mhurhangee/patent-ind-claim-en huggingface dataset:
A falling and death leap defense rotating cylinder system, comprising: a supporter ; a rotator that is rotatably installed in the supporter, and that inhibits a death leap of a death leap attempter by rotating when grasped by the death leap attempter; and a thorn unit that forms a cutting edge, and that is detachably installed in any one or more of the supporter and the rotator , wherein the supporter includes a combining unit configured for combining with a structure installed on the ground, by pressing an outer surface of the structure, characterized in that the supporter has a protruding wing at one side surface thereof to prevent distortion. a supporter ; a rotator that is rotatably installed in the supporter, and that inhibits a death leap of a death leap attempter by rotating when grasped by the death leap attempter; and a thorn unit that forms a cutting edge, and that is detachably installed in any one or more of the supporter and the rotator , wherein the supporter includes a combining unit configured for combining with a structure installed on the ground, by pressing an outer surface of the structure, characterized in that the supporter has a protruding wing at one side surface thereof to prevent distortion.
A dynamic battery comprising: a positive electrode , a negative electrode , and a separator separating the positive electrode from the negative electrode , at least one of the positive electrode or the negative electrode including a primary electrode material and a dynamic electrode material different from the primary electrode material , the dynamic electrode material being activatable to change a power state of the dynamic battery , wherein the dynamic battery is configured to operate in a standard operating mode during which the dynamic battery supplies power and current flows across an external circuit based on electrical activity of the primary electrode material in which most or all of the ion exchange occurs across the primary electrode material , wherein, in the standard operating mode, the primary electrode material provides power, and the dynamic electrode material is generally inactive, and wherein the dynamic battery is configured to operate in an activated operating mode responsive to an external stimulus being applied from a battery controller which activates the dynamic electrode material to increase ion flow and/or electrical conductivity across the dynamic cathode material while the dynamic battery supplies power to the external circuit, wherein the activated operating mode causes an increase in the discharge capacity of the dynamic battery. a positive electrode , a negative electrode , and a separator separating the positive electrode from the negative electrode , at least one of the positive electrode or the negative electrode including a primary electrode material and a dynamic electrode material different from the primary electrode material , the dynamic electrode material being activatable to change a power state of the dynamic battery , wherein the dynamic battery is configured to operate in a standard operating mode during which the dynamic battery supplies power and current flows across an external circuit based on electrical activity of the primary electrode material in which most or all of the ion exchange occurs across the primary electrode material , wherein, in the standard operating mode, the primary electrode material provides power, and the dynamic electrode material is generally inactive, and wherein the dynamic battery is configured to operate in an activated operating mode responsive to an external stimulus being applied from a battery controller which activates the dynamic electrode material to increase ion flow and/or electrical conductivity across the dynamic cathode material while the dynamic battery supplies power to the external circuit, wherein the activated operating mode causes an increase in the discharge capacity of the dynamic battery.
A sheet processing apparatus configured to operate in a self-service mode in which a user does not receive operation support provided by an operation assistant, and a non-self-service mode in which the user receives the operation support, the sheet processing apparatus comprising: an inlet configured to take in sheets in a deposit process; a transport section configured to transport the sheets taken in from the inlet ; a plurality of storage sections configured to store the sheets transported by the transport section ; and a control section configured to cause the transport section to transport the sheets to the plurality of storage sections , based on storage conditions for storing the sheets in the plurality of storage sections , characterised in that the control section is configured to change the conditions for operating the sheet processing apparatus between when an operation mode is the self-service mode and when the operation mode is the non-self-service mode, to operate at least one of the plurality of storage sections by changing the storage conditions, and that the control section is configured to receive an operation instruction from a first operation terminal configured to receive an operation performed by the user but not to receive an operation instruction from a second operation terminal configured to receive an operation performed by the operation assistant in the self-service mode, the control section being configured to receive an operation instructions from both the first operation terminal and the second operation terminal in the non-self-service mode. an inlet configured to take in sheets in a deposit process; a transport section configured to transport the sheets taken in from the inlet ; a plurality of storage sections configured to store the sheets transported by the transport section ; and a control section configured to cause the transport section to transport the sheets to the plurality of storage sections , based on storage conditions for storing the sheets in the plurality of storage sections , characterised in that the control section is configured to change the conditions for operating the sheet processing apparatus between when an operation mode is the self-service mode and when the operation mode is the non-self-service mode, to operate at least one of the plurality of storage sections by changing the storage conditions, and that the control section is configured to receive an operation instruction from a first operation terminal configured to receive an operation performed by the user but not to receive an operation instruction from a second operation terminal configured to receive an operation performed by the operation assistant in the self-service mode, the control section being configured to receive an operation instructions from both the first operation terminal and the second operation terminal in the non-self-service mode.
A system for treatment of a region of a subject's head or neck, the system comprising: a housing ; at least one source of electromagnetic radiation for generating treatment energy contained within the housing; a plurality of applicators , wherein each of said applicators is adapted to be placed in proximity to a treatment region of tissue of a patient's head or neck and comprises a window having a skin-contacting surface through which the treatment energy is transmitted from the applicator to the treatment region; a plurality of umbilical cords , each of which extends from the housing to a distal end coupled to one of said plurality of applicators, each umbilical cord defining a conduit through which treatment energy generated by the at least one electromagnetic radiation source is delivered from the housing to the applicator; and a frame configured to be coupled to the patient's head or neck in a fixed position relative to the treatment region and defining at least one aperture into which a surface of the treatment region can extend, the frame being configured to removably couple to at least one applicator such that at least a portion of the skin-contacting surface of the window is disposed in contact with at least a portion of the surface of the treatment region extending into said aperture upon coupling with the frame. housing ; at least one source of electromagnetic radiation for generating treatment energy contained within the housing; a plurality of applicators , wherein each of said applicators is adapted to be placed in proximity to a treatment region of tissue of a patient's head or neck and comprises a window having a skin-contacting surface through which the treatment energy is transmitted from the applicator to the treatment region; a plurality of umbilical cords , each of which extends from the housing to a distal end coupled to one of said plurality of applicators, each umbilical cord defining a conduit through which treatment energy generated by the at least one electromagnetic radiation source is delivered from the housing to the applicator; and a frame configured to be coupled to the patient's head or neck in a fixed position relative to the treatment region and defining at least one aperture into which a surface of the treatment region can extend, the frame being configured to removably couple to at least one applicator such that at least a portion of the skin-contacting surface of the window is disposed in contact with at least a portion of the surface of the treatment region extending into said aperture upon coupling with the frame.
A method of de-icing a return air intake of a transport refrigeration system , the method comprising: controlling , using a controller , a first plurality of components of the refrigeration system, the first plurality comprising at least one of a refrigerant heat absorption heat exchanger , a fan for the refrigerant heat absorption heat exchanger, and a heater ; determining , using the controller, when a de-icing mode is required; deactivating , using the controller, a second plurality of components of the refrigeration system when the de-icing mode is required, the second plurality comprising the refrigerant heat absorption heat exchanger and the fan for the refrigerant heat absorption heat exchanger; activating , using the controller, the heater when the de-icing mode is required; adjusting , using the controller, the temperature of the heater to a selected temperature; deactivating , using the controller, the heater when the heater has reached the selected temperature; and permitting , using the controller, the second plurality of components of refrigeration system to remain deactivated for a selected time period, wherein the heater is located below the return air intake. controlling , using a controller , a first plurality of components of the refrigeration system, the first plurality comprising at least one of a refrigerant heat absorption heat exchanger , a fan for the refrigerant heat absorption heat exchanger, and a heater ; determining , using the controller, when a de-icing mode is required; deactivating , using the controller, a second plurality of components of the refrigeration system when the de-icing mode is required, the second plurality comprising the refrigerant heat absorption heat exchanger and the fan for the refrigerant heat absorption heat exchanger; activating , using the controller, the heater when the de-icing mode is required; adjusting , using the controller, the temperature of the heater to a selected temperature; deactivating , using the controller, the heater when the heater has reached the selected temperature; and permitting , using the controller, the second plurality of components of refrigeration system to remain deactivated for a selected time period, wherein the heater is located below the return air intake.
Sealing arrangement for a gas turbine, in particular an aircraft gas turbine, comprising: a first component which has a first flange portion and a second component which has a second flange portion , the first component and the second component being releasably coupled to one another in the region of the first flange portion and the second flange portion by means of a screw connection , a variable distance (AB, ABn, ABx) being provided between the first component , in particular a rounded portion , and the second component , in particular the second flange portion , which distance is at least partially sealed by at least one sealing element , the sealing element having a first sealing portion that rests against the first component , in particular against the rounded portion , and having a second sealing portion that rests against the second component , in particular against the second flange portion , the first sealing portion and the second sealing portion being interconnected and arranged at an inclination with respect to one another, characterized in that the sealing element has a coupling portion which adjoins the second sealing portion , an opening being provided in the coupling portion , through which opening a shank of a bolt of the screw connection is passed.
An agricultural harvesting machine header , comprising: an attachment frame that attaches to a feeder house on the agricultural harvesting machine; a cutter ; a main frame that supports the cutter ; and a float force assembly attached to the main frame and to the attachment frame and that has a force imparting member that is configured to exert a float force on the main frame , characterized in that the force imparting member is configured so that a mechanical advantage of the force imparting member in imparting the float force changes inversely with a force magnitude imparted by the force imparting member, as a position of the main frame changes relative to a position of the attachment frame . an attachment frame that attaches to a feeder house on the agricultural harvesting machine; a cutter ; a main frame that supports the cutter ; and a float force assembly attached to the main frame and to the attachment frame and that has a force imparting member that is configured to exert a float force on the main frame , characterized in that the force imparting member is configured so that a mechanical advantage of the force imparting member in imparting the float force changes inversely with a force magnitude imparted by the force imparting member, as a position of the main frame changes relative to a position of the attachment frame .
A method performed by a data handling unit for handling information regarding call events in a Multimedia Telephony Service, MMTel, network for enabling call logging, the method comprising: - receiving information on at least one call event, - matching a caller or called party to settings in a user profile for said caller or called party, using said received information, - generating a SIP Message comprising call log information referring to said call event, only if settings in the user profile for said caller or called party indicates that call event information is to be saved, and - sending said generated SIP Message towards a storage server, thereby causing said storage server to store said call log information and to provide access to said call log information stored to client devices operated by user matching said user profile . - receiving information on at least one call event, - matching a caller or called party to settings in a user profile for said caller or called party, using said received information, - generating a SIP Message comprising call log information referring to said call event, only if settings in the user profile for said caller or called party indicates that call event information is to be saved, and - sending said generated SIP Message towards a storage server, thereby causing said storage server to store said call log information and to provide access to said call log information stored to client devices operated by user matching said user profile .
A mixing vessel , comprising: a vessel body comprising a bottom panel and a vessel wall upwardly extended from the border of said bottom panel , said bottom panel comprising a top surface , an opposing bottom surface and an opening cut through said top surface and said bottom surface ; a clamping device connected to said bottom panel of said vessel body and clamped on said top surface and said bottom surface of said bottom panel ; and a stirrer inserted through said opening of said bottom panel of said vessel body and connected to said clamping device ; wherein said clamping device comprises a pressure plate and a bottom block , said pressure plate being pressed on said top surface of said bottom panel of said vessel body , said bottom block supporting said bottom surface of said bottom panel of said vessel body ; said stirrer is connected to said bottom block and clamped on said pressure plate ; wherein said pressure plate comprises a circular body portion and an extend wall , said circular body portion comprising a through hole disposed in communication with said opening of said bottom panel of said vessel body , said extend wall extending downwardly from said circular body portion around said through hole . a vessel body comprising a bottom panel and a vessel wall upwardly extended from the border of said bottom panel , said bottom panel comprising a top surface , an opposing bottom surface and an opening cut through said top surface and said bottom surface ; a clamping device connected to said bottom panel of said vessel body and clamped on said top surface and said bottom surface of said bottom panel ; and a stirrer inserted through said opening of said bottom panel of said vessel body and connected to said clamping device ; wherein said clamping device comprises a pressure plate and a bottom block , said pressure plate being pressed on said top surface of said bottom panel of said vessel body , said bottom block supporting said bottom surface of said bottom panel of said vessel body ; said stirrer is connected to said bottom block and clamped on said pressure plate ; wherein said pressure plate comprises a circular body portion and an extend wall , said circular body portion comprising a through hole disposed in communication with said opening of said bottom panel of said vessel body , said extend wall extending downwardly from said circular body portion around said through hole .
An electronic dart machine, comprising: a dart target part having a board shape divided into a plurality of target areas and including a sensor means detecting a location of a target area hit by a dart ; an LED display part including a plurality of LED modules , each LED module being positioned at a location corresponding to an outermost part of each target area along a periphery of the dart target part ; and a controller controlling an output display of each LED module by a preset control logic, recognizing the location of a target area through the sensor means , the location being hit by the dart , and producing a dart hitting result by linking a content of the output display of the LED module with the location of the target area , the location being hit by the dart ; display means displaying the dart hitting result produced by the controller ; and input means inputting a control command, characterized in that each LED module is configured in a form that a plurality of LED chips are mounted in a grid-type on a one LED board and displays any one of letters, marks and numbers, and in that the output display of each LED module is a number display corresponding to each target area and variably displayed as time goes by within a one turn by a preset control logic. a dart target part having a board shape divided into a plurality of target areas and including a sensor means detecting a location of a target area hit by a dart ; an LED display part including a plurality of LED modules , each LED module being positioned at a location corresponding to an outermost part of each target area along a periphery of the dart target part ; and a controller controlling an output display of each LED module by a preset control logic, recognizing the location of a target area through the sensor means , the location being hit by the dart , and producing a dart hitting result by linking a content of the output display of the LED module with the location of the target area , the location being hit by the dart ; display means displaying the dart hitting result produced by the controller ; and input means inputting a control command, characterized in that each LED module is configured in a form that a plurality of LED chips are mounted in a grid-type on a one LED board and displays any one of letters, marks and numbers, and in that the output display of each LED module is a number display corresponding to each target area and variably displayed as time goes by within a one turn by a preset control logic.
A system, comprising: a base plate ; a stand ; an adjustable lighting fixture that overhangs the base plate and is attached to the stand ; one or more growing containers that fit within the base plate , and one or more pod trays that fit within each growing container and that accommodate a plurality, preferably six, of plant growing systems; wherein each of the plurality of plant growing systems comprises: a biodegradable outer shell , a rooting media, a fertilizer or nutrient, seeds, and a removable lid . a base plate ; a stand ; an adjustable lighting fixture that overhangs the base plate and is attached to the stand ; one or more growing containers that fit within the base plate , and one or more pod trays that fit within each growing container and that accommodate a plurality, preferably six, of plant growing systems; wherein each of the plurality of plant growing systems comprises: a biodegradable outer shell , a rooting media, a fertilizer or nutrient, seeds, and a removable lid .
A tubing hanger assembly comprising: a body which has an annular outer surface; a lockdown feature which is located on the body; a load nut which is threadedly connected to the body, the load nut comprising a downward facing load shoulder ; characterized by a torsion spring member which includes a first end that is connected to the tubing hanger and a second end that is connected to the load nut; wherein in operation the torsion spring member rotates the load nut to thereby move the load nut axially relative to the body; whereby an axial distance between the load shoulder and the lockdown feature is adjustable. a body which has an annular outer surface; a lockdown feature which is located on the body; a load nut which is threadedly connected to the body, the load nut comprising a downward facing load shoulder ; characterized by a torsion spring member which includes a first end that is connected to the tubing hanger and a second end that is connected to the load nut; wherein in operation the torsion spring member rotates the load nut to thereby move the load nut axially relative to the body; whereby an axial distance between the load shoulder and the lockdown feature is adjustable.
Tower of a wind power plant, comprising at least one tower segment that has a plurality of load-bearing wall elements (3 - 8) which, arranged horizontally next to one another, form an outer wall of the tower , wherein a rigid connection is formed, between the wall elements (3 - 8) that are arranged directly next to one another, by means of horizontal end portions (12 - 15) of the wall elements (3 - 8), and is not effected, or is effected only in certain segments, by means of vertical edges of the wall elements (3 - 8), wherein the vertical edges of the wall elements (3 - 8), which are in each case arranged directly adjacent to one another, are arranged entirely at a distance from one another in the horizontal direction, characterized in that means for sealing the tower outwardly are arranged between the wall elements (3 - 8).