mhurhangee/patent-ind-claim-en huggingface dataset:
A computer program product comprising a computer-readable storage medium storing program code for causing one or more processors to: acquire (502; 602) a downlink, DL synchronization signal from the eNB; obtain an uplink, UL, resource pool information from a System Information Block, SIB, transmitted by the eNB; transmit (504; 604), through the wireless interface, data in a randomly selected uplink resource from a data region of the resource pool to the eNB without approval of the eNB; and monitor DL subframes within an acknowledgement, ACK response window; determine (508; 608) that an ACK response has not been received from the eNB within the ACK response window; and perform (512;612) random backoff on a retransmission of the data, wherein a value for a backoff delay is randomly chosen from a window of values, the window having a window size, W, that is doubled for each retransmission. acquire (502; 602) a downlink, DL synchronization signal from the eNB; obtain an uplink, UL, resource pool information from a System Information Block, SIB, transmitted by the eNB; transmit (504; 604), through the wireless interface, data in a randomly selected uplink resource from a data region of the resource pool to the eNB without approval of the eNB; and monitor DL subframes within an acknowledgement, ACK response window; determine (508; 608) that an ACK response has not been received from the eNB within the ACK response window; and perform (512;612) random backoff on a retransmission of the data, wherein a value for a backoff delay is randomly chosen from a window of values, the window having a window size, W, that is doubled for each retransmission.
A method of forwarding a packet, characterized in that , the method comprises: determining (S101), by a software defined network, SDN, controller , that a first access device (141-144) connected with a database server (102, 181-185) is to be configured with a mirror image rule, wherein the mirror image rule comprises an internet protocol, IP, address of the database server (102, 181-185) connected with the first access device (141-144), a media access control, MAC, address of a database audit device (103, 176-179) connected with a second access device (141-144), and a virtual extensible LAN, VXLAN, tunnel between the first access device (141-144) and the second access device (141-144); and transmitting, by the SDN controller , a mirror image rule adding message carrying the mirror image rule to the first access device (141-144) so as to cause the first access device (141-144) to, after receiving a database access packet whose destination IP address is the IP address of the database server (102, 181-185), obtain (S102) a mirror packet by mirroring the database access packet, replace a destination MAC address of the mirror packet with the MAC address of the database audit device (103, 176-179) according to the mirror image rule, perform VXLAN encapsulation (S103) on the replaced mirror packet, and forward the encapsulated VXLAN packet. determining (S101), by a software defined network, SDN, controller , that a first access device (141-144) connected with a database server (102, 181-185) is to be configured with a mirror image rule, wherein the mirror image rule comprises an internet protocol, IP, address of the database server (102, 181-185) connected with the first access device (141-144), a media access control, MAC, address of a database audit device (103, 176-179) connected with a second access device (141-144), and a virtual extensible LAN, VXLAN, tunnel between the first access device (141-144) and the second access device (141-144); and transmitting, by the SDN controller , a mirror image rule adding message carrying the mirror image rule to the first access device (141-144) so as to cause the first access device (141-144) to, after receiving a database access packet whose destination IP address is the IP address of the database server (102, 181-185), obtain (S102) a mirror packet by mirroring the database access packet, replace a destination MAC address of the mirror packet with the MAC address of the database audit device (103, 176-179) according to the mirror image rule, perform VXLAN encapsulation (S103) on the replaced mirror packet, and forward the encapsulated VXLAN packet. obtain (S102) a mirror packet by mirroring the database access packet, replace a destination MAC address of the mirror packet with the MAC address of the database audit device (103, 176-179) according to the mirror image rule, perform VXLAN encapsulation (S103) on the replaced mirror packet, and forward the encapsulated VXLAN packet.
An on-skin sensor system configured for transcutaneous monitoring of a host, the system comprising: a sensor module housing , the sensor module housing including a first flex arm ; a sensor having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing ; an electrical interconnect coupled to the sensor module housing and to the sensor ; and a base coupled to the first flex arm of the sensor module housing , the base having an adhesive configured to couple the base to the skin of the host, characterised in that the sensor module housing comprises a proximal protrusion having a channel in which at least a portion of the second section of the sensor is located. a sensor module housing , the sensor module housing including a first flex arm ; a sensor having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing ; an electrical interconnect coupled to the sensor module housing and to the sensor ; and a base coupled to the first flex arm of the sensor module housing , the base having an adhesive configured to couple the base to the skin of the host, characterised in that the sensor module housing comprises a proximal protrusion having a channel in which at least a portion of the second section of the sensor is located.
A vehicle comprising a vehicle suspension structure of an axle suspension type including: hub carriers through which a drive shaft extending in a vehicle width direction is disposed, hubs for wheels being fixed to the hub carriers ; and a connecting member that connects the hub carriers on both sides in the vehicle width direction, wherein outer parts in the vehicle width direction of the connecting member are provided with connecting parts that are connected to the hub carriers , an intermediate part in the vehicle width direction of the connecting member is offset vehicle-rearward from the drive shaft , and extends in the vehicle width direction, outer portions in the vehicle width direction of the intermediate part are provided with bent parts that are bent vehicle-frontward and are connected to the connecting parts , the hub carriers each have a cylindrical part extending in the vehicle width direction, and a through-hole through which the drive shaft is inserted is provided at an outer end in the vehicle width direction of the cylindrical part , and the vehicle being characterized in that an upper portion of the cylindrical part is provided with a spring installation part on which a suspension spring is installed. wherein outer parts in the vehicle width direction of the connecting member are provided with connecting parts that are connected to the hub carriers , an intermediate part in the vehicle width direction of the connecting member is offset vehicle-rearward from the drive shaft , and extends in the vehicle width direction, outer portions in the vehicle width direction of the intermediate part are provided with bent parts that are bent vehicle-frontward and are connected to the connecting parts , the hub carriers each have a cylindrical part extending in the vehicle width direction, and a through-hole through which the drive shaft is inserted is provided at an outer end in the vehicle width direction of the cylindrical part , and the vehicle being characterized in that an upper portion of the cylindrical part is provided with a spring installation part on which a suspension spring is installed.
A charging port device for an electric vehicle comprising: a charging port having an engaged part which is engaged with an engaging part of a charging connector by an operation performed by a user, to which power is supplied from an external power source while in an engaged state; and a lock mechanism for achieving a locked state that restricts the releasing operation of the engaging part when the engaging part and the engaged part are in an engaged state, by a movement of a restricting member in a lock direction, and for achieving an unlocked state that permits the releasing operation of the engaging part by the movement of the restricting member in an unlock direction, which is the opposite of the lock direction; wherein the lock mechanism comprises an electric drive mechanism for moving the restricting member by electrically applying a torque, and a mechanical drive mechanism for moving the restricting member by mechanically applying torque, characterized in that the charging port device is configured to, when the restricting member is to be moved to a predetermined position, move the restricting member to the predetermined position by the electric drive mechanism moving the restricting member to an inner-side position, in which the inner-side position is short of a predetermined position corresponding to a locked state or an unlocked state, when the restricting member is to be moved to the predetermined position, and the mechanical drive mechanism moving the restricting member , the electric drive mechanism not being used, from the inner-side position to the predetermined position. a charging port having an engaged part which is engaged with an engaging part of a charging connector by an operation performed by a user, to which power is supplied from an external power source while in an engaged state; and a lock mechanism for achieving a locked state that restricts the releasing operation of the engaging part when the engaging part and the engaged part are in an engaged state, by a movement of a restricting member in a lock direction, and for achieving an unlocked state that permits the releasing operation of the engaging part by the movement of the restricting member in an unlock direction, which is the opposite of the lock direction; wherein the lock mechanism comprises an electric drive mechanism for moving the restricting member by electrically applying a torque, and a mechanical drive mechanism for moving the restricting member by mechanically applying torque, characterized in that the charging port device is configured to, when the restricting member is to be moved to a predetermined position, move the restricting member to the predetermined position by the electric drive mechanism moving the restricting member to an inner-side position, in which the inner-side position is short of a predetermined position corresponding to a locked state or an unlocked state, when the restricting member is to be moved to the predetermined position, and the mechanical drive mechanism moving the restricting member , the electric drive mechanism not being used, from the inner-side position to the predetermined position.
An article and document conveyor comprising: a conflated conveyor including a conveying surface part ; an article merging conveyor including an article conveying surface adapted to convey articles to the conflated conveyor , a document merging conveyor including a document conveying surface adapted to convey documents to the conflated conveyor , and a further document conveyor upstream to the document merging conveyor for feeding documents to the document merging conveyor, characterized in that the conveying surface part and the document conveying surface engage into each other at a transition region such as to form a combined conveying surface at this transition region, and in that the further document conveyor comprises at least one document holder for parking at least one document or document stack, which at least one document holder is adapted to hold documents above a conveying surface of the further document conveyor when being in an operating position. a conflated conveyor including a conveying surface part ; an article merging conveyor including an article conveying surface adapted to convey articles to the conflated conveyor , a document merging conveyor including a document conveying surface adapted to convey documents to the conflated conveyor , and a further document conveyor upstream to the document merging conveyor for feeding documents to the document merging conveyor, characterized in that the conveying surface part and the document conveying surface engage into each other at a transition region such as to form a combined conveying surface at this transition region, and in that the further document conveyor comprises at least one document holder for parking at least one document or document stack, which at least one document holder is adapted to hold documents above a conveying surface of the further document conveyor when being in an operating position.
A process for the recovery of heat generated in the continuous production of a polyether polyol using a double metal cyanide catalyst using a system comprising: (a) a continuous reactor comprising a recirculation outlet and a product storage outlet; (b) a source of alkylene oxide in fluid communication with an inlet of the continuous reactor; (c) a source of the catalyst in fluid communication with an inlet of the continuous reactor; (d) a source of low molecular weight starter in fluid communication with an inlet of the continuous reactor; and (e) a water-cooled heat exchanger comprising: a cooling water inlet in fluid communication with a source of cooling water; and a cooling water outlet in fluid communication with a boiler system, wherein the process comprises the following steps: (a) establishing oxyalkylation conditions in the continuous reactor in the presence of the catalyst; (b) continuously introducing alkylene oxide and a low molecular weight starter into the continuous reactor to form the polyether polyol; (c) continuously removing polyether polyol from the continuous reactor; (d) continuously removing heat from the polyether polyol by utilizing a water-cooled heat exchanger; and (e) feeding heated cooling water from the external water-cooled heat exchanger to the boiler system, wherein the temperature of the heated cooling water as it exits the water-cooled heat exchanger is within the range of 40°C to 85°C. (a) a continuous reactor comprising a recirculation outlet and a product storage outlet; (b) a source of alkylene oxide in fluid communication with an inlet of the continuous reactor; (c) a source of the catalyst in fluid communication with an inlet of the continuous reactor; (d) a source of low molecular weight starter in fluid communication with an inlet of the continuous reactor; and (e) a water-cooled heat exchanger comprising: a cooling water inlet in fluid communication with a source of cooling water; and a cooling water outlet in fluid communication with a boiler system, a cooling water inlet in fluid communication with a source of cooling water; and a cooling water outlet in fluid communication with a boiler system, (a) establishing oxyalkylation conditions in the continuous reactor in the presence of the catalyst; (b) continuously introducing alkylene oxide and a low molecular weight starter into the continuous reactor to form the polyether polyol; (c) continuously removing polyether polyol from the continuous reactor; (d) continuously removing heat from the polyether polyol by utilizing a water-cooled heat exchanger; and (e) feeding heated cooling water from the external water-cooled heat exchanger to the boiler system, wherein the temperature of the heated cooling water as it exits the water-cooled heat exchanger is within the range of 40°C to 85°C.
A tricuspid insufficiency treatment device comprising: a tubular member configured for implantation within a vena cava of a patient, the tubular member formed with a sidewall, and at least two valves arranged circumferentially along the sidewall, each valve comprising: an opening formed in the sidewall, and a blocking member arranged to block and unblock a respective opening of the plurality of openings. wherein: each blocking member comprises a flap or cover pivotally attached at or proximate a portion of a respective opening and arranged to block and unblock the opening during ventricular systole and ventricular diastole, respectively, such that the opening is unblocked in a direction opposite to the attachment of the flap or cover, the at least two valves are arranged along a first circumference at a first location between the ends of the tubular member , and the tubular member includes an expandable stent having a plurality of cells, wherein each of the plurality of valves corresponds to a specific cell of the stent. a tubular member configured for implantation within a vena cava of a patient, the tubular member formed with a sidewall, and at least two valves arranged circumferentially along the sidewall, each valve comprising: an opening formed in the sidewall, and a blocking member arranged to block and unblock a respective opening of the plurality of openings. an opening formed in the sidewall, and a blocking member arranged to block and unblock a respective opening of the plurality of openings. wherein: each blocking member comprises a flap or cover pivotally attached at or proximate a portion of a respective opening and arranged to block and unblock the opening during ventricular systole and ventricular diastole, respectively, such that the opening is unblocked in a direction opposite to the attachment of the flap or cover, the at least two valves are arranged along a first circumference at a first location between the ends of the tubular member , and the tubular member includes an expandable stent having a plurality of cells, wherein each of the plurality of valves corresponds to a specific cell of the stent. each blocking member comprises a flap or cover pivotally attached at or proximate a portion of a respective opening and arranged to block and unblock the opening during ventricular systole and ventricular diastole, respectively, such that the opening is unblocked in a direction opposite to the attachment of the flap or cover, the at least two valves are arranged along a first circumference at a first location between the ends of the tubular member , and the tubular member includes an expandable stent having a plurality of cells, wherein each of the plurality of valves corresponds to a specific cell of the stent.
An ophthalmic surgical system comprising: a vitreous cannula attached to a surgical instrument for vibrating the vitreous cannula ; the vitreous cannula having a distal tip with at least one port in communication with a lumen extending through the vitreous cannula to a proximal end of the vitreous cannula , the lumen communicating with an aspiration path in the surgical instrument; an infusion fluid source connected to an infusion cannula through infusion tubing ; an aspiration source attached to the surgical instrument and an aspiration path , via a connector , for aspirating the vitreous and other tissue from the eye; characterized in that it further comprises a plurality of entry site alignment devices for insertion into the eye and for receiving at least the infusion cannula and the vitreous cannula , wherein the vitreous cannula is configured to vibrate at a tip velocity, where a vacuum created inside the tip reaches a maximum level and the tip velocity is below a level at which cavitation is created externally of the distal tip, for removing vitreous and other tissue from an eye. a vitreous cannula attached to a surgical instrument for vibrating the vitreous cannula ; the vitreous cannula having a distal tip with at least one port in communication with a lumen extending through the vitreous cannula to a proximal end of the vitreous cannula , the lumen communicating with an aspiration path in the surgical instrument; an infusion fluid source connected to an infusion cannula through infusion tubing ; an aspiration source attached to the surgical instrument and an aspiration path , via a connector , for aspirating the vitreous and other tissue from the eye; a plurality of entry site alignment devices for insertion into the eye and for receiving at least the infusion cannula and the vitreous cannula , wherein the vitreous cannula is configured to vibrate at a tip velocity, where a vacuum created inside the tip reaches a maximum level and the tip velocity is below a level at which cavitation is created externally of the distal tip, for removing vitreous and other tissue from an eye.
Transition segment of a wind turbine tower structure , which is intended to be arranged as an upper terminating element between segments of a concrete tower and a steel segment extending the concrete tower upwards, wherein the transition element has anchors, which are intended for connection to fastening elements of the steel segment , characterized in that the transition segment has a plurality of horizontal rings, which are arranged one above the other and each consist of a concrete material, wherein a foot ring made of steel runs beneath a lowermost ring , and a head ring made of steel runs above an uppermost ring , and wherein the foot and head rings are clamped together in such a manner that the transition segment can be handled as a single, cohesive assembly. wherein the transition element has anchors, which are intended for connection to fastening elements of the steel segment , characterized in that the transition segment has a plurality of horizontal rings, which are arranged one above the other and each consist of a concrete material, wherein a foot ring made of steel runs beneath a lowermost ring , and a head ring made of steel runs above an uppermost ring , and wherein the foot and head rings are clamped together in such a manner that the transition segment can be handled as a single, cohesive assembly.