mhurhangee/patent-ind-claim-en huggingface dataset:
A monitoring device arranged to be fitted to a door , wherein the door includes an operating bar (108-114) mounted on the door for angular movement about its axis and a handle (108a-114a) which is connected to the operating bar (108-114) by a pivotal connection; wherein the device comprises a body element and a cover element arranged to slide relative to the body element and the two elements having a closed configuration and an open configuration in which the cover element is extended relative to the body element thereby allowing the device to be fitted to a door ; the body and cover elements being shaped so that when in the closed configuration a pocket is formed that fully encloses said operating bar (108-114) and further wherein the cover element comprises a portion extending over a region of a handle of a door to which the device is fitted such that that handle is prevented from rotating relative to the door ; the device further comprises monitoring circuitry arranged to perform at least one of: i) monitoring the relative condition of the body and cover elements; and ii) monitoring the presence of an activation bar to which in use the device is fitted; and wherein the device is arranged to generate an alarm should monitoring circuitry detect a change in the monitored condition. wherein the device comprises a body element and a cover element arranged to slide relative to the body element and the two elements having a closed configuration and an open configuration in which the cover element is extended relative to the body element thereby allowing the device to be fitted to a door ; the body and cover elements being shaped so that when in the closed configuration a pocket is formed that fully encloses said operating bar (108-114) and further wherein the cover element comprises a portion extending over a region of a handle of a door to which the device is fitted such that that handle is prevented from rotating relative to the door ; the device further comprises monitoring circuitry arranged to perform at least one of: i) monitoring the relative condition of the body and cover elements; and ii) monitoring the presence of an activation bar to which in use the device is fitted; and i) monitoring the relative condition of the body and cover elements; and ii) monitoring the presence of an activation bar to which in use the device is fitted; and wherein the device is arranged to generate an alarm should monitoring circuitry detect a change in the monitored condition.
A chamber configured to enclose a fetus having an umbilical cord attached thereto, within an interior space ofthe chamber, the chamber comprising: an outer wall that defines an outer boundary of the interior space ; an inner wall that extends from the outer wall into the interior space such that the inner wall partially defines both a first portion ofthe interior space and a second portion ofthe interior space, wherein the chamber is configured to receive at least a portion of the umbilical cord in said second portion between a portion of the outer wall and a portion of the inner wall ; a clamp positioned within the second portion , the clamp movable in a direction from one of the outer wall and the inner wall toward the other ofthe outer wall and the inner wall, wherein the clamp is configured to clamp the umbilical cord; and an actuator operably coupled to the clamp such that movement ofthe actuator moves the clamp in the direction. an outer wall that defines an outer boundary of the interior space ; an inner wall that extends from the outer wall into the interior space such that the inner wall partially defines both a first portion ofthe interior space and a second portion ofthe interior space, wherein the chamber is configured to receive at least a portion of the umbilical cord in said second portion between a portion of the outer wall and a portion of the inner wall ; a clamp positioned within the second portion , the clamp movable in a direction from one of the outer wall and the inner wall toward the other ofthe outer wall and the inner wall, wherein the clamp is configured to clamp the umbilical cord; and an actuator operably coupled to the clamp such that movement ofthe actuator moves the clamp in the direction.
Rail guide for a vehicle, in particular vehicle slide rail, which is designed for the attachment of a vehicle interior fitting and/or a seat arrangement in a vehicle, wherein the rail guide has a fixed rail that is fixable to a receiving structure and a movement rail that is displaceably guided on the fixed rail , wherein the movement rail is able to be coupled to the interior fitting and/or the seat arrangement, and wherein, to mechanically reinforce the rail guide , a reinforcement member of the rail guide is provided, said reinforcement member being arranged on the fixed rail and/or the movement rail , wherein the reinforcement member comprises a separate component which is in the form of a bar-like metal profile, wherein the fixed rail has an internal channel that is upwardly open in the installed state of the rail guide, wherein the reinforcement member is accommodated within the internal channel, wherein the bar-like metal profile is formed from a standard profile such as a square profile, characterized in that the reinforcement member is designed to match the width and the height of the internal channel such that the reinforcement member fits in the internal channel exactly or with slight play and fills the latter in terms of width and height to over half the height.
Thermal contact and filling material having at least one thermally conductive filler and at least one silicone-free base oil, characterised in that the thermally conductive filler is a metal hydroxide, especially aluminium hydroxide; and the thermal contact and filling material further comprises at least one chemically crosslinkable prepolymer mixture.
A filter system comprising: a plurality of compressed air headers ; and pulse pipes connected to the headers ; and valves configured to control air flow from the headers to the pulse pipes to generate air pulses; a plurality of filter bags ; a differential pressure sensor; and a controller configured to activate the valves and adjust one or more of a plurality of parameters associated with emitted air pulses, wherein the controller is configured to automatically adjust the parameters to maintain a consistent different pressure across the filter system by adjusting parameters or beginning activation of certain pulse pipes, if the pressure sensor detects that the pressure has risen above or below a certain set point of differential pressure being established, characterized by the plurality of filter bags are arranged in a plurality of rows in a plurality of cells,wherein the controller is configured to implement continuous cleaning sequences of the plurality of rows of bags, wherein a large diameter pipe acts as a header for each cell, wherein pulse pipes within the cell connect to the header , and wherein the headers of each cell are piped together. a plurality of compressed air headers ; and pulse pipes connected to the headers ; and valves configured to control air flow from the headers to the pulse pipes to generate air pulses; a plurality of filter bags ; a differential pressure sensor; and a controller configured to activate the valves and adjust one or more of a plurality of parameters associated with emitted air pulses, wherein the controller is configured to automatically adjust the parameters to maintain a consistent different pressure across the filter system by adjusting parameters or beginning activation of certain pulse pipes, if the pressure sensor detects that the pressure has risen above or below a certain set point of differential pressure being established, characterized by the plurality of filter bags are arranged in a plurality of rows in a plurality of cells,wherein the controller is configured to implement continuous cleaning sequences of the plurality of rows of bags, wherein a large diameter pipe acts as a header for each cell, wherein pulse pipes within the cell connect to the header , and wherein the headers of each cell are piped together.
A method performed by a first wireless device configured to operate in a wireless communication system, the method comprising: reserving (S1000) a set of resources comprising at least a first resource and a second resource for a first sidelink transmission from the first wireless device to a second wireless device, wherein the set of resources comprising at least the first resource and the second resource is considered as a sidelink grant for a hybrid automatic repeat request, HARQ, process; receiving (S1010), from a third wireless device, sidelink control information, SCI, related to a second sidelink transmission from the third wireless device to the first wireless device; performing (S1020) a reference signal received power, RSRP, measurement related to the SCI; determining (S1030) that i) a result of the RSRP measurement related to the SCI is higher than a threshold, ii) the SCI determines a resource for the second sidelink transmission which overlaps with the first resource, and iii) a priority related to the second sidelink transmission is higher than a priority related to the first sidelink transmission; clearing (S1040) the first resource from the sidelink grant, adding (S1050) a third resource to the sidelink grant; and performing (S1060) the first sidelink transmission to the second wireless device based on the sidelink grant comprising at least the second resource and the third resource. reserving (S1000) a set of resources comprising at least a first resource and a second resource for a first sidelink transmission from the first wireless device to a second wireless device, wherein the set of resources comprising at least the first resource and the second resource is considered as a sidelink grant for a hybrid automatic repeat request, HARQ, process; receiving (S1010), from a third wireless device, sidelink control information, SCI, related to a second sidelink transmission from the third wireless device to the first wireless device; performing (S1020) a reference signal received power, RSRP, measurement related to the SCI; determining (S1030) that i) a result of the RSRP measurement related to the SCI is higher than a threshold, ii) the SCI determines a resource for the second sidelink transmission which overlaps with the first resource, and iii) a priority related to the second sidelink transmission is higher than a priority related to the first sidelink transmission; clearing (S1040) the first resource from the sidelink grant, adding (S1050) a third resource to the sidelink grant; and performing (S1060) the first sidelink transmission to the second wireless device based on the sidelink grant comprising at least the second resource and the third resource.
A back-illuminated energy ray detecting element for obtaining an image, comprising: a semiconductor substrate having a first principal surface as an energy ray incident surface and a second principal surface opposite to the first principal surface , and in which a charge generating region configured to generate an electric charge according to incidence of an energy ray is provided in the second principal surface side, the semiconductor substrate having a thick frame section disposed around a thin section, wherein the thin section is formed by thinning a region opposite to the charge generating region of the semiconductor substrate from the first principle surface ; and a protective film provided directly on the second principal surface to cover at least the charge generating region , and including silicon nitride or silicon nitride oxide, wherein pixels are two dimensionally arranged in the charge generating region in the thin section of the semiconductor substrate and the image is obtained according to electric charges in the two dimensionally arranged pixels of the charge generation region, and the protective film has a stress alleviating section configured to alleviate stress generated in the protective film , wherein the stress alleviating section is a bottomed or bottomless recess recessed in a thickness direction of the protective film disposed in a region opposite to the charge generating region. a semiconductor substrate having a first principal surface as an energy ray incident surface and a second principal surface opposite to the first principal surface , and in which a charge generating region configured to generate an electric charge according to incidence of an energy ray is provided in the second principal surface side, the semiconductor substrate having a thick frame section disposed around a thin section, wherein the thin section is formed by thinning a region opposite to the charge generating region of the semiconductor substrate from the first principle surface ; and a protective film provided directly on the second principal surface to cover at least the charge generating region , and including silicon nitride or silicon nitride oxide, wherein pixels are two dimensionally arranged in the charge generating region in the thin section of the semiconductor substrate and the image is obtained according to electric charges in the two dimensionally arranged pixels of the charge generation region, and the protective film has a stress alleviating section configured to alleviate stress generated in the protective film , wherein the stress alleviating section is a bottomed or bottomless recess recessed in a thickness direction of the protective film disposed in a region opposite to the charge generating region.
A surgical table comprising: a base member defining: a first surface , and at least one base channel ; a platform member defining: a top surface and a bottom surface , wherein the bottom surface is configured to abut the first surface of the base member , wherein the platform member defines at least one platform channel , wherein the at least one platform channel and the at least one base channel are in fluid communication, wherein the platform member is configured to rotate relative to the base member while maintaining said fluid communication; and a nozzle disposed on the top surface on the platform member , wherein the nozzle is in fluid communication with the at least one platform channel . a base member defining: a first surface , and at least one base channel ; a first surface , and at least one base channel ; a platform member defining: a top surface and a bottom surface , wherein the bottom surface is configured to abut the first surface of the base member , wherein the platform member defines at least one platform channel , wherein the at least one platform channel and the at least one base channel are in fluid communication, wherein the platform member is configured to rotate relative to the base member while maintaining said fluid communication; and a nozzle disposed on the top surface on the platform member , wherein the nozzle is in fluid communication with the at least one platform channel .
A superluminal antenna element , comprising: a dielectric housing having a cutout area , the cutout area having a first plurality of steps and a second plurality of steps, the first and second pluralities of steps arranged in opposing pairs of steps; a signal conductor substantially covering the first plurality of steps; a ground conductor substantially covering the second plurality of steps; a dielectric radiator element mounted within the cutout area , the radiator element having first and second ends mounted in an opposing pair of said steps ; a cable having an end extending into the cutout area and including first and second conductors, the first conductor coupled to a conductive impedance transition electrically coupling the first conductor to the signal conductor , the second conductor comprising a screen around the first conductor; a conductive block or slab positioned within the cutout area a sleeve balun , comprising a coaxial conductor around the cable having a first end and a second end, the first end electrically connected to the second conductor of the cable outside of the cutout area , and the second end extending toward, but not electrically connected to, the conductive block or slab , the conductive block or slab covering the sleeve balun 340 to reduce leakage of radiation into the antenna element ; characterized by the conductive block or slab being connected to the ground conductor and to the screen . a dielectric housing having a cutout area , the cutout area having a first plurality of steps and a second plurality of steps, the first and second pluralities of steps arranged in opposing pairs of steps; a signal conductor substantially covering the first plurality of steps; a ground conductor substantially covering the second plurality of steps; a dielectric radiator element mounted within the cutout area , the radiator element having first and second ends mounted in an opposing pair of said steps ; a cable having an end extending into the cutout area and including first and second conductors, the first conductor coupled to a conductive impedance transition electrically coupling the first conductor to the signal conductor , the second conductor comprising a screen around the first conductor; a conductive block or slab positioned within the cutout area a sleeve balun , comprising a coaxial conductor around the cable having a first end and a second end, the first end electrically connected to the second conductor of the cable outside of the cutout area , and the second end extending toward, but not electrically connected to, the conductive block or slab , the conductive block or slab covering the sleeve balun 340 to reduce leakage of radiation into the antenna element ;
An article of footwear comprising: a sole ; an upper coupled to the sole , the upper comprising: a first portion comprising a single layer woven fabric comprising a leno weave configuration comprising a plurality of weft yarns extending in a longitudinal direction from a forefoot portion of the article of footwear towards a heel portion of the article of footwear and a plurality of warp yarns extending in a transverse direction substantially perpendicular to the weft yarns ; and a second portion comprising a heel counter; wherein one or more weft yarns includes a first end coupled to the second portion and a second end coupled to the sole of the article of footwear . a sole ; an upper coupled to the sole , the upper comprising: a first portion comprising a single layer woven fabric comprising a leno weave configuration comprising a plurality of weft yarns extending in a longitudinal direction from a forefoot portion of the article of footwear towards a heel portion of the article of footwear and a plurality of warp yarns extending in a transverse direction substantially perpendicular to the weft yarns ; and a second portion comprising a heel counter; wherein one or more weft yarns includes a first end coupled to the second portion and a second end coupled to the sole of the article of footwear . a first portion comprising a single layer woven fabric comprising a leno weave configuration comprising a plurality of weft yarns extending in a longitudinal direction from a forefoot portion of the article of footwear towards a heel portion of the article of footwear and a plurality of warp yarns extending in a transverse direction substantially perpendicular to the weft yarns ; and a second portion comprising a heel counter; wherein one or more weft yarns includes a first end coupled to the second portion and a second end coupled to the sole of the article of footwear .
A convolute and a gap filler for a gangway , whereby the convolute • extends from a first edge to a tip and • from the tip to a second edge , • whereby the convolute has a bottom edge , wherein the gap filler is attached to the convolute in an area of the convolute that borders the bottom edge , whereby the gap filler has a flexible section that protrudes downwards from the bottom edge , characterized in that the flexible section has a plurality of slits and a plurality of holes , wherein each of the slits is configured to terminate in each of the holes . • extends from a first edge to a tip and • from the tip to a second edge , • whereby the convolute has a bottom edge , wherein the gap filler is attached to the convolute in an area of the convolute that borders the bottom edge , whereby the gap filler has a flexible section that protrudes downwards from the bottom edge , characterized in that the flexible section has a plurality of slits and a plurality of holes , wherein each of the slits is configured to terminate in each of the holes .
A method of wireless communication by a base station, comprising: setting a first numerology for at least one synchronization signal of one or more synchronization signals to be different from a second numerology for at least one data signal of one or more data signals, wherein the one or more synchronization signals include one or more of a beam reference signal, BRS, an extended synchronization signal, ESS, or a physical broadcast channel, PBCH, signal; transmitting the one or more synchronization signals to a user equipment, UE, based on the first numerology and a first duration of transmission determined based on the first numerology; and transmitting the one or more data signals to the UE based on the second numerology and a second duration of transmission determined based on the second numerology, wherein the second numerology of the one or more data signals is indicated in a system information block, SIB, conveyed via remaining minimum system information, RMSI. setting a first numerology for at least one synchronization signal of one or more synchronization signals to be different from a second numerology for at least one data signal of one or more data signals, wherein the one or more synchronization signals include one or more of a beam reference signal, BRS, an extended synchronization signal, ESS, or a physical broadcast channel, PBCH, signal; transmitting the one or more synchronization signals to a user equipment, UE, based on the first numerology and a first duration of transmission determined based on the first numerology; and transmitting the one or more data signals to the UE based on the second numerology and a second duration of transmission determined based on the second numerology, wherein the second numerology of the one or more data signals is indicated in a system information block, SIB, conveyed via remaining minimum system information, RMSI.