mhurhangee/patent-ind-claim-en huggingface dataset:
A passive diverter fitting for a cooling system of an engine , the engine comprising an engine block defining a block interior coolant passage , a cavity in fluid communication with the block interior coolant passage, and a return opening in fluid communication with the block interior coolant passage, the diverter fitting comprising: a base defining an interior cavity , wherein the base is configured to be removably disposed in the cavity of the engine block; an inlet opening extending through the base such that the inlet opening is in fluid communication with the interior cavity, wherein the inlet opening is positioned to receive coolant when the passive diverter fitting is disposed in the cavity of the engine block; and an outlet opening in fluid communication with the interior cavity, wherein the outlet opening is in fluid communication with the area exterior to the engine block when the passive diverter fitting is disposed in the cavity of the engine block; characterised by the provisions of a bypass opening extending through the base such that the bypass opening is in fluid communication with the interior cavity, wherein the bypass opening is in fluid communication with the block interior coolant passage when the passive diverter fitting is disposed in the cavity of the engine block, wherein coolant received in the interior cavity of the passive diverter fitting via the inlet opening is split, such that a first portion of the coolant moves through the outlet opening and a second portion of the coolant moves through the bypass opening . a base defining an interior cavity , wherein the base is configured to be removably disposed in the cavity of the engine block; an inlet opening extending through the base such that the inlet opening is in fluid communication with the interior cavity, wherein the inlet opening is positioned to receive coolant when the passive diverter fitting is disposed in the cavity of the engine block; and an outlet opening in fluid communication with the interior cavity, wherein the outlet opening is in fluid communication with the area exterior to the engine block when the passive diverter fitting is disposed in the cavity of the engine block; characterised by the provisions of a bypass opening extending through the base such that the bypass opening is in fluid communication with the interior cavity, wherein the bypass opening is in fluid communication with the block interior coolant passage when the passive diverter fitting is disposed in the cavity of the engine block, wherein coolant received in the interior cavity of the passive diverter fitting via the inlet opening is split, such that a first portion of the coolant moves through the outlet opening and a second portion of the coolant moves through the bypass opening .
Test apparatus comprising at least one difference probe and at least one passage opening for items under test about which the difference probe can be rotated, wherein the difference probe has a first half-probe and a second half-probe and at least one pair of conductor loops comprising a first conductor loop of the first half-probe and a second conductor loop of the second half-probe , characterized in that the first conductor loop and the second conductor loop are formed in a mirror-inverted manner to one another and are arranged offset in relation to one another with respect to a mirror-inverted arrangement of the said conductor loops on respective sides of a mirror plane, in which the first conductor loop and the second conductor loop are oriented parallel to the mirror plane, in an offset direction that is likewise parallel to the mirror plane, wherein the first conductor loop and the second conductor loop partially overlap in the normal direction to the mirror plane, and wherein during rotation of the difference probe a centre axis of the passage opening runs substantially parallel to the mirror plane or within the mirror plane.
Bus master device for controlling the operation of at least one hazard alarming device comprising: a first interface for connecting a first bus coupled with the least one hazard alarming device , ; a second interface for connecting a second bus coupled with a central control device , the second bus being a CAN bus, an Ethernet bus, a wireless local area network bus or an optical bus, the second bus being configured to connect a plurality of bus master devices in parallel; an internal time determining device for determining a local time signal to be used to control an alarm operation of the at least one hazard alarming device ; and synchronisation means for receiving a master time signal from the central control device via the second bus and for controlling the local time signal based on the master time signal. a first interface for connecting a first bus coupled with the least one hazard alarming device , ; a second interface for connecting a second bus coupled with a central control device , the second bus being a CAN bus, an Ethernet bus, a wireless local area network bus or an optical bus, the second bus being configured to connect a plurality of bus master devices in parallel; an internal time determining device for determining a local time signal to be used to control an alarm operation of the at least one hazard alarming device ; and synchronisation means for receiving a master time signal from the central control device via the second bus and for controlling the local time signal based on the master time signal.
A pneumatic tire having a tread comprising at least two radially superposed portions comprising: - a surfacic portion intended to come into contact with ground during rolling at least when the tread is new and in the cured state, having a thickness of more than 1 mm and being made of a rubber composition, - an internal portion adjacent to the surfacic portion , having a thickness of more than 1 mm and being made of a rubber composition which is different from the rubber composition of the surfacic portion, wherein the rubber composition of the surfacic portion comprises at least: - a diene elastomer; - more than 30 phr of a liquid plasticizer; - 50 to 150 phr of a reinforcing filler; and - hydro soluble milliparticles having a median size by weight of more than 1 mm, in a volume fraction of the hydro soluble milliparticles of more than 20% in volume of the rubber composition of the surfacic portion. - a surfacic portion intended to come into contact with ground during rolling at least when the tread is new and in the cured state, having a thickness of more than 1 mm and being made of a rubber composition, - an internal portion adjacent to the surfacic portion , having a thickness of more than 1 mm and being made of a rubber composition which is different from the rubber composition of the surfacic portion, - a diene elastomer; - more than 30 phr of a liquid plasticizer; - 50 to 150 phr of a reinforcing filler; and - hydro soluble milliparticles having a median size by weight of more than 1 mm, in a volume fraction of the hydro soluble milliparticles of more than 20% in volume of the rubber composition of the surfacic portion.
Hydraulic unit for generating brake pressure for a hydraulic brake system, comprising a housing which is produced from a cast blank , wherein the cast blank has at least one receiving cavity which is provided for machining to form a receiving profile for sealingly receiving a connecting piece , which is connected to a fluid container and can be plugged into the receiving profile along a plug-in axis (S), wherein the housing comprises at least one piston bore for receiving at least one piston , which is driven along a piston bore axis (A) into the cast blank , characterized in that the receiving cavity is non-circular in a section transversely with respect to the plug-in axis (S) and is stretched along the piston bore axis (A).
An electronic device for generating an aerosol comprising a power unit and an evaporator unit, wherein the evaporator unit comprises a heating system with a heating element and a fluid transporting element, wherein the heating element comprises a dielectric substrate with at least one resistive layer area applied thereon, characterized in that the fluid transporting element is threaded through the heating element.
An adjuvant comprising one or more selected from the group consisting of glycerin and propylene glycol that are polyhydric alcohols for use in the enhancement of immune activity when administered by transdermal or transmucosal application after antigen administration, wherein the adjuvant is contained at 85-100 wt% in a pharmaceutical preparation, wherein the use comprises administration of the antigen by subcutaneous injection or intradermal injection, transmucosal or transdermal administration of the antigen or administration of the antigen with microneedles before the adjuvant is applied.
Tool for processing plastic, comprising: - a number of tool walls (2a-2f), which delimit a shaping cavity of the tool , - at least one tool element , which is held in a receptacle provided therefor of a tool wall (2a-2f) delimiting the shaping cavity of the tool , - an oscillation-generating device , which comprises at least one oscillation-generating element , which is designed to generate mechanical oscillations , more particularly ultrasonic oscillations, and - a sensing device , which comprises at least one sensing element , which is designed to sense mechanical oscillations generated by the at least one oscillation-generating element , wherein the at least one oscillation-generating element and the at least one sensing element are arranged or formed on or in the at least one tool element , characterised in that the at least one tool element is mounted such that it can be moved in at least one, in particular translatory, degree of freedom of movement between a first operating position, in which the at least one tool element is not moved into the free volume of the shaping cavity , and a second operating position, in which the at least one tool element is moved at least in sections into the free volume of the shaping cavity . - a number of tool walls (2a-2f), which delimit a shaping cavity of the tool , - at least one tool element , which is held in a receptacle provided therefor of a tool wall (2a-2f) delimiting the shaping cavity of the tool , - an oscillation-generating device , which comprises at least one oscillation-generating element , which is designed to generate mechanical oscillations , more particularly ultrasonic oscillations, and - a sensing device , which comprises at least one sensing element , which is designed to sense mechanical oscillations generated by the at least one oscillation-generating element , wherein the at least one oscillation-generating element and the at least one sensing element are arranged or formed on or in the at least one tool element , characterised in that the at least one tool element is mounted such that it can be moved in at least one, in particular translatory, degree of freedom of movement between a first operating position, in which the at least one tool element is not moved into the free volume of the shaping cavity , and a second operating position, in which the at least one tool element is moved at least in sections into the free volume of the shaping cavity .
A method for supporting Network Address Translation, NAT, functionality in a 5G Core Network, CN, the 5G CN comprising at least one User Plane Function, UPF, at least one Session Management Function, SMF, and at least one Network Repository Function, NRF, wherein the UPF comprises a UPF Network Function, NF, profile and the UPF NF profile contains at least one NAT NF Service, NAT NFS, instance description, the method comprising: registering, at the NRF, the UPF NF profile, wherein the NAT NFS instance description includes information regarding which NAT functionality it supports; maintaining, at the NRF, the UPF NF profile and enabling the discovery of the UPF NF profile; choosing, by the SMF, which UPF serves a given User Equipment and/or Protocol Data Unit, PDU, session based on the NAT NFS information from the NRF which is available at the SMF; controlling, by the SMF, which of NAT functionality is to be performed based on NAT in at least one of: on a per DNN basis, on a per slice basis, on a per PDU session basis, on a per subscriber basis, on a per IP range basis and/or on a per individual IP basis, wherein the control of which of the NAT functionality is to be performed is done via a Service Based Interface, SBI, while maintaining Packet Forwarding Control Protocol, PFCP, in the N4 interface. registering, at the NRF, the UPF NF profile, wherein the NAT NFS instance description includes information regarding which NAT functionality it supports; maintaining, at the NRF, the UPF NF profile and enabling the discovery of the UPF NF profile; choosing, by the SMF, which UPF serves a given User Equipment and/or Protocol Data Unit, PDU, session based on the NAT NFS information from the NRF which is available at the SMF; controlling, by the SMF, which of NAT functionality is to be performed based on NAT in at least one of: on a per DNN basis, on a per slice basis, on a per PDU session basis, on a per subscriber basis, on a per IP range basis and/or on a per individual IP basis, wherein the control of which of the NAT functionality is to be performed is done via a Service Based Interface, SBI, while maintaining Packet Forwarding Control Protocol, PFCP, in the N4 interface.
A cable tie tensioning and cut-off tool , the cut off tool including a housing , a cable tie gripping mechanism , and a tensioning system for adjusting the tension imparted to the cable tie in the cable tie tensioning and cut-off tool , the tensioning system comprising: a rotatable tension adjustment knob coupled to a rotating cam , wherein the rotating cam is threadingly coupled to a fixed cam , and wherein the fixed cam is coupled to the housing ; a tension shaft having at least one tension biasing member coupled thereto, the tension shaft being attached to the fixed cam , and the tension shaft being coupled to the cable tie gripping mechanism ; the cable tie tensioning and cut-off tool further including a calibration mechanism comprising: a thread being formed on a first end of the tension shaft ; and a calibration nut being located between the rotating cam and a tension adjustment knob , the nut including a threaded opening for receiving the first end of the tension shaft , characterised in that a plurality of ridges are formed on the calibration nut , the ridges being engageable with grooves formed on the rotating cam . a rotatable tension adjustment knob coupled to a rotating cam , wherein the rotating cam is threadingly coupled to a fixed cam , and wherein the fixed cam is coupled to the housing ; a tension shaft having at least one tension biasing member coupled thereto, the tension shaft being attached to the fixed cam , and the tension shaft being coupled to the cable tie gripping mechanism ; the cable tie tensioning and cut-off tool further including a calibration mechanism comprising: a thread being formed on a first end of the tension shaft ; and a calibration nut being located between the rotating cam and a tension adjustment knob , the nut including a threaded opening for receiving the first end of the tension shaft , characterised in that a plurality of ridges are formed on the calibration nut , the ridges being engageable with grooves formed on the rotating cam .
A method of sampling and analyzing seed tissue for genotyping of seeds while maintaining germination capacity, comprising the following steps: - having one or more seeds to genotype, - optionally soaking the seed with water to soften it and enable the next step, - manually or semi-automatically collecting a determined volume of sample from the albumen or cotyledon of the seed(s), using an outline cutter designed to cut, carry away and then release a determined volume of tissue, this volume being determined to allow the analysis of at least one constituent of the seed(s), - placing the tissue sample from a single seed or multiple seeds into an identified, traceable well, - performing the genotyping analysis on the contents of the well(s). - determining the sample(s) with the desired genomic trait(s), optionally sow the selected seed(s) corresponding to those samples that have the desired genomic trait(s). - having one or more seeds to genotype, - optionally soaking the seed with water to soften it and enable the next step, - manually or semi-automatically collecting a determined volume of sample from the albumen or cotyledon of the seed(s), using an outline cutter designed to cut, carry away and then release a determined volume of tissue, this volume being determined to allow the analysis of at least one constituent of the seed(s), - placing the tissue sample from a single seed or multiple seeds into an identified, traceable well, - performing the genotyping analysis on the contents of the well(s). - determining the sample(s) with the desired genomic trait(s), optionally sow the selected seed(s) corresponding to those samples that have the desired genomic trait(s).
A lithium-ion battery cell , comprising: - a casing ; - a first terminal pad having a first polarity and positioned proximate the casing ; - a second terminal pad having a second polarity opposite to the first polarity and positioned proximate the casing ; - a reversal device formed into the casing and responsive to an increase in internal pressure within the casing so as to cause a short circuit between the first terminal pad and the second terminal pad when the internal pressure reaches a threshold; - a perimeter portion of the reversal device , the perimeter portion extending outwardly away from an interior of the lithium-ion battery cell ; and - a movable central portion of the reversal device contiguous with and surrounded by the perimeter portion and comprising a center and a frustum surrounding the center , wherein the frustum and the perimeter portion are oriented crosswise relative to one another, and the frustum extends from the perimeter portion toward the interior of the lithium-ion battery cell . - a casing ; - a first terminal pad having a first polarity and positioned proximate the casing ; - a second terminal pad having a second polarity opposite to the first polarity and positioned proximate the casing ; - a reversal device formed into the casing and responsive to an increase in internal pressure within the casing so as to cause a short circuit between the first terminal pad and the second terminal pad when the internal pressure reaches a threshold; - a perimeter portion of the reversal device , the perimeter portion extending outwardly away from an interior of the lithium-ion battery cell ; and - a movable central portion of the reversal device contiguous with and surrounded by the perimeter portion and comprising a center and a frustum surrounding the center , wherein the frustum and the perimeter portion are oriented crosswise relative to one another, and the frustum extends from the perimeter portion toward the interior of the lithium-ion battery cell .
Fuel cell emulator (FCE) arranged to emulate a fuel cell (FC) when the latter is operatively connected to a fuel cell management system (FCM), the fuel cell emulator, as the emulated fuel cell, including - a first input port (H2 in) and a second input port (Air in) to receive respectively hydrogen flow and air flow from the fuel cell management system, and - a first output port (H2+N2+H2O) arranged to be connected to a recirculation circuit (RC) of the fuel cell management system and a second output port (Air + H2O) arranged to remove the exhaust air from the fuel cell; - a first cooling connection (CLIN, CLOUT) to be connected to a first cooling circuit (CC) of the fuel cell management system; the fuel cell emulator further including: - a burner or catalytic reactor (BR) capable to carry out an oxidizing process of hydrogen and oxygen provided by the fuel cell management system to produce exclusively thermal energy, - a second temperature control circuit (SCC), independent and separated by said first cooling circuit (CC) of the fuel cell management system, arranged to dissipate thermal energy, - control means (FCECU) arranged to control said second temperature control circuit (SCC) such that to dissipate an amount of thermal energy equivalent to the electric energy produced by the emulated fuel cell in the same operating conditions. - a first input port (H2 in) and a second input port (Air in) to receive respectively hydrogen flow and air flow from the fuel cell management system, and - a first output port (H2+N2+H2O) arranged to be connected to a recirculation circuit (RC) of the fuel cell management system and a second output port (Air + H2O) arranged to remove the exhaust air from the fuel cell; - a first cooling connection (CLIN, CLOUT) to be connected to a first cooling circuit (CC) of the fuel cell management system; - a burner or catalytic reactor (BR) capable to carry out an oxidizing process of hydrogen and oxygen provided by the fuel cell management system to produce exclusively thermal energy, - a second temperature control circuit (SCC), independent and separated by said first cooling circuit (CC) of the fuel cell management system, arranged to dissipate thermal energy, - control means (FCECU) arranged to control said second temperature control circuit (SCC) such that to dissipate an amount of thermal energy equivalent to the electric energy produced by the emulated fuel cell in the same operating conditions.
A suture assembly for use in combination with an endoscope having a working channel and a distal end, the suture assembly comprising: a translation assembly axially translatable within the working channel and adapted to releasably engage and disengage a needle ; a distal endcap securable to the distal end of the endoscope and adapted to releasable engage the needle when the translation assembly disengages the needle and to disengage the needle when the translation assembly engages the needle , the distal endcap including a fixation flange disposed near a proximal end of the distal endcap ; said suture assembly being characterized in that it further comprises an inner collet member that is configured to engage the distal endcap and form a compressive fit with the endoscope ; and an outer collet member that is configured to engage the inner collet member in order to form the compressive fit between the inner collet member and the endoscope . a translation assembly axially translatable within the working channel and adapted to releasably engage and disengage a needle ; a distal endcap securable to the distal end of the endoscope and adapted to releasable engage the needle when the translation assembly disengages the needle and to disengage the needle when the translation assembly engages the needle , the distal endcap including a fixation flange disposed near a proximal end of the distal endcap ; said suture assembly being characterized in that it further comprises an inner collet member that is configured to engage the distal endcap and form a compressive fit with the endoscope ; and an outer collet member that is configured to engage the inner collet member in order to form the compressive fit between the inner collet member and the endoscope .