mhurhangee/patent-ind-claim-en huggingface dataset:
A cross-link for a track of a tracked vehicle, in particular a snow groomer, for advancing along delicate ground, the cross-link (3; 14; 23; 33; 34) extending parallel to a given plane (A) and comprising a mounting member (4; 15; 24; 35) comprising a wall (7; 18; 27; 37) configured for being arranged in contact with the delicate ground; a blade (5; 16; 25; 36), which protrudes from the wall (7; 18; 27; 37), is fixed to the wall (7; 18; 27; 37) and has a free edge (12; 21; 30; 39), wherein the wall (7; 18; 27; 37) and the blade (5; 16; 25; 36) are configured so as to define two support surfaces (11; 20; 29; 38) extending on opposite sides of the blade (5; 16; 25; 36) to allow the sinking of the blade (5; 16; 25; 36) into the delicate ground and prevent the sinking of the mounting member (4; 15; 24; 35), characterised in that the two support surfaces (11; 20; 29; 38) have the same area, the same width (B) and the blade (5; 16; 25; 36) protrudes for a distance (C) from the wall (7; 18; 27; 37), said distance (C) being less than twice said width (B).
A method of controlling on-device access using a set of stored instructions executed by a computer processor to perform the steps of: implementing a container application and a plurality of sub-applications on a computing device , wherein the container application is configured to manage the sub-applications; receiving a communication for a first sub-application of said plurality of sub-applications by a first service programming interface, SPI, of the container application , the communication being sent by an on-device process over a first communication pathway of a device infrastructure of the computer device utilizing an inter-process communication, IPC, framework provided by an operating system executing on the device infrastructure , the first communication pathway being provided external to the first SPI, and the first SPI implementing security policies on the communication received via the first communication pathway ; retransmitting the communication by the first SPI to a second SPI of the first sub-application over a second communication pathway that bypasses the IPC framework provided by the operating system, the second communication pathway being internal to the first SPI ; receiving a response to the communication by the first SPI from the second SPI over the second communication pathway ; and directing the response to the on-device process over the first communication pathway . implementing a container application and a plurality of sub-applications on a computing device , wherein the container application is configured to manage the sub-applications; receiving a communication for a first sub-application of said plurality of sub-applications by a first service programming interface, SPI, of the container application , the communication being sent by an on-device process over a first communication pathway of a device infrastructure of the computer device utilizing an inter-process communication, IPC, framework provided by an operating system executing on the device infrastructure , the first communication pathway being provided external to the first SPI, and the first SPI implementing security policies on the communication received via the first communication pathway ; retransmitting the communication by the first SPI to a second SPI of the first sub-application over a second communication pathway that bypasses the IPC framework provided by the operating system, the second communication pathway being internal to the first SPI ; receiving a response to the communication by the first SPI from the second SPI over the second communication pathway ; and directing the response to the on-device process over the first communication pathway .
A method for configuring, via a website , a device to provide printing services to a local network , comprising: creating, via a website , a service host object that comprises a network address of a device on a local network and a service host name , wherein the website is hosted by a server located behind a firewall blocking network traffic from the local network , the server being configured to communicate with the device through the firewall ; configuring, via the website , one or more printing service settings for one or more printing services ; sending, by the server , an indication to the device on the local network to run a service manager that enables the device as a printing service host to act as a proxy for the server to communicate with the one or more printing services running on the local network behind the firewall ; and sending, by the server , an indication to the service manager to run the one or more printing services on the local network based on the one or more printing service settings , wherein the one or more printing services communicate at regular intervals with the server to determine whether the printing service settings have been reconfigured or updated. creating, via a website , a service host object that comprises a network address of a device on a local network and a service host name , wherein the website is hosted by a server located behind a firewall blocking network traffic from the local network , the server being configured to communicate with the device through the firewall ; configuring, via the website , one or more printing service settings for one or more printing services ; sending, by the server , an indication to the device on the local network to run a service manager that enables the device as a printing service host to act as a proxy for the server to communicate with the one or more printing services running on the local network behind the firewall ; and sending, by the server , an indication to the service manager to run the one or more printing services on the local network based on the one or more printing service settings , wherein the one or more printing services communicate at regular intervals with the server to determine whether the printing service settings have been reconfigured or updated.
A method for a mobile imaging system , comprising: upon conditions being met for moving the mobile imaging system, collapsing a column coupling an imaging assembly to a drive system while concomitantly moving the drive system, wherein the conditions for moving the mobile imaging system include exertion of force on a handle coupled to the drive system or actuation of a switch by a user, during or after parking a tube arm . upon conditions being met for moving the mobile imaging system, collapsing a column coupling an imaging assembly to a drive system while concomitantly moving the drive system, wherein the conditions for moving the mobile imaging system include exertion of force on a handle coupled to the drive system or actuation of a switch by a user, during or after parking a tube arm .
A service migration method that is used in a software upgrade in an NFV architecture, wherein the method comprises: sending (S304, S604), by a virtualized network function manager, VNFM, module, a virtual machine, VM, request command to a first virtualized infrastructure manager, VIM, module, wherein the first VIM module manages a first host on which first software is installed; receiving, by the VNFM module, a VM request response from the first VIM module, wherein the VM request response comprises information about a first VM that the first VIM module requests on the first host, and virtual machine own data that can run on the first host is configured on the first VM, the virtual machine own data for the first VM is configured by the first VIM module according to an environmental parameter of the first software deployed on the first host, the first VM is deployed on the first host; and sending (S306, S606), by the VNFM module, a service migration command to a virtualized network function, VNF, module, wherein the service migration command is used to instruct the VNF module to migrate a running service on a second VM to the first VM, and the second VM is deployed on a second host on which second software is installed; wherein the first software and the second software are homogeneous software or heterogeneous software. sending (S304, S604), by a virtualized network function manager, VNFM, module, a virtual machine, VM, request command to a first virtualized infrastructure manager, VIM, module, wherein the first VIM module manages a first host on which first software is installed; receiving, by the VNFM module, a VM request response from the first VIM module, wherein the VM request response comprises information about a first VM that the first VIM module requests on the first host, and virtual machine own data that can run on the first host is configured on the first VM, the virtual machine own data for the first VM is configured by the first VIM module according to an environmental parameter of the first software deployed on the first host, the first VM is deployed on the first host; and sending (S306, S606), by the VNFM module, a service migration command to a virtualized network function, VNF, module, wherein the service migration command is used to instruct the VNF module to migrate a running service on a second VM to the first VM, and the second VM is deployed on a second host on which second software is installed; wherein the first software and the second software are homogeneous software or heterogeneous software.
An insertion tool for inserting a catheter into a body of a patient, comprising: a housing in which at least a portion of the catheter is initially disposed; a needle distally extending from the housing , at least a portion of the catheter pre-disposed over the needle ; a guidewire ; and a guidewire advancement assembly for selectively advancing the distal end of the guidewire out a distal opening of the needle in preparation for distal advancement of the catheter , wherein the housing includes a stability structure configured to support the needle extending from the housing , the stability structure configured to separate upon distal advancement of the catheter to enable the catheter to exit the housing , wherein the housing includes a top housing portion and a bottom housing portion , and wherein a bottom portion of the stability structure is included with the bottom housing portion and a top portion of the stability structure is included with the top housing portion , the stability structure disposed at an exit point of the needle from the housing, characterized in that the bottom and top portions of the stability structure are configured to overlap one another so as to provide the support to the needle and the bottom stability structure includes first and second arms that are laterally spreadable so as to enable the catheter to pass the first and second arms when the catheter advancement assembly is distally advanced.. a housing in which at least a portion of the catheter is initially disposed; a needle distally extending from the housing , at least a portion of the catheter pre-disposed over the needle ; a guidewire ; and a guidewire advancement assembly for selectively advancing the distal end of the guidewire out a distal opening of the needle in preparation for distal advancement of the catheter ,
A method for obtaining water-soluble compounds from eukaryotic or prokaryotic microalgae (cyanobacteria), characterized in that said method comprises at least one step of extracting said water-soluble compounds using an ultrasound treatment by applying an ultrasonic power (Pus) of between 10 and 1000 W/L to the microalgae or cyanobacteria mixed with an aqueous solution to which a pressure (P) of between 1 and 2 bar, a temperature (T) of between 5 and 70°C, and a flow rate (D) of between 1 and 1000 L/hour is concurrently applied.
A data packet transmission method, characterized in comprising: receiving (S403), at a base station that serves user equipment, UE, a first paging message from a core network device, wherein the first paging message comprises instruction information of small data packet; receiving (S405), by the base station, an RRC connection establishment request message from the UE; sending (S406), by the base station, a paging response message to the core network device, according to the instruction information of small data packet; after receiving the RRC connection establishment request message from the UE; receiving (S407), by the base station, a small data packet from the core network device; and sending (S408), by the base station, an RRC connection establishment message to the UE, wherein the RRC connection establsihment message comprises the small data packet. receiving (S403), at a base station that serves user equipment, UE, a first paging message from a core network device, wherein the first paging message comprises instruction information of small data packet; receiving (S405), by the base station, an RRC connection establishment request message from the UE; sending (S406), by the base station, a paging response message to the core network device, according to the instruction information of small data packet; after receiving the RRC connection establishment request message from the UE; receiving (S407), by the base station, a small data packet from the core network device; and sending (S408), by the base station, an RRC connection establishment message to the UE, wherein the RRC connection establsihment message comprises the small data packet.
Tooling for the manufacture of a tab having a first surface which is a top surface of the tab , a second surface which is a bottom surface of the tab, the tab to be affixed to a can end , the tooling comprising: a first tool having a first generally planar surface connected to an arcuate surface connected to a first projection ; a second tool having a second generally planar surface connected to a second projection ; wherein the arcuate surface of the first tool is structured to wipe a peripheral surface of the tab placed between the first tool and the second tool over the second tool ; characterized by the first generally planar surface and the arcuate surface of the first tool being structured to cooperate with the projection of the second tool to form thinned arcuate strips on the second surface of the tab proximate to the peripheral surface of the tab , wherein the arcuate strips comprise a thinned portion of the tab structured to be formed further into a preselected portion of a curled or hemmed portion of the tab . a first tool having a first generally planar surface connected to an arcuate surface connected to a first projection ; a second tool having a second generally planar surface connected to a second projection ; wherein the arcuate surface of the first tool is structured to wipe a peripheral surface of the tab placed between the first tool and the second tool over the second tool ; characterized by the first generally planar surface and the arcuate surface of the first tool being structured to cooperate with the projection of the second tool to form thinned arcuate strips on the second surface of the tab proximate to the peripheral surface of the tab , wherein the arcuate strips comprise a thinned portion of the tab structured to be formed further into a preselected portion of a curled or hemmed portion of the tab .
An apparatus for lifting vehicles, the apparatus comprising: (a) a runway configured to vertically lift a vehicle by transitioning from a lowered position to a raised position; (b) a third armature assembly comprising a third front end and a third rear end; (c) a base ; (d) a first armature assembly pivotally coupled to the base and the third armature assembly ; (e) a second armature assembly pivotally coupled to the base and the third front end of the third armature assembly ; and (f) an actuation assembly configured to actuate the third armature assembly relative to the base , thereby transitioning the runway from the lowered position to the raised position; the runway includes pin blocks , the third rear end of the third armature assembly is pivotally coupled to the pin blocks ; the first armature assembly is coupled to the base by a first pin and to the third armature assembly by a third pin ; the second armature assembly is coupled to the base by a second pin ; and characterized in that the actuation assembly is pivotally coupled to the third pin and the second pin . (a) a runway configured to vertically lift a vehicle by transitioning from a lowered position to a raised position; (b) a third armature assembly comprising a third front end and a third rear end; (c) a base ; (d) a first armature assembly pivotally coupled to the base and the third armature assembly ; (e) a second armature assembly pivotally coupled to the base and the third front end of the third armature assembly ; and (f) an actuation assembly configured to actuate the third armature assembly relative to the base , thereby transitioning the runway from the lowered position to the raised position;
A leak current detecting device comprising: a zero-phase current detection means for detecting zero-phase current on an electric path; a voltage detection means for detecting voltage on the electric path; a differentiation means for calculating a differential value of the zero-phase current on the basis of phase information about the voltage; and a leak current deriving means for deriving leak current on the basis of a value of the zero-phase current and the differential value. a zero-phase current detection means for detecting zero-phase current on an electric path; a voltage detection means for detecting voltage on the electric path; a differentiation means for calculating a differential value of the zero-phase current on the basis of phase information about the voltage; and a leak current deriving means for deriving leak current on the basis of a value of the zero-phase current and the differential value.
A hydrogenated block copolymer obtained by hydrogenating a block copolymer [C] that comprises two polymer blocks [A] and one polymer block [B], the polymer blocks [A] comprising a repeating unit [I] derived from an aromatic vinyl compound as a main component, and the polymer block [B] comprising a repeating unit [I] derived from an aromatic vinyl compound and a repeating unit [II] derived from a linear conjugated diene compound as main components, (i) a ratio (wA:wB) of a total weight fraction wA of the polymer blocks [A] in the block copolymer [C] to a weight fraction wB of the polymer block [B] in the block copolymer [C] being 45:55 to 65:35, (ii) a ratio (w[I B ]:w[II B ]) of a weight fraction w[I B ] of the repeating unit [I] derived from an aromatic vinyl compound in the polymer block [B] to a weight fraction w[II B ] of the repeating unit [II] derived from a linear conjugated diene compound in the polymer block [B] being 40:60 to 55:45, (iii) 90% of more of unsaturated bonds included in the block copolymer [C] having been hydrogenated, (iv) the hydrogenated block copolymer having a weight average molecular weight of 60,000 to 150,000, and (v) the hydrogenated block copolymer having a low-temperature-side glass transition temperature [Tgi] determined by dynamic viscoelastic measurement of 0°C or more, and having a high-temperature-side glass transition temperature [Tg 2 ] determined by dynamic viscoelastic measurement of 135°C or more. (i) a ratio (wA:wB) of a total weight fraction wA of the polymer blocks [A] in the block copolymer [C] to a weight fraction wB of the polymer block [B] in the block copolymer [C] being 45:55 to 65:35, (ii) a ratio (w[I B ]:w[II B ]) of a weight fraction w[I B ] of the repeating unit [I] derived from an aromatic vinyl compound in the polymer block [B] to a weight fraction w[II B ] of the repeating unit [II] derived from a linear conjugated diene compound in the polymer block [B] being 40:60 to 55:45, (iii) 90% of more of unsaturated bonds included in the block copolymer [C] having been hydrogenated, (iv) the hydrogenated block copolymer having a weight average molecular weight of 60,000 to 150,000, and (v) the hydrogenated block copolymer having a low-temperature-side glass transition temperature [Tgi] determined by dynamic viscoelastic measurement of 0°C or more, and having a high-temperature-side glass transition temperature [Tg 2 ] determined by dynamic viscoelastic measurement of 135°C or more.
A cluster of cans held together by one or more clustering units in a pre-use state, said clustering unit being made of metal and comprising a plurality of contact parts provided with fastening means each fixing said clustering unit to one of said cans ; characterized in that one or more of said contact parts comprises disengagement means configured as a weakened or broken line in the metal of said clustering unit , thereby adapted to release said can fixed by said contact part from said clustering unit , wherein a main part of said clustering unit is permanently fixed to one of said cans , whereas smaller parts of the clustering unit is releasably fixed to the other cans of said cluster via said disengagement means . characterized in that one or more of said contact parts comprises disengagement means configured as a weakened or broken line in the metal of said clustering unit , thereby adapted to release said can fixed by said contact part from said clustering unit , wherein a main part of said clustering unit is permanently fixed to one of said cans , whereas smaller parts of the clustering unit is releasably fixed to the other cans of said cluster via said disengagement means .
Crane, comprising a. an undercarriage , b. an upper carriage arranged on the undercarriage , c. a rotating connection for rotatably mounting the upper carriage on the undercarriage about an axis of rotation , d. a support unit (20; 29; 35) attached to the upper carriage for increasing a distance (d) of a tilting edge from the axis of rotation such that the crane has increased stability and an increased load capacity, and the support unit (20; 29; 35) has at least one support cylinder and a height adjustment element, e. a boom which is arranged on the upper carriage opposite to the axis of rotation of the support unit (20; 29; 35), characterized in that the support unit is arranged, when the crane (1; 23) is not loaded, at an, in particular variably adjustable, distance (D) from the ground and the upper carriage is deformed by additional upper carriage counterweight in such a way that the support unit is supported on the ground . a. an undercarriage , b. an upper carriage arranged on the undercarriage , c. a rotating connection for rotatably mounting the upper carriage on the undercarriage about an axis of rotation , d. a support unit (20; 29; 35) attached to the upper carriage for increasing a distance (d) of a tilting edge from the axis of rotation such that the crane has increased stability and an increased load capacity, and the support unit (20; 29; 35) has at least one support cylinder and a height adjustment element, e. a boom which is arranged on the upper carriage opposite to the axis of rotation of the support unit (20; 29; 35), characterized in that the support unit is arranged, when the crane (1; 23) is not loaded, at an, in particular variably adjustable, distance (D) from the ground and the upper carriage is deformed by additional upper carriage counterweight in such a way that the support unit is supported on the ground .