mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic pipette comprising: a. an electrically driven unit for pipetting , and b. an operating and display unit , consisting of an operating unit and a display unit , c. the pipette being divided into a device module and an operating and display module , d. wherein the device module comprises the unit for pipetting , and does not have a display unit, e. wherein the operating and display module is physically separate from the device module , and completely comprises the display unit , wherein the operating and display module is portable and handheld by one person, that is it can be held in only one hand when being used by a user, and f. means are provided in the operating and display module and the device module for wireless communication between the device module and the operating and display module , so that the pipette can be used when the operating and display module is separate from the device module , and g. the operating and display module is releasably connectable to the device module , so that the pipette can be used in a connected state like a conventional pipette. a. an electrically driven unit for pipetting , and b. an operating and display unit , consisting of an operating unit and a display unit , c. the pipette being divided into a device module and an operating and display module , d. wherein the device module comprises the unit for pipetting , and does not have a display unit, e. wherein the operating and display module is physically separate from the device module , and completely comprises the display unit , wherein the operating and display module is portable and handheld by one person, that is it can be held in only one hand when being used by a user, and f. means are provided in the operating and display module and the device module for wireless communication between the device module and the operating and display module , so that the pipette can be used when the operating and display module is separate from the device module , and g. the operating and display module is releasably connectable to the device module , so that the pipette can be used in a connected state like a conventional pipette.
An apparatus for load testing a coupon , said apparatus comprising: a test frame ; and a pair of spaced apart load balancing assemblies connected to said test frame , each load balancing assembly of said pair of load balancing assemblies comprising: a load leveling mechanism comprising an arm , and at least one lever comprising a first end and a second end , said lever being pivotably connected to said arm between said first and second ends; and a plurality of spaced apart load plates , each load plate of said plurality of load plates comprising a first end and a second end , said second end of each load plate comprising a friction holder configured to frictionally engage an end of said coupon , wherein said first end of each load plate is pivotably connected to a first end of said at least one lever , whereby a different load plate is connected to the corresponding second end of said at least one lever; and wherein at least one load balancing assembly of said pair of load balancing assemblies is movable along an axis (X) of movement with respect to an opposed load balancing assembly to communicate a load to said coupon . a test frame ; and a pair of spaced apart load balancing assemblies connected to said test frame , each load balancing assembly of said pair of load balancing assemblies comprising: a load leveling mechanism comprising an arm , and at least one lever comprising a first end and a second end , said lever being pivotably connected to said arm between said first and second ends; and a plurality of spaced apart load plates , each load plate of said plurality of load plates comprising a first end and a second end , said second end of each load plate comprising a friction holder configured to frictionally engage an end of said coupon , wherein said first end of each load plate is pivotably connected to a first end of said at least one lever , whereby a different load plate is connected to the corresponding second end of said at least one lever; and a load leveling mechanism comprising an arm , and at least one lever comprising a first end and a second end , said lever being pivotably connected to said arm between said first and second ends; and an arm , and at least one lever comprising a first end and a second end , said lever being pivotably connected to said arm between said first and second ends; and a plurality of spaced apart load plates , each load plate of said plurality of load plates comprising a first end and a second end , said second end of each load plate comprising a friction holder configured to frictionally engage an end of said coupon , wherein said first end of each load plate is pivotably connected to a first end of said at least one lever , whereby a different load plate is connected to the corresponding second end of said at least one lever; and wherein at least one load balancing assembly of said pair of load balancing assemblies is movable along an axis (X) of movement with respect to an opposed load balancing assembly to communicate a load to said coupon .
An ostomy appliance having:- First and second walls connected to each other at or near their peripheries, the first wall having a stoma-receiving opening ; and a waste collecting cavity defined between the first and second walls, characterised in that an upper part (14'b) of the second wall opposite the stoma-receiving opening is transparent to provide a viewing portion through which the stoma-receiving opening can be viewed and a lower part (14'a) of the second wall is opaque, and the upper (14'b) and lower (14'a) parts of the second wall are separate flexible sheets which are connected to each other. First and second walls connected to each other at or near their peripheries, the first wall having a stoma-receiving opening ; and a waste collecting cavity defined between the first and second walls, characterised in that an upper part (14'b) of the second wall opposite the stoma-receiving opening is transparent to provide a viewing portion through which the stoma-receiving opening can be viewed and a lower part (14'a) of the second wall is opaque, and the upper (14'b) and lower (14'a) parts of the second wall are separate flexible sheets which are connected to each other.
A computer-implemented method of switching between isolated virtual contexts, the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: determining that a virtual processor should switch from a first virtual machine context to a second virtual machine context as initiated by a guest virtual machine, wherein the first and second virtual machine contexts are isolated from each other; a physical processor receiving an instruction included in an instruction set architecture for the physical processor indicating that the virtual processor should switch directly by the physical processor without generating an intercept into a hypervisor from the first virtual machine context to the second virtual machine context; and as a result, performing the virtual context switch by executing functions native to the physical processor defined natively for the instruction; wherein the first and second virtual machine contexts comprise different hierarchical privilege levels with respect to each other. determining that a virtual processor should switch from a first virtual machine context to a second virtual machine context as initiated by a guest virtual machine, wherein the first and second virtual machine contexts are isolated from each other; a physical processor receiving an instruction included in an instruction set architecture for the physical processor indicating that the virtual processor should switch directly by the physical processor without generating an intercept into a hypervisor from the first virtual machine context to the second virtual machine context; and as a result, performing the virtual context switch by executing functions native to the physical processor defined natively for the instruction;
A rectangular two-dimensional code comprising cells representing binary-coded data that are arranged as a pattern in the form of a two-dimensional matrix, wherein the two-dimensional code comprises a rectangular basic pattern section which comprises: plural position detection patterns (12A to 12D) for specifying the cell positions; and version information that indicates the size of the two-dimensional code, characterized in that the version information is used to enable to variably design the size of the two-dimensional code with the distances between the plural position detection patterns being independent of the size of the two-dimensional code. plural position detection patterns (12A to 12D) for specifying the cell positions; and version information that indicates the size of the two-dimensional code, characterized in that the version information is used to enable to variably design the size of the two-dimensional code with the distances between the plural position detection patterns being independent of the size of the two-dimensional code.
A head mounted display, HMD, comprising: a rear case for accommodating a lens unit ; a front case coupled to the rear case to form an outer appearance and provided with an opening part; a key unit fixed to the rear case and configured to be pressed by an external force to generate a control command, wherein the key unit includes a key bracket fixed to the rear case, and a pressing portion mounted on the key bracket for fixing the pressing portion in a pressable manner and penetrating the opening part, and wherein the front case is made of polypropylene, PP, or polycarbonate, PC, wherein the front case includes a support part and a cover , the cover is made of fabric, wherein the support part includes a plurality of ribs configured to form of a plurality of holes (h), wherein the plurality of ribs are configured to form a front portion and a side portion of the support part , and wherein the front portion and the side portion are sewn together, configured to prevent wrinkles from being formed on an outer surface of the cover of the front case . a rear case for accommodating a lens unit ; a front case coupled to the rear case to form an outer appearance and provided with an opening part; a key unit fixed to the rear case and configured to be pressed by an external force to generate a control command, wherein the key unit includes a key bracket fixed to the rear case, and a pressing portion mounted on the key bracket for fixing the pressing portion in a pressable manner and penetrating the opening part, and wherein the front case is made of polypropylene, PP, or polycarbonate, PC, wherein the front case includes a support part and a cover , the cover is made of fabric, wherein the support part includes a plurality of ribs configured to form of a plurality of holes (h), wherein the plurality of ribs are configured to form a front portion and a side portion of the support part , and wherein the front portion and the side portion are sewn together, configured to prevent wrinkles from being formed on an outer surface of the cover of the front case .
A mining vehicle with a chassis and a powertrain configured for electric propulsion, the powertrain comprising a battery removably arranged to supply power for propulsion of the vehicle and/or for performing mining operations, the vehicle comprising: a battery compartment configured to accommodate the battery , the battery compartment comprising a bottom configured to receive and support the battery , and the battery compartment forming part of the chassis ; guiding elements arranged in the battery compartment to guide the battery into position; at least one locking device arranged to lock the battery and limit vertical movement of the battery in the battery compartment ; and holding elements arranged in the battery compartment to limit horizontal movement of the battery in the battery compartment , wherein the at least one locking device is arranged at the bottom of the battery compartment and is configured to interact with a locking part at a bottom of the battery to achieve the locking. a battery compartment configured to accommodate the battery , the battery compartment comprising a bottom configured to receive and support the battery , and the battery compartment forming part of the chassis ; guiding elements arranged in the battery compartment to guide the battery into position; at least one locking device arranged to lock the battery and limit vertical movement of the battery in the battery compartment ; and holding elements arranged in the battery compartment to limit horizontal movement of the battery in the battery compartment , wherein the at least one locking device is arranged at the bottom of the battery compartment and is configured to interact with a locking part at a bottom of the battery to achieve the locking.
A bone shaft fixation system, comprising a bidirectional fixation steel plate and an intramedullary nail , the bidirectional fixation steel plate comprising a steel plate body , wherein the steel plate body is configured to be used to be implanted from a front side of a bone shaft and has a structure configured to be matched with the front side of the bone shaft to fixedly fit with a fracture end, the steel plate body is provided with at least two pairs of guide holes (2101-2108) for first locking screws (2201-2208) to pass through respectively in the structure configured to be matched with the front side of the bone shaft , and the guide holes (2101-2108) are provided with specific angles which enable all the first locking screws passing through the guide holes to clamp the intramedullary nail together to control rotation and axial stability of the intramedullary nail .
An electrical submersible well pump assembly , comprising: first and second motors , each having a housing , the first and second motors having first and second shafts , respectively, each of the first and second motors having a plurality of rotor sections , a rotor keyway between each of the rotor sections and the shaft of each of the motors; the second shaft having a splined end with external splines ; a coupling connected with the first shaft for rotation in unison, the coupling having internal splines that engage the external splines for causing the first and second shafts to rotate in unison; and a housing connector that connects the housing of the first motor with the housing of the second motor, the housing connector having a bore with the coupling located therein, characterized by : each of the rotor sections having a plurality of circumferentially spaced permanent magnets , defining magnetic poles; alignment means for rotationally aligning the magnetic poles of the first shaft with the magnetic poles of the second shaft prior to securing the housings of the first and second motors together. first and second motors , each having a housing , the first and second motors having first and second shafts , respectively, each of the first and second motors having a plurality of rotor sections , a rotor keyway between each of the rotor sections and the shaft of each of the motors; the second shaft having a splined end with external splines ; a coupling connected with the first shaft for rotation in unison, the coupling having internal splines that engage the external splines for causing the first and second shafts to rotate in unison; and a housing connector that connects the housing of the first motor with the housing of the second motor, the housing connector having a bore with the coupling located therein, characterized by : each of the rotor sections having a plurality of circumferentially spaced permanent magnets , defining magnetic poles; alignment means for rotationally aligning the magnetic poles of the first shaft with the magnetic poles of the second shaft prior to securing the housings of the first and second motors together. each of the rotor sections having a plurality of circumferentially spaced permanent magnets , defining magnetic poles; alignment means for rotationally aligning the magnetic poles of the first shaft with the magnetic poles of the second shaft prior to securing the housings of the first and second motors together.
A method for determining whether a configuration of an optical transmission interface of a first device has to be adjusted for transmitting optical signals to a second device , wherein a monitoring device performs: - monitoring (S510) an evolution of a difference level between codewords received by the second device via said optical signals and corresponding codewords transmitted by the first device; characterized in that the first device transmits the optical signals to the second device via an optical band-pass filter , the second device has an optical reception interface configured to enable receiving optical signals output by said optical band-pass filter and transmitted by the first device on a carrier wavelength when said carrier wavelength is comprised in the passband of the optical band-pass filter, said carrier wavelength and/or said passband of the optical band-pass filter being a priori unknown, and in that a monitoring device performs: - determining (S520) whether the configuration of the optical transmission interface of the first device has to be adjusted regarding said carrier wavelength so as to match the passband of the optical band-pass filter, on the basis of said monitoring. - monitoring (S510) an evolution of a difference level between codewords received by the second device via said optical signals and corresponding codewords transmitted by the first device; - determining (S520) whether the configuration of the optical transmission interface of the first device has to be adjusted regarding said carrier wavelength so as to match the passband of the optical band-pass filter, on the basis of said monitoring.
A system comprising: a mobile athletic activity monitoring device comprising: a first sensor device configured to measure athletic activity; a second sensor device configured to determine a change in physical location of a user during the user's athletic activity; a processor; and memory storing computer readable instructions that, when executed, cause the monitoring device to: determine whether the user's athletic activity includes a change in physical location; and in response to determining that the user's athletic activity does not include the change in physical location: automatically activate recording of athletic activity data using the first sensor device, and automatically deactivate recording of athletic activity data using the second sensor device, otherwise, in response to determining that the user's athletic activity does include the change in physical location, automatically activate recording of athletic activity data using the second sensor device. a first sensor device configured to measure athletic activity; a second sensor device configured to determine a change in physical location of a user during the user's athletic activity; a processor; and memory storing computer readable instructions that, when executed, cause the monitoring device to: determine whether the user's athletic activity includes a change in physical location; and in response to determining that the user's athletic activity does not include the change in physical location: automatically activate recording of athletic activity data using the first sensor device, and automatically deactivate recording of athletic activity data using the second sensor device, otherwise, in response to determining that the user's athletic activity does include the change in physical location, automatically activate recording of athletic activity data using the second sensor device. determine whether the user's athletic activity includes a change in physical location; and in response to determining that the user's athletic activity does not include the change in physical location: automatically activate recording of athletic activity data using the first sensor device, and automatically deactivate recording of athletic activity data using the second sensor device, otherwise, automatically activate recording of athletic activity data using the first sensor device, and automatically deactivate recording of athletic activity data using the second sensor device, otherwise, in response to determining that the user's athletic activity does include the change in physical location, automatically activate recording of athletic activity data using the second sensor device.
An engineered aldolase polypeptide comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 46, 48, 50, 52, 54, 56, 58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92, 94, 96, 98, 100, 102, 104, 106, 108, 110, 112, 114, 116, 118, 120, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140, 142, 144, 146, 148, 150, 152, 154, 156, 158, 160, 162, 164, 166, 168, 170, 172, 174, 176, 178, 180, 182 and 184.
A computer implemented method of controlling content being output to multiple devices, the method being implemented in a system comprising at least one tuner, said at least one tuner being capable of receiving a signal associated with a content channel and outputting from said signal a program transport stream to a QAM modulator configured for permitting dynamic duplication of said content channel on multiple outputs QAM-channels, wherein each of the multiple devices is statically tuned to a different QAM-channel, the method characterized by comprising: retrieving, from said at least one tuner, a list of available content channels; displaying said list of available content channels on a first part of a user interface; displaying a list of said at least one tuner on a second part of said user interface; displaying a list of said multiple devices on a third part of said user interface; associating, through said user interface, a given content channel among said list of available content channel with a target tuner among said list of said at least one tuner, in response to dragging and dropping said given channel to said target tuner, causing said tuner to be configured to receive a signal associated with said given content channel; associating, through said user interface, said target tuner with at least one device of said multiple devices, in response to dragging and dropping said target tuner to said at least one device, causing said QAM modulator to be configured to duplicate said given content channel on the different QAM channels to which each of said at least one device is tuned. retrieving, from said at least one tuner, a list of available content channels; displaying said list of available content channels on a first part of a user interface; displaying a list of said at least one tuner on a second part of said user interface; displaying a list of said multiple devices on a third part of said user interface; associating, through said user interface, a given content channel among said list of available content channel with a target tuner among said list of said at least one tuner, in response to dragging and dropping said given channel to said target tuner, causing said tuner to be configured to receive a signal associated with said given content channel; associating, through said user interface, said target tuner with at least one device of said multiple devices, in response to dragging and dropping said target tuner to said at least one device, causing said QAM modulator to be configured to duplicate said given content channel on the different QAM channels to which each of said at least one device is tuned.