curable, in particular light-curable, matrix, b. only fillers with a maximum particle size of < 5 μm, the dental composite material in the uncured state at 23°C having a viscosity in the range from 1 to 10,000 Pa*s, preferably from 10 to 2000 Pa*s, particularly preferably from 50 to 800 Pa*s.
A method of applying a coating material onto a substrate , comprising: conveying the substrate past a contacting element ; providing a distribution manifold having a cavity and a plurality of needle tubes in fluid communication with the cavity , the plurality of needle tubes each having a needle tip for dispensing coating material towards a point of contact between the substrate and the contacting element; and dispensing coating material from the needle tubes at a predetermined rate, the rate being less than or equal to a maximum rate that the interaction between the substrate and the contacting element would permit to pass the point of contact, characterised in that , the distribution manifold separates into a manifold containing the cavity , and a removable cartridge having the plurality of needle tubes , and wherein a clamp plate is pivotally mounted to the manifold to secure the removable cartridge to the manifold . conveying the substrate past a contacting element ; providing a distribution manifold having a cavity and a plurality of needle tubes in fluid communication with the cavity , the plurality of needle tubes each having a needle tip for dispensing coating material towards a point of contact between the substrate and the contacting element; and dispensing coating material from the needle tubes at a predetermined rate, the rate being less than or equal to a maximum rate that the interaction between the substrate and the contacting element would permit to pass the point of contact, characterised in that , the distribution manifold separates into a manifold containing the cavity , and a removable cartridge having the plurality of needle tubes , and wherein a clamp plate is pivotally mounted to the manifold to secure the removable cartridge to the manifold .
A device for sealing an object to be sealed, in particular for sealing a rotating shaft , having a sealing body which has a sealing side that faces the object to be sealed, and a rear side that faces away from the object to be sealed, wherein the sealing body on the rear side has at least one element which modifies the rigidity of the sealing body and which modifies the surface pressure between the sealing body and the object to be sealed, and in that the at least one element which modifies the rigidity of the sealing body runs obliquely to a longitudinal axis of the sealing body , characterized in that a plurality of elements which modify the rigidity of the sealing body are disposed so as to be distributed about the circumference of the sealing body , that the elements which modify the rigidity of the sealing body are configured by a modification of the material thickness of the sealing body , that the elements which modify the rigidity of the sealing body are configured as a depression or elevation , and that the sealing body on the sealing side is configured so as to be substantially smooth.
A method of controlling a device , the method comprising: a. obtaining a hovering input from a hovering input unit on the display of the device; b. determining 3-dimensional location information of the obtained hovering input, based on 2-dimensional location information of the hovering input unit and a distance between the device and the hovering input unit ; c. determining that the hovering input is received on a united icon indicating a plurality of applications displayed on the device based on the 2-dimensional location information of the hovering input unit and the 2-dimensional location information of the united icon ; d. determining an application among the plurality of applications, according to the distance between the device and the hovering input unit ; and e. in response to a predetermined gesture through the hovering input unit being sensed at the distance from the device corresponding to the determined application among the plurality of applications, executing the determined application. a. obtaining a hovering input from a hovering input unit on the display of the device; b. determining 3-dimensional location information of the obtained hovering input, based on 2-dimensional location information of the hovering input unit and a distance between the device and the hovering input unit ; c. determining that the hovering input is received on a united icon indicating a plurality of applications displayed on the device based on the 2-dimensional location information of the hovering input unit and the 2-dimensional location information of the united icon ; d. determining an application among the plurality of applications, according to the distance between the device and the hovering input unit ; and e. in response to a predetermined gesture through the hovering input unit being sensed at the distance from the device corresponding to the determined application among the plurality of applications, executing the determined application.
Lighting module for a trunking system, comprising: an illuminant for emitting light at a front side of the illuminant, a lighting module attachment device for the electrical and mechanical connection of the lighting module to a trunking system, and an operating device for operating the illuminant, which is arranged on a rear side (R) of the illuminant, characterized in that the operating device is movable without the use of tools between an installation position, in which the operating device blocks accessibility to the rear side (R) from outside the lighting module , and a release position, in which the operating device allows accessibility to the rear side (R) from outside the lighting module , wherein the lighting module further comprises: at least one joint for moving the operating device between the installation position and the release position. an illuminant for emitting light at a front side of the illuminant, a lighting module attachment device for the electrical and mechanical connection of the lighting module to a trunking system, and an operating device for operating the illuminant, which is arranged on a rear side (R) of the illuminant, characterized in that the operating device is movable without the use of tools between an installation position, in which the operating device blocks accessibility to the rear side (R) from outside the lighting module , and a release position, in which the operating device allows accessibility to the rear side (R) from outside the lighting module , wherein the lighting module further comprises: at least one joint for moving the operating device between the installation position and the release position.
Tractor having a loading area and/or a trailer device for at least one trailer, wherein the tractor has a control device for limiting a velocity of the tractor and a load-determining device , wherein the load-determining device is configured to determine the weight of a load and to pass on this information to the control device, characterized in that the tractor has a ground profile-determining device (10, 11; 24), wherein the ground profile-determining device is configured to determine a current ground profile and to pass on this information to the control device, and the control device is configured to limit the velocity of the tractor to a maximum permissible velocity in accordance with a load determined by the load-determining device and a ground profile determined by the ground profile-determining device (10, 11; 24).