mhurhangee/patent-ind-claim-en huggingface dataset:
Heat pump system comprising at least one heat medium circuit in turn comprising a compressor , an expansion valve , at least two primary heat exchanging means arranged to transfer thermal energy between a primary-side heat medium and at least one of two different primary heat sources or sinks selected from outdoor air, a water body, the ground or exhaust air, at least one secondary heat exchanging means , arranged to transfer thermal energy between a secondary-side heat medium and at least one of two different secondary heat sources or sinks selected from indoors air, pool water, tap water and a topmost outdoor ground layer, a respective temperature sensor arranged to measure the temperature of each of said primary heat sources or sinks, a valve means arranged to selectively direct the primary-side heat medium to at least one of said primary heat exchanging means, and a control means arranged to control said valve means, characterised in that the speed of the compressor can be controlled, in that the control means is arranged to, in a secondary-side heating operating mode, measure the temperature of said primary heat sources or sinks, and to control the valve means to selectively direct the primary-side heat medium to only the primary heat exchanging means associated with the heat source or sink with the highest temperature, or to several of said primary heat exchanging means associated with the respective heat sources or sinks with the highest temperatures, and in that the control means is arranged to control the speed of the compressor so that a total instantaneous heating power requirement for the heat pump system is met based upon the current temperature of the or those primary heat sources or sinks to which the primary-side heat medium currently is directed. an expansion valve , at least two primary heat exchanging means arranged to transfer thermal energy between a primary-side heat medium and at least one of two different primary heat sources or sinks selected from outdoor air, a water body, the ground or exhaust air, at least one secondary heat exchanging means , arranged to transfer thermal energy between a secondary-side heat medium and at least one of two different secondary heat sources or sinks selected from indoors air, pool water, tap water and a topmost outdoor ground layer, a respective temperature sensor arranged to measure the temperature of each of said primary heat sources or sinks, a valve means arranged to selectively direct the primary-side heat medium to at least one of said primary heat exchanging means, and
A detachable lift gate hinge cover assembly , comprising: a bracket fixed to a roof of an automobile vehicle ; a plate assembly releasably connected to the bracket , the plate assembly when positioned in an installed position at least partially within and covering a lift gate hinge pocket; and wherein the bracket includes an attachment member having an integrally connected coupling portion , the coupling portion including a clearance opening , and wherein the plate assembly includes a panel having a retention member integrally connected to the panel , the plate assembly when rotated in a first direction of rotation aligning the retention member with the clearance opening of the coupling portion for insertion and removal of the retention member through the clearance opening allowing both connection and disconnection of the plate assembly with the bracket . a bracket fixed to a roof of an automobile vehicle ; a plate assembly releasably connected to the bracket , the plate assembly when positioned in an installed position at least partially within and covering a lift gate hinge pocket; and wherein the bracket includes an attachment member having an integrally connected coupling portion , the coupling portion including a clearance opening , and wherein the plate assembly includes a panel having a retention member integrally connected to the panel , the plate assembly when rotated in a first direction of rotation aligning the retention member with the clearance opening of the coupling portion for insertion and removal of the retention member through the clearance opening allowing both connection and disconnection of the plate assembly with the bracket .
An interferometric inverse synthetic aperture radar, IFISAR , comprising: a two-dimensional antenna array comprising a plurality of elements configured to: transmit a radio-frequency, RF, signal toward a target using substantially all of the plurality of elements; receive a plurality of return signals carrying energy of the transmitted RF signal that are reflected from the target, wherein a first antenna group and a second antenna group of the plurality of elements respectively located at opposite ends of the array are enabled, and a third antenna group of the plurality of elements located between the first antenna group and the second antenna group is disabled; and a processor operatively coupled to the plurality of elements and configured to determine height characteristics of the target according to interferometric processing of the return signals received by the first antenna group and the second antenna group. transmit a radio-frequency, RF, signal toward a target using substantially all of the plurality of elements; receive a plurality of return signals carrying energy of the transmitted RF signal that are reflected from the target, wherein a first antenna group and a second antenna group of the plurality of elements respectively located at opposite ends of the array are enabled, and a third antenna group of the plurality of elements located between the first antenna group and the second antenna group is disabled; and a processor operatively coupled to the plurality of elements and configured to determine height characteristics of the target according to interferometric processing of the return signals received by the first antenna group and the second antenna group.
A computer-implemented method for sending search alert results, comprising: receiving a first query result from a first search engine, wherein the query result is obtained in response to a first query that comprises a first search value for locating resources; forming a first digital signature of a first relevant portion of the resource identified by the first search query results, wherein the first relevant portion comprises content identified by the first search value; receiving a second query result from a second search engine, wherein the query result is obtained in response to a second query that comprises the first search query, and wherein the second search engine is the same as or different from the first search engine; forming a second digital signature of a second relevant portion of the resource identified by the second search query results, wherein the second relevant portion comprises content identified by the first search value; sending a notification to a user in response to a comparison of the first and second digital signatures being different; forming a third digital signature of a schema of the resource identified by the first search query results; and forming a fourth digital signature of a schema of the resource identified by the second search query results, wherein the notification is not sent to the user in response to a comparison of the third and fourth digital signatures being different. receiving a first query result from a first search engine, wherein the query result is obtained in response to a first query that comprises a first search value for locating resources; forming a first digital signature of a first relevant portion of the resource identified by the first search query results, wherein the first relevant portion comprises content identified by the first search value; receiving a second query result from a second search engine, wherein the query result is obtained in response to a second query that comprises the first search query, and wherein the second search engine is the same as or different from the first search engine; forming a second digital signature of a second relevant portion of the resource identified by the second search query results, wherein the second relevant portion comprises content identified by the first search value; sending a notification to a user in response to a comparison of the first and second digital signatures being different; forming a third digital signature of a schema of the resource identified by the first search query results; and forming a fourth digital signature of a schema of the resource identified by the second search query results, wherein the notification is not sent to the user in response to a comparison of the third and fourth digital signatures being different.
A system , comprising: a surface having a fluid flowing over the surface; an actuator coupled to the surface to move the surface relative to the fluid; and characterised in that the system further comprises: a controller that causes the actuator to generate a shear wave in a plane of the surface that modifies drag in the fluid. a surface having a fluid flowing over the surface; an actuator coupled to the surface to move the surface relative to the fluid; and characterised in that the system further comprises: a controller that causes the actuator to generate a shear wave in a plane of the surface that modifies drag in the fluid.
A computer implemented method of remotely updating security systems, for use in a system comprising a storage device , a gateway in communication with a security system panel , and a host system operating as a database server and coordinating access to data stored on the storage device , wherein the storage device stores a database of updates for a plurality of security system panels on the storage device , wherein the database of updates stores information relating to the plurality of security system panels, wherein said information includes a security system panel version identifier, which includes at least one of a module type and a firmware version; wherein the computer implemented method comprises a security update application program executing on the host system carrying out the steps of: identifying an update for the security system panel by searching the database of updates; sending a request to the gateway for a current module type and firmware version; determining whether the current module type and firmware version received from the gateway matches the update; and if the current module type and firmware version received from the gateway match the update, transmitting the update from the host system to the security system panel via the gateway using a data exchange sequence between the host system and the gateway , wherein the data exchange sequence is for enabling communications between the host system and the security system panel via said gateway . identifying an update for the security system panel by searching the database of updates; sending a request to the gateway for a current module type and firmware version; determining whether the current module type and firmware version received from the gateway matches the update; and if the current module type and firmware version received from the gateway match the update, transmitting the update from the host system to the security system panel via the gateway using a data exchange sequence between the host system and the gateway , wherein the data exchange sequence is for enabling communications between the host system and the security system panel via said gateway .
A fiber sheet comprising: a plurality of stem fibers containing a thermoplastic resin and extending in one direction; and a fibril fiber containing substantially an identical thermoplastic resin with the thermoplastic resin, extending between the stem fibers , and having a smaller diameter than that of the stem fibers , wherein the plurality of stem fibers include first stem fiber and second stem fiber branching from the first stem fiber, and have a void between the stem fibers , and the stem fibers hold a plurality of inorganic particles, some or all of the inorganic particles are placed to be exposed from the stem fibers , and the inorganic particles are contained at a content of 10% by mass or more and 70% by mass or less; wherein the fibril fiber has a fiber diameter of 250 nm or less, and the stem fibers have a fiber diameter of more than 250 nm; and wherein the fibril fiber is formed to branch from at least one of the stem fibers . a plurality of stem fibers containing a thermoplastic resin and extending in one direction; and a fibril fiber containing substantially an identical thermoplastic resin with the thermoplastic resin, extending between the stem fibers , and having a smaller diameter than that of the stem fibers , wherein the plurality of stem fibers include first stem fiber and second stem fiber branching from the first stem fiber, and have a void between the stem fibers , and the stem fibers hold a plurality of inorganic particles, some or all of the inorganic particles are placed to be exposed from the stem fibers , and the inorganic particles are contained at a content of 10% by mass or more and 70% by mass or less; wherein the fibril fiber has a fiber diameter of 250 nm or less, and some or all of the inorganic particles are placed to be exposed from the stem fibers , and the inorganic particles are contained at a content of 10% by mass or more and 70% by mass or less; wherein the fibril fiber has a fiber diameter of 250 nm or less, and the stem fibers have a fiber diameter of more than 250 nm; and
A MEMS device, comprising: a substrate having an anchor electrode and an RF electrode disposed therein; and a switching element comprising a stress layer , a bottom layer and a top layer , wherein the bottom layer is coupled to the top layer at a first end and the bottom layer is coupled to the anchor electrode at the second end; characterised in that the stress layer is under tensile stress, wherein the stress layer is in contact with a bottom surface of the bottom layer and wherein the top layer is spaced from the bottom layer at a first location. a substrate having an anchor electrode and an RF electrode disposed therein; and a switching element comprising a stress layer , a bottom layer and a top layer , wherein the bottom layer is coupled to the top layer at a first end and the bottom layer is coupled to the anchor electrode at the second end; characterised in that the stress layer is under tensile stress, wherein the stress layer is in contact with a bottom surface of the bottom layer and wherein the top layer is spaced from the bottom layer at a first location.
A first entity for multi-link implementation in a wireless network, the first entity being configured to: transmit a first indication to a second entity , wherein the first indication indicates a first set of packets transmitted from the first entity to a first link receiver ; and transmit a first transmit status indication to the second entity , wherein the first transmit status indication indicates which packets of the first set of packets were successfully received by the first link receiver , and/or indicates which packets of the first set of packets were not received by the first link receiver , wherein each packet indicated in the first indication and the first transmit status indication is associated with a global multi-link sequence number. transmit a first indication to a second entity , wherein the first indication indicates a first set of packets transmitted from the first entity to a first link receiver ; and transmit a first transmit status indication to the second entity , wherein the first transmit status indication indicates which packets of the first set of packets were successfully received by the first link receiver , and/or indicates which packets of the first set of packets were not received by the first link receiver , wherein each packet indicated in the first indication and the first transmit status indication is associated with a global multi-link sequence number.
A cover for protection of a neck and a closure member of a bottle , wherein the cover comprises a sleeve ; wherein the sleeve is configured to enclose the neck characterised in that the sleeve comprises a stretchable paper material , and in that the stretchability according to ISO 1924-3:2005 of the stretchable paper material of the sleeve is at least 5 % in the machine direction (MD) and at least 5 % in the cross direction (CD).
A method for securely registering a sequence of transactions with a distributed system , wherein the distributed system comprises a registration device and a signature device , wherein the registration device comprises a transaction storage for storing signed transaction records signed by the signature device , wherein the signature device comprises a key usage counter that is incremented with each signature generated by the signature device , wherein each signed transaction record comprises an associated value of the key usage counter at the time of the signature, wherein the method comprises: comparing a present value of the key usage counter with a last recorded value, which last recorded value is the associated value of a last signed transaction record in the transaction storage , loading at least one previously signed transaction record from a record buffer of the signature device responsive to detecting a gap between the present value and the last recorded value, and transmitting the loaded at least one previously signed transaction record to the registration device . wherein the distributed system comprises a registration device and a signature device , wherein the registration device comprises a transaction storage for storing signed transaction records signed by the signature device , wherein the signature device comprises a key usage counter that is incremented with each signature generated by the signature device , wherein each signed transaction record comprises an associated value of the key usage counter at the time of the signature, wherein the method comprises: comparing a present value of the key usage counter with a last recorded value, which last recorded value is the associated value of a last signed transaction record in the transaction storage , loading at least one previously signed transaction record from a record buffer of the signature device responsive to detecting a gap between the present value and the last recorded value, and transmitting the loaded at least one previously signed transaction record to the registration device . comparing a present value of the key usage counter with a last recorded value, which last recorded value is the associated value of a last signed transaction record in the transaction storage , loading at least one previously signed transaction record from a record buffer of the signature device responsive to detecting a gap between the present value and the last recorded value, and transmitting the loaded at least one previously signed transaction record to the registration device .
A yoke which is an integrally-formed yoke integrally comprising: a proximal portion ; a pair of arm portions that extend from the proximal portion , the pair of arm portions being used for mounting a joint cross ; a rib portion that projects from the proximal portion toward bases of the pair of arm portions ; and a pair of flanges , wherein a base adjacent to the rib portion is thick so as to rise toward the counterpart arm portion , the proximal portion has an insertion hole for mounting a shaft, a slit formed along the insertion hole and a bolt insertion hole for fastening the slit , characterized in that a positional relationship between the proximal portion and the pair of arm portions is set such that when viewed in an axial direction of the insertion hole , a direction in which the arm portions face to each other, that is a line segment (X), and an insertion direction in which a bolt is inserted in the bolt insertion hole intersect with each other at 45°. a proximal portion ; a pair of arm portions that extend from the proximal portion , the pair of arm portions being used for mounting a joint cross ; a rib portion that projects from the proximal portion toward bases of the pair of arm portions ; and a pair of flanges , wherein a base adjacent to the rib portion is thick so as to rise toward the counterpart arm portion , the proximal portion has an insertion hole for mounting a shaft, a slit formed along the insertion hole and a bolt insertion hole for fastening the slit , characterized in that a positional relationship between the proximal portion and the pair of arm portions is set such that when viewed in an axial direction of the insertion hole , a direction in which the arm portions face to each other, that is a line segment (X), and an insertion direction in which a bolt is inserted in the bolt insertion hole intersect with each other at 45°.
An unelasticated orthodontic device comprising: a first attachment for attaching the device to an upper molar; a second attachment for attaching the device to a lower molar; an extension assembly connected by a first hinge to the first attachment and by a second hinge to the second attachment ; wherein at least the first hinge provides rotation about an axis wherein the axis is moveable relative to the first attachment ; and wherein the extension assembly comprises two extension rods arranged to reciprocate relative to one another and attached to one another, wherein the extension assembly further comprises at least one stop to prevent elongation of the extension assembly past a first predetermined position and prevent compression of the extension assembly past a second predetermined position, characterised in that the extension assembly comprises two collars attached to respective ends of the two extension rods and two anchor plates , said stop being provided by said two collars and said two anchor plates , wherein the first anchor plate is attached to the first extension rod , wherein the second anchor plate is attached to the second extension rod . a first attachment for attaching the device to an upper molar; a second attachment for attaching the device to a lower molar; an extension assembly connected by a first hinge to the first attachment and by a second hinge to the second attachment ; wherein at least the first hinge provides rotation about an axis wherein the axis is moveable relative to the first attachment ; and wherein the extension assembly comprises two extension rods arranged to reciprocate relative to one another and attached to one another, wherein the extension assembly further comprises at least one stop to prevent elongation of the extension assembly past a first predetermined position and prevent compression of the extension assembly past a second predetermined position, characterised in that the extension assembly comprises two collars attached to respective ends of the two extension rods and two anchor plates , said stop being provided by said two collars and said two anchor plates , wherein the first anchor plate is attached to the first extension rod , wherein the second anchor plate is attached to the second extension rod .