mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal management system, comprising: a compressor, comprising an input port and an output port, wherein the compressor is configured to: compress a refrigerant input from the input port, and output the compressed refrigerant through the output port; a condenser, comprising a first interface and a second interface , wherein the second interface is connected to the output port; a first heat exchanger, comprising a third interface and a fourth interface , wherein the third interface is connected to the output port, and the fourth interface is connected to the input port; a second heat exchanger, comprising a fifth interface and a sixth interface , wherein the sixth interface is connected to the input port; and a first electronic expansion valve, comprising a seventh interface and an eighth interface , wherein the seventh interface is connected to the first interface , and the eighth interface is connected to the fifth interface ; wherein the thermal management system further comprises: a first gas-liquid separator, comprising a ninth interface , a tenth interface , and an eleventh interface , wherein the ninth interface is connected to the fourth interface , the tenth interface is connected to the fifth interface , and the eleventh interface is connected to the input port; and the tenth interface is a liquid output port of the first gas-liquid separator. a compressor, comprising an input port and an output port, wherein the compressor is configured to: compress a refrigerant input from the input port, and output the compressed refrigerant through the output port; a condenser, comprising a first interface and a second interface , wherein the second interface is connected to the output port; a first heat exchanger, comprising a third interface and a fourth interface , wherein the third interface is connected to the output port, and the fourth interface is connected to the input port; a second heat exchanger, comprising a fifth interface and a sixth interface , wherein the sixth interface is connected to the input port; and a first electronic expansion valve, comprising a seventh interface and an eighth interface , wherein the seventh interface is connected to the first interface , and the eighth interface is connected to the fifth interface ; wherein the thermal management system further comprises: a first gas-liquid separator, comprising a ninth interface , a tenth interface , and an eleventh interface , wherein the ninth interface is connected to the fourth interface , the tenth interface is connected to the fifth interface , and the eleventh interface is connected to the input port; and the tenth interface is a liquid output port of the first gas-liquid separator. a first gas-liquid separator, comprising a ninth interface , a tenth interface , and an eleventh interface , wherein the ninth interface is connected to the fourth interface , the tenth interface is connected to the fifth interface , and the eleventh interface is connected to the input port; and the tenth interface is a liquid output port of the first gas-liquid separator.
An optical system, which is correctible for all third order aberrations and all fifth order aberrations, having an object side and an image side, comprising: a compound lens consisting of five lens elements between the object side and the image side, characterized in that the five lens elements comprise in sequential order from the object side to the image side: a first lens , which is positive meniscus and concave to the object side; a second lens , which is negative meniscus and concave to the object side; a third lens , which is negative meniscus and convex to the object side; a fourth lens , which is biconvex; and, a fifth lens , which is negative meniscus and concave to the object side; wherein the sequential order of the five lens elements from the object side to the image side corrects all third order aberrations and all fifth order aberrations, and wherein an optical stop is located in object space, before the first lens . a compound lens consisting of five lens elements between the object side and the image side, characterized in that the five lens elements comprise in sequential order from the object side to the image side: a first lens , which is positive meniscus and concave to the object side; a second lens , which is negative meniscus and concave to the object side; a third lens , which is negative meniscus and convex to the object side; a fourth lens , which is biconvex; and, a fifth lens , which is negative meniscus and concave to the object side; a first lens , which is positive meniscus and concave to the object side; a second lens , which is negative meniscus and concave to the object side; a third lens , which is negative meniscus and convex to the object side; a fourth lens , which is biconvex; and, a fifth lens , which is negative meniscus and concave to the object side; wherein the sequential order of the five lens elements from the object side to the image side corrects all third order aberrations and all fifth order aberrations, and wherein an optical stop is located in object space, before the first lens .
A glazing unit comprising an insulating glazing unit that is assembled with at least three panes for use in a window or as a part of a wall in a property, comprising a first pane that is located closer to the exterior of the property, a second pane located closer to the interior of the property, and a third pane located between the first and the second panes, whereby the first pane is provided on its surface that is facing inwards with a coating that reduces the radiation of heat, consisting of a metal oxide layer burned into the surface of the pane, characterised in that also the second pane is provided with a coating that reduces the radiation of heat, consisting of a metal oxide layer arranged on the outwardly facing side of the second pane and the third pane is provided with a coating that reduces the radiation of heat, consisting of a metal oxide layer that is burned into the surface of the pane .
A thread forming tap comprising: a body in a shaft shape; and a tip concentrically and detachably attached to a leading end portion of the body by screw-fastening and rotationally driven around an axial center O along with the body for rolling of a female thread, the body being disposed with a screw hole concentrically to the axial center O, the body being disposed with a restraining hole concentrically to the axial center O such that a restraining portion disposed on the tip concentrically to the axial center O is fitted into the restraining hole to position the body and the tip concentrically to the axial center O, characterized in that a screw shaft disposed on the tip concentrically to the axial center O is screwed into the screw hole for the screw-fastening, a leading end surface of the screw shaft being pressed against a bottom surface of the screw hole into close contact with each other by the screw-fastening to integrally fix the tip to the body without the leading end of the body abutting on the tip, wherein an outer diameter (Df) of the leading end surface of the screw shaft brought into close contact with the bottom surface of the screw hole is within a range of 30 to 55 % of a machining diameter (Dt) of the tip, and wherein a nominal diameter (Ds) of the screw hole and the screw shaft is within a range of 48 to 66 % of a machining diameter of the tip. a body in a shaft shape; and a tip concentrically and detachably attached to a leading end portion of the body by screw-fastening and rotationally driven around an axial center O along with the body for rolling of a female thread, the body being disposed with a screw hole concentrically to the axial center O, the body being disposed with a restraining hole concentrically to the axial center O such that a restraining portion disposed on the tip concentrically to the axial center O is fitted into the restraining hole to position the body and the tip concentrically to the axial center O, characterized in that a screw shaft disposed on the tip concentrically to the axial center O is screwed into the screw hole for the screw-fastening, a leading end surface of the screw shaft being pressed against a bottom surface of the screw hole into close contact with each other by the screw-fastening to integrally fix the tip to the body without the leading end of the body abutting on the tip, wherein an outer diameter (Df) of the leading end surface of the screw shaft brought into close contact with the bottom surface of the screw hole is within a range of 30 to 55 % of a machining diameter (Dt) of the tip, and wherein a nominal diameter (Ds) of the screw hole and the screw shaft is within a range of 48 to 66 % of a machining diameter of the tip.
Composite, a reinforced product that comprises reinforcing elements and a calendering rubber wherein the reinforcing elements are embedded, each reinforcing element consisting of a component having a metal surface and the calendering rubber comprising a polymer matrix comprising a functional diene polymer that bears at least one aromatic group, which aromatic group is substituted by at least two hydroxyl functions, where two of the hydroxyl functions are vicinal, the component being a thread or a cord, the whole of the component being made of metal, which composite is a reinforcing reinforcer for tyres, the polymer matrix further comprising a diene elastomer Ed devoid of the aromatic group carrying the two vicinal hydroxyl groups.
A user equipment for wireless communication, comprising: a memory; and one or more processors coupled to the memory, the memory and the one or more processors configured to: determine an automatic gain control parameter, for a group of downlink symbols received via a signal transmitted by a base station, based at least in part on an automatic gain control resource included in the group of downlink symbols; and perform, based at least in part on the automatic gain control parameter, automatic gain control for one or more data symbols included in the group of downlink symbols to enable regulation of the signal strength of the signal, wherein the group of downlink symbols is included in at least one of: a full-duplex resource associated with the base station, or a non-full-duplex resource associated with the base station. a memory; and one or more processors coupled to the memory, the memory and the one or more processors configured to: determine an automatic gain control parameter, for a group of downlink symbols received via a signal transmitted by a base station, based at least in part on an automatic gain control resource included in the group of downlink symbols; and perform, based at least in part on the automatic gain control parameter, automatic gain control for one or more data symbols included in the group of downlink symbols to enable regulation of the signal strength of the signal, wherein the group of downlink symbols is included in at least one of: determine an automatic gain control parameter, for a group of downlink symbols received via a signal transmitted by a base station, based at least in part on an automatic gain control resource included in the group of downlink symbols; and perform, based at least in part on the automatic gain control parameter, automatic gain control for one or more data symbols included in the group of downlink symbols to enable regulation of the signal strength of the signal, wherein the group of downlink symbols is included in at least one of: a full-duplex resource associated with the base station, or a non-full-duplex resource associated with the base station.
Spin-on filter for a filter apparatus for fluid, in particular liquid, in particular oil or fuel, in particular of an internal combustion engine, in particular of a motor vehicle, wherein the spin-on filter features: - a housing pot in which at least one filter element is disposed, - a connecting body which is disposed frontally on the housing pot and provided with a centrally located central opening , - a filter-sided connecting part of a connecting means for releasably connecting the spin-on filter to a filter head of the filter apparatus and which is disposed at the centrally located central opening , wherein the filter-sided connecting part is releasably connectable to a union of a head-sided connecting part of the filter head by means of a plug-in and/or rotational motion with respect to a connecting axis , and wherein the filter-sided connecting part features a plurality of connecting webs which are disposed in a distributed manner in the circumferential direction of the connecting axis on a radially inner circumferential side of the connecting body around the central opening and project radially inwards into the central opening , wherein the connecting means features at least one locking means , having at least one filter-sided locking part which, in the closed position of the connecting means , can form an unlockable connection with at least one head-sided locking part , and wherein the at least one filter-sided locking part is disposed on the connecting body , in particular on the side facing the filter head . - a housing pot in which at least one filter element is disposed, - a connecting body which is disposed frontally on the housing pot and provided with a centrally located central opening , - a filter-sided connecting part of a connecting means for releasably connecting the spin-on filter to a filter head of the filter apparatus and which is disposed at the centrally located central opening ,
A nose clamp comprising a resilient clamping body and a temperature altering body to provide a temperature altering effect on a user's nose, the clamping body comprising: a bridge to extend over a dorsum of a user's nose; and a first jaw and a second jaw to extend from the bridge along respective nasal sidewalls of the user's nose so as to apply a compressing force to compress the nasal sidewalls of a user's nose and urge the temperature altering body into contact with the nasal sidewalls; wherein each jaw comprises an outer wall , an inner wall , and a resilient folding joint between the outer wall and the inner wall to fold the inner wall inwardly from the outer wall ; wherein the shape of the inner wall of each jaw corresponds to the shape of the respective nasal sidewall. a bridge to extend over a dorsum of a user's nose; and a first jaw and a second jaw to extend from the bridge along respective nasal sidewalls of the user's nose so as to apply a compressing force to compress the nasal sidewalls of a user's nose and urge the temperature altering body into contact with the nasal sidewalls; wherein each jaw comprises an outer wall , an inner wall , and a resilient folding joint between the outer wall and the inner wall to fold the inner wall inwardly from the outer wall ; wherein the shape of the inner wall of each jaw corresponds to the shape of the respective nasal sidewall.
A computer-implemented method of detecting the opening of a navigable element forming part of a network of navigable elements within a geographic area, the navigable elements being represented by segments of an electronic map, wherein at least some of the segments of the electronic map are each associated with data indicative of a passability parameter for the segment, the passability parameter being indicative of the likelihood of the navigable element represented by the segment being closed, wherein the value of the passability parameter varies according to a predefined function with respect to time such that the likelihood of the navigable element being closed increases with respect to time, said method comprising: obtaining positional data relating to the movement of a plurality of devices along the navigable elements of the navigable network with respect to time; modifying, for each of one or more segments, the value of the passability parameter associated with a segment such that the likelihood of the navigable element represented by the segment being closed is decreased, when the positional data indicates that a device has been detected traversing the navigable element; modifying, for each of one or more segments, the value of the passability parameter associated with a segment such that the likelihood of the navigable element represented by the segment being closed is increased, when a report is received from an external source indicative of the navigable element being closed; and identifying a potentially closed navigable element as being opened when the value of the passability parameter associated with the segment representing the navigable element passes a predetermined threshold value. obtaining positional data relating to the movement of a plurality of devices along the navigable elements of the navigable network with respect to time; modifying, for each of one or more segments, the value of the passability parameter associated with a segment such that the likelihood of the navigable element represented by the segment being closed is decreased, when the positional data indicates that a device has been detected traversing the navigable element; modifying, for each of one or more segments, the value of the passability parameter associated with a segment such that the likelihood of the navigable element represented by the segment being closed is increased, when a report is received from an external source indicative of the navigable element being closed; and identifying a potentially closed navigable element as being opened when the value of the passability parameter associated with the segment representing the navigable element passes a predetermined threshold value.
A light detection device comprising: a package including an opening configured to allow light to enter therefrom; a light transmitting unit arranged on an inner surface of the package so as to close the opening ; a Fabry-Perot interference filter arranged in the package and having a first mirror and a second mirror , a distance between the first mirror and the second mirror being variable, the Fabry-Perot interference filter configured to transmit the light transmitted by the light transmitting unit ; and a light detector arranged in the package and configured to detect the light transmitted by the Fabry-Perot interference filter , characterized in that the light transmitting unit is integrally configured by including: a band pass filter arranged in the package and configured to transmit the light to be incident on the Fabry-Perot interference filter ; and at least one lens unit configured to condense the light to be incident on the Fabry-Perot interference filter . a package including an opening configured to allow light to enter therefrom; a light transmitting unit arranged on an inner surface of the package so as to close the opening ; a Fabry-Perot interference filter arranged in the package and having a first mirror and a second mirror , a distance between the first mirror and the second mirror being variable, the Fabry-Perot interference filter configured to transmit the light transmitted by the light transmitting unit ; and a light detector arranged in the package and configured to detect the light transmitted by the Fabry-Perot interference filter , characterized in that the light transmitting unit is integrally configured by including: a band pass filter arranged in the package and configured to transmit the light to be incident on the Fabry-Perot interference filter ; and at least one lens unit configured to condense the light to be incident on the Fabry-Perot interference filter . a band pass filter arranged in the package and configured to transmit the light to be incident on the Fabry-Perot interference filter ; and at least one lens unit configured to condense the light to be incident on the Fabry-Perot interference filter .
A process for preparing a complex of magnesium carbonate particles and a pulp fiber, comprising synthesizing the magnesium carbonate in a reaction solution containing the pulp fiber; wherein the magnesium carbonate is a basic magnesium carbonate and is synthesized from magnesium hydroxide; and wherein a gas containing carbon dioxide is injected into a reaction vessel where it is mixed with the reaction solution. wherein the magnesium carbonate is a basic magnesium carbonate and is synthesized from magnesium hydroxide; and wherein a gas containing carbon dioxide is injected into a reaction vessel where it is mixed with the reaction solution.
A method for operating a first IEEE 802.11 compliant device, the method comprising: transmitting, by the first IEEE 802.11 compliant device, a Request-to-Send frame including a first Receiver Address field containing a first locally assigned identifier associated with the first IEEE 802.11 compliant device, wherein the Request-to-Send frame also includes a Transmitter Address field ; determining, by the first IEEE 802.11 compliant device, if a Clear-to-Send frame corresponding to the Request-to-Send frame is received within a specified time interval after transmitting the Request-to-Send frame , wherein the Clear-to-Send frame includes a second Receiver Address field containing a value that is equal to a value contained in the Transmitter Address field ; discontinuing, by the first IEEE 802.11 compliant device, use of the first locally assigned identifier if the Clear-to-Send frame corresponding to the Request-to-Send frame is received within the specified time interval; and continuing, by the first IEEE 802.11 compliant device, use of the first locally assigned identifier if the Clear-to-Send frame corresponding to the Request-to-Send frame is not received within the specified time interval. transmitting, by the first IEEE 802.11 compliant device, a Request-to-Send frame including a first Receiver Address field containing a first locally assigned identifier associated with the first IEEE 802.11 compliant device, wherein the Request-to-Send frame also includes a Transmitter Address field ; determining, by the first IEEE 802.11 compliant device, if a Clear-to-Send frame corresponding to the Request-to-Send frame is received within a specified time interval after transmitting the Request-to-Send frame , wherein the Clear-to-Send frame includes a second Receiver Address field containing a value that is equal to a value contained in the Transmitter Address field ; discontinuing, by the first IEEE 802.11 compliant device, use of the first locally assigned identifier if the Clear-to-Send frame corresponding to the Request-to-Send frame is received within the specified time interval; and continuing, by the first IEEE 802.11 compliant device, use of the first locally assigned identifier if the Clear-to-Send frame corresponding to the Request-to-Send frame is not received within the specified time interval.
Cradle for a turbopropeller engine of an aircraft oriented in a substantially radial direction, comprising a front arch and a rear arch extending transversally with respect to said axial direction (A), said arches being open at their lower ends and connected to one another by at least one axial longeron that extends between said arches , characterised in that the longeron is arranged in the upper portion of the cradle and in that it is formed of one single part with the front arch and with at least one tubular section configured to define an air inlet duct of said turbopropeller engine .