mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna device (1; 1A) comprising: a ground layer made of an electric conductor; a plurality (22; 22A) of array antennas (22i; 22Ai) provided in a layer above the ground layer so as to be spaced apart from the ground layer ; and a Rotman lens (32; 32A) provided in a layer below the ground layer so as to be spaced apart from the ground layer , wherein each of the plurality (22; 22A) of array antennas (22i; 22Ai): (i) includes: a power feed line (23Li; 23ALi) at a center of which a feedpoint (23Pi; 23APi) is located; and a plurality of antenna elements (241i, ..., 248i, 251i, ..., 258i; 241Ai, ..., 248Ai, 251Ai, ..., 258Ai) connected to the power feed line (23Li; 23ALi), and (ii) has a point symmetric shape with respect to the feedpoint (23Pi; 23APi) as a center of symmetry, wherein the feedpoint (23Pi; 23APi) of each of the plurality (22; 22A) of array antennas (22i; 22Ai) is coupled to an end of any one of output ports (322i; 322Ai) of the Rotman lens (32; 32A) via a respective ot provided in the ground layer . a ground layer made of an electric conductor; a plurality (22; 22A) of array antennas (22i; 22Ai) provided in a layer above the ground layer so as to be spaced apart from the ground layer ; and a Rotman lens (32; 32A) provided in a layer below the ground layer so as to be spaced apart from the ground layer , wherein each of the plurality (22; 22A) of array antennas (22i; 22Ai): (i) includes: a power feed line (23Li; 23ALi) at a center of which a feedpoint (23Pi; 23APi) is located; and a plurality of antenna elements (241i, ..., 248i, 251i, ..., 258i; 241Ai, ..., 248Ai, 251Ai, ..., 258Ai) connected to the power feed line (23Li; 23ALi), and (ii) has a point symmetric shape with respect to the feedpoint (23Pi; 23APi) as a center of symmetry, (i) includes: a power feed line (23Li; 23ALi) at a center of which a feedpoint (23Pi; 23APi) is located; and a plurality of antenna elements (241i, ..., 248i, 251i, ..., 258i; 241Ai, ..., 248Ai, 251Ai, ..., 258Ai) connected to the power feed line (23Li; 23ALi), and (ii) has a point symmetric shape with respect to the feedpoint (23Pi; 23APi) as a center of symmetry, wherein the feedpoint (23Pi; 23APi) of each of the plurality (22; 22A) of array antennas (22i; 22Ai) is coupled to an end of any one of output ports (322i; 322Ai) of the Rotman lens (32; 32A) via a respective ot provided in the ground layer .
A hard surface cleaner comprising - a fluorinated surfactant including a fluorinated functional group having C 2 -C 6 linear or branched carbon atoms and a hydrophilic functional group; - isopropanol; - propylene glycol propyl ether; - ethylene glycol hexyl ether; - isopropanolamine; - ammonium hydroxide; - alkali metal alkane sulfonate; and - water. - a fluorinated surfactant including a fluorinated functional group having C 2 -C 6 linear or branched carbon atoms and a hydrophilic functional group; - isopropanol; - propylene glycol propyl ether; - ethylene glycol hexyl ether; - isopropanolamine; - ammonium hydroxide; - alkali metal alkane sulfonate; and - water.
A lighting module for use in a luminaire, comprising a heat sink for dissipating thermal energy, which heat sink is polygonal in cross section, forming a number of surfaces corresponding to the polygonal shape of the heat sink , each surface extending in a longitudinal direction, said longitudinal direction extending substantially perpendicularly to a plane of said cross section, each surface having a centre line extending in said longitudinal direction, at least two LEDs being located on each of at least three of said surfaces , characterized in that all of the LEDs on a first of said at least three surfaces are arranged on one side of the centre line, or at least one of the LEDs is arranged along the centre line of said first surface and the remainder of the LEDs are arranged on one side of the centre line , therewith define an accumulated light emitting area of said first surface , which accumulated light emitting area is distributed asymmetrically in relation to the centre line of said first surface .
A re-entry catheter comprising: a catheter body comprising a catheter body wall defining a lumen , and a side-port defined by a side of the catheter body wall in fluid communication with the lumen , the side port being configured for delivery of a medical device, such as a wire , having a distal tip preferably including an electrode, through the side port , wherein the catheter body includes a vestibule adjacent a distal region of the side port providing a gap between the catheter body and the distal tip of the device when positioned through the side-port . a catheter body comprising a catheter body wall defining a lumen , and a side-port defined by a side of the catheter body wall in fluid communication with the lumen , the side port being configured for delivery of a medical device, such as a wire , having a distal tip preferably including an electrode, through the side port , wherein the catheter body includes a vestibule adjacent a distal region of the side port providing a gap between the catheter body and the distal tip of the device when positioned through the side-port .
A cardiotomy and venous blood reservoir comprising: a housing assembly forming a main chamber ; a cardiotomy inlet port ; a cardiotomy sub-assembly forming an inlet side open to the cardiotomy inlet port , an outlet side open to the main chamber , and a cardiotomy chamber having a flow surface between the inlet side and the outlet side, the cardiotomy sub-assembly including: a cardiotomy filter fluidly connected to the flow surface, a cardiotomy defoamer spaced from the flow surface; a venous inlet port ; and a venous sub-assembly including: a downtube forming a lumen fluidly connected to the venous inlet port and a downstream end opposite the venous inlet port , a bowl forming a floor surface axially aligned with the downstream end for receiving venous liquid delivered from the downstream end , a venous filter circumferentially surrounding the bowl , wherein the bowl and the venous filter combine to define a venous chamber , a venous defoamer at least partially disposed within the venous chamber and longitudinally spaced above the floor surface , wherein the venous defoamer is sized for assembly about the downtube ; wherein the cardiotomy filter is stacked above the venous filter . a housing assembly forming a main chamber ; a cardiotomy inlet port ; a cardiotomy sub-assembly forming an inlet side open to the cardiotomy inlet port , an outlet side open to the main chamber , and a cardiotomy chamber having a flow surface between the inlet side and the outlet side, the cardiotomy sub-assembly including: a cardiotomy filter fluidly connected to the flow surface, a cardiotomy defoamer spaced from the flow surface; a venous inlet port ; and a venous sub-assembly including: a downtube forming a lumen fluidly connected to the venous inlet port and a downstream end opposite the venous inlet port , a bowl forming a floor surface axially aligned with the downstream end for receiving venous liquid delivered from the downstream end , a venous filter circumferentially surrounding the bowl , wherein the bowl and the venous filter combine to define a venous chamber , a venous defoamer at least partially disposed within the venous chamber and longitudinally spaced above the floor surface , wherein the venous defoamer is sized for assembly about the downtube ; a downtube forming a lumen fluidly connected to the venous inlet port and a downstream end opposite the venous inlet port , a bowl forming a floor surface axially aligned with the downstream end for receiving venous liquid delivered from the downstream end , a venous filter circumferentially surrounding the bowl , wherein the bowl and the venous filter combine to define a venous chamber , a venous defoamer at least partially disposed within the venous chamber and longitudinally spaced above the floor surface , wherein the venous defoamer is sized for assembly about the downtube ; wherein the cardiotomy filter is stacked above the venous filter .
A transfusion system, comprising: controller , comprising a control portion that controls a transfusion device ; a driving motor that drives an actuating portion sequentially compressing and relaxing a transfusion tube of the transfusion device ; and a motor control portion that controls the drive of the driving motor , wherein, wherein the control portion obtains motor shaft information showing an action state of a motor shaft of the driving motor from the motor control portion , and performs correctness/incorrectness determination for determining whether an incorrect attachment of the transfusion tube occurs on the basis of the motor shaft information, wherein the motor shaft information comprises a torque value of the motor shaft, the transfusion system comprising: a subframe generation portion that generates a subframe of the motor shaft information in a period in which a drive state of the driving motor is in a predetermined state, wherein the predetermined state comprises a rotation speed of the motor shaft of the driving motor is equal to or greater than a predetermined value; and a feature-value calculation portion that uses the subframe of the motor shaft information generated by the subframe generation portion to calculate, as a feature value that shows a feature of the drive state of the driving motor , an average value of a torque in a section of the subframe, the control portion performs the correctness/incorrectness determination of the transfusion tube on the basis of the feature value. controller , comprising a control portion that controls a transfusion device ; a driving motor that drives an actuating portion sequentially compressing and relaxing a transfusion tube of the transfusion device ; and a motor control portion that controls the drive of the driving motor , wherein, wherein the control portion obtains motor shaft information showing an action state of a motor shaft of the driving motor from the motor control portion , and performs correctness/incorrectness determination for determining whether an incorrect attachment of the transfusion tube occurs on the basis of the motor shaft information, wherein the motor shaft information comprises a torque value of the motor shaft, the transfusion system comprising: a subframe generation portion that generates a subframe of the motor shaft information in a period in which a drive state of the driving motor is in a predetermined state, wherein the predetermined state comprises a rotation speed of the motor shaft of the driving motor is equal to or greater than a predetermined value; and a feature-value calculation portion that uses the subframe of the motor shaft information generated by the subframe generation portion to calculate, as a feature value that shows a feature of the drive state of the driving motor , an average value of a torque in a section of the subframe, the control portion performs the correctness/incorrectness determination of the transfusion tube on the basis of the feature value.
A method of preparing a supported catalyst comprising: a. mixing an activated carbon capable of absorbing halogenated hydrocarbon contaminants with a hydrated iron salt; b. warming said mixture to melt said hydrated iron salt, thereby forming a homogenous mixture; c. pyrolising said homogenous mixture at a temperature sufficient to reduce said iron salt to iron oxide, thereby providing said activated carbon impregnated with said iron oxide; and d. subjecting said iron oxide-impregnated activated carbon to reducing conditions to reduce said iron to zero-valent iron, wherein the reducing temperature is between 450 and 800°C. a. mixing an activated carbon capable of absorbing halogenated hydrocarbon contaminants with a hydrated iron salt; b. warming said mixture to melt said hydrated iron salt, thereby forming a homogenous mixture; c. pyrolising said homogenous mixture at a temperature sufficient to reduce said iron salt to iron oxide, thereby providing said activated carbon impregnated with said iron oxide; and d. subjecting said iron oxide-impregnated activated carbon to reducing conditions to reduce said iron to zero-valent iron, wherein the reducing temperature is between 450 and 800°C.
A method for crypto-erasing a self-encryption drive, SED, by deleting all instances of a media encryption key, MEK, stored by the SED, wherein the SED comprises (i) a volatile memory and (ii) non-volatile storage media , the method comprising: receiving, at the SED, the MEK from a key management server and receiving a timestamp associated with the MEK that indicates whether the MEK is expired; determining whether a difference between the timestamp and another timestamp is less than a certain duration, wherein the another timestamp is received from a timestamp authority server remote to the SED or a timer counter register of the SED; if the difference is less than the certain duration, storing the MEK received from the key management server only in the volatile memory of the SED such that if the SED is no longer powered the MEK is erased from the SED; encrypting data for storage in the non-volatile storage media of the SED based on the MEK stored only in the volatile memory of the SED; and erasing the MEK stored only in the volatile memory of the SED to crypto-erase the SED. receiving, at the SED, the MEK from a key management server and receiving a timestamp associated with the MEK that indicates whether the MEK is expired; determining whether a difference between the timestamp and another timestamp is less than a certain duration, wherein the another timestamp is received from a timestamp authority server remote to the SED or a timer counter register of the SED; if the difference is less than the certain duration, storing the MEK received from the key management server only in the volatile memory of the SED such that if the SED is no longer powered the MEK is erased from the SED; encrypting data for storage in the non-volatile storage media of the SED based on the MEK stored only in the volatile memory of the SED; and erasing the MEK stored only in the volatile memory of the SED to crypto-erase the SED.
A downhole stroking tool for providing an axial force in an axial direction, comprising: - a housing , - a first chamber , - a first tool part comprising a pump unit providing pressurised fluid to the chamber, - a shaft penetrating the chamber, and - a first piston dividing the first chamber into a first chamber section and a second chamber section , wherein the piston is connected to or forms part of the housing which forms part of a second tool part and is slidable in relation to the shaft so that the housing moves in relation to the shaft, the shaft being stationary in relation to the pump unit during pressurisation of the first or the second chamber section, thereby generating a pressure on the piston, wherein the shaft is fixedly connected with the first tool part, and wherein the housing is slidable in relation to the first tool part and overlaps the first tool part. - a housing , - a first chamber , - a first tool part comprising a pump unit providing pressurised fluid to the chamber, - a shaft penetrating the chamber, and - a first piston dividing the first chamber into a first chamber section and a second chamber section ,
A digital signage system comprising a digital signage apparatus and a display apparatus connected to the digital signage apparatus , the display apparatus comprising: a display unit; and a controller provided in the display apparatus configured to: receive scheduling information and related content through a communication network from the digital signage apparatus , and display the content on the display unit according to a time and date based on the received scheduling information, wherein the received scheduling information contains a set duration of a display of the content to be displayed on the display unit, and the duration of the display of the content is set up on a scheduler of the digital signage apparatus by adjusting a size of an image representing the content according to at least one of first and second directions, wherein the scheduler is characterised in that it is configured to set a display time in one day of the duration of the display of the content according to the size of the image adjusted in the first direction, and to set dates of the duration of the display of the content on which the content is displayed at the said display time in one day according to the size of the image adjusted in the second direction. a display unit; and a controller provided in the display apparatus configured to: receive scheduling information and related content through a communication network from the digital signage apparatus , and display the content on the display unit according to a time and date based on the received scheduling information, wherein the received scheduling information contains a set duration of a display of the content to be displayed on the display unit, and the duration of the display of the content is set up on a scheduler of the digital signage apparatus by adjusting a size of an image representing the content according to at least one of first and second directions, wherein the scheduler is characterised in that it is configured to set a display time in one day of the duration of the display of the content according to the size of the image adjusted in the first direction, and to set dates of the duration of the display of the content on which the content is displayed at the said display time in one day according to the size of the image adjusted in the second direction.
A patient support apparatus comprising: a frame , a patient support surface positioned on the frame , a plurality of force sensors coupled to at least one of the frame and the patient support surface , each of the plurality of force sensors configured to detect a force applied to the respective force sensor , and a controller in communication with each of the plurality of force sensors, the controller comprising a processor and a memory device , wherein the memory device includes instructions that, when executed by the processor , cause the processor to process data signals from the plurality of force sensors to determine a mobility score of a patient supported on the patient support surface , wherein determining the mobility score includes executing the instructions with the processor to cause the processor to: determine a change of position of a center of gravity of the patient, multiply the change of position of the center of gravity by a patient weight to compute an instantaneous work, sum the instantaneous work over a time period to compute a power, and utilize the power as an input to a statistical model to generate the mobility score. a frame , a patient support surface positioned on the frame , a plurality of force sensors coupled to at least one of the frame and the patient support surface , each of the plurality of force sensors configured to detect a force applied to the respective force sensor , and a controller in communication with each of the plurality of force sensors, the controller comprising a processor and a memory device , wherein the memory device includes instructions that, when executed by the processor , cause the processor to process data signals from the plurality of force sensors to determine a mobility score of a patient supported on the patient support surface , wherein determining the mobility score includes executing the instructions with the processor to cause the processor to: determine a change of position of a center of gravity of the patient, multiply the change of position of the center of gravity by a patient weight to compute an instantaneous work, sum the instantaneous work over a time period to compute a power, and utilize the power as an input to a statistical model to generate the mobility score. determine a change of position of a center of gravity of the patient, multiply the change of position of the center of gravity by a patient weight to compute an instantaneous work, sum the instantaneous work over a time period to compute a power, and utilize the power as an input to a statistical model to generate the mobility score.
A gutter-like flashing member for use between roof penetrating structures installed in an inclined roof surface comprising: - a first sheet portion adapted to engage a side surface of a bottom member of a first roof penetrating building structure , - a second opposed sheet portion adapted to engage a side surface of a top member of a second roof penetrating building structure arranged below the first roof penetrating structure , - a third sheet portion interconnecting the first and second sheet portions and constituting a gutter bottom, said third sheet portion being substantially plane and arranged so that the interior angle (f') between the first and third sheet portions is smaller 90 degrees and the interior angle (s) between the second and third sheet portions is larger than 90 degrees, the first and second sheet portions being substantially parallel, and that the angles (f', s) between the sheet portions are adapted to the pitch of the roof in which the gutter-like flashing member is to be used, so that in the mounted state said substantially plane third sheet portion will be horizontal or inclined towards the second roof penetrating structure at an angle between 0-15 degrees, preferably 7.5 degrees, characterized in that the gutter-like flashing member further comprises: - a fourth sheet portion interconnecting the first and third sheet portions said fourth sheet portion being arranged at an angle to both the first sheet portion and the third sheet portion . - a first sheet portion adapted to engage a side surface of a bottom member of a first roof penetrating building structure , - a second opposed sheet portion adapted to engage a side surface of a top member of a second roof penetrating building structure arranged below the first roof penetrating structure , - a third sheet portion interconnecting the first and second sheet portions and constituting a gutter bottom, said third sheet portion being substantially plane and arranged so that the interior angle (f') between the first and third sheet portions is smaller 90 degrees and the interior angle (s) between the second and third sheet portions is larger than 90 degrees, the first and second sheet portions being substantially parallel, and that the angles (f', s) between the sheet portions are adapted to the pitch of the roof in which the gutter-like flashing member is to be used, so that in the mounted state said substantially plane third sheet portion will be horizontal or inclined towards the second roof penetrating structure at an angle between 0-15 degrees, preferably 7.5 degrees, characterized in that the gutter-like flashing member further comprises: - a fourth sheet portion interconnecting the first and third sheet portions said fourth sheet portion being arranged at an angle to both the first sheet portion and the third sheet portion .
A clamp apparatus for wax mold injection molding comprising: a mounting table to mount a rubber mold; a clamp plate ; and a clamp force generator for changing a vertical position of the clamp plate relative to the mounting table , the clamp apparatus being configured to clamp a rubber mold between the mounting table and the clamp plate , characterized in that : the clamp apparatus further comprises a lock mechanism (20A-20D) capable of fixing a vertical position of the clamp plate relative to the mounting table . a mounting table to mount a rubber mold; a clamp plate ; and a clamp force generator for changing a vertical position of the clamp plate relative to the mounting table , the clamp apparatus being configured to clamp a rubber mold between the mounting table and the clamp plate , characterized in that : the clamp apparatus further comprises a lock mechanism (20A-20D) capable of fixing a vertical position of the clamp plate relative to the mounting table .