mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: front-end radar circuitry configured and arranged to: generate a digital data stream that represents received radar wave signals; and provide a cryptographic hash using the digital data stream, timing information, and apparatus-specific data; and storage circuitry configured and arranged to store the digital data stream and the cryptographic hash which is indicative of authenticity of the digital data stream. front-end radar circuitry configured and arranged to: generate a digital data stream that represents received radar wave signals; and provide a cryptographic hash using the digital data stream, timing information, and apparatus-specific data; and storage circuitry configured and arranged to store the digital data stream and the cryptographic hash which is indicative of authenticity of the digital data stream.
A coupling device for exhaust pipes (2 and 3) of endothermic engines, in particular designed to be arranged downstream of an exhaust manifold of an endothermic engine, comprising a flexible metal bellow provided with a plurality of annular undulations axially spaced apart from one another and having a first and a second cylindrical ends, opposite to each other and free from undulations, a flow guide liner radially arranged inside the metal bellow, with which it is coaxial, to shield the undulations, and a first flexible metal hose radially arranged on the outside of the metal bellow, with which it is coaxial, to shield and protect the undulations; wherein: i)- the first flexible metal hose is formed by means of a helical stripwound metal element obtained from a first metal strip, helically wound with its opposite lateral edges (13 and 14) seamed together so as to form a hose;, ii)- a radial gap is present between the first flexible metal hose formed by the stripwound metal element and respective radially outer ridges of the undulations of the flexible metal bellow, iii)- a first and a second opposite end of the first flexible metal hose formed by the stripwound metal element being fixed respectively to a first (21b,c) and a second (22b,c) rigid terminal support elements, which are externally fixed onto the metal bellow, to the first and second cylindrical ends (7 and 8) of the metal bellow respectively, so as to protrude radially outwards from the side opposite to the flow guide liner; characterized in that iv)- a thermally insulating material being arranged to completely fill said radial gap. i)- the first flexible metal hose is formed by means of a helical stripwound metal element obtained from a first metal strip, helically wound with its opposite lateral edges (13 and 14) seamed together so as to form a hose;, ii)- a radial gap is present between the first flexible metal hose formed by the stripwound metal element and respective radially outer ridges of the undulations of the flexible metal bellow, iii)- a first and a second opposite end of the first flexible metal hose formed by the stripwound metal element being fixed respectively to a first (21b,c) and a second (22b,c) rigid terminal support elements, which are externally fixed onto the metal bellow, to the first and second cylindrical ends (7 and 8) of the metal bellow respectively, so as to protrude radially outwards from the side opposite to the flow guide liner; characterized in that iv)- a thermally insulating material being arranged to completely fill said radial gap.
A sweeper implement (100; 100';100"; 200; 300) configured to be coupled to a power machine, the implement comprising: a power machine interface (210; 310) having a machine mount (212; 312) configured to attach the implement to the power machine; an implement frame (222; 322); a broom tool (224; 324) configured to perform a work task; a tool carrier (270; 370) configured to support the tool; a linkage (254; 354) coupling the broom tool to the implement frame through the tool carrier, the linkage configured to allow up and down movement of the tool relative to the implement frame; and an adjustable biasing member positioned between the implement frame and the linkage and configured to set a downward pressure by the tool on a work surface; the sweeper implement characterized in that: the tool carrier (270; 370) is configured to provide pivoting of the broom tool about a vertical axis to allow the broom tool to be angled under control of an angling actuator (226"; 326") such that a first end of the broom tool is forward of a second end of the broom tool to direct debris toward a side of the power machine. a power machine interface (210; 310) having a machine mount (212; 312) configured to attach the implement to the power machine; an implement frame (222; 322); a broom tool (224; 324) configured to perform a work task; a tool carrier (270; 370) configured to support the tool; a linkage (254; 354) coupling the broom tool to the implement frame through the tool carrier, the linkage configured to allow up and down movement of the tool relative to the implement frame; and an adjustable biasing member positioned between the implement frame and the linkage and configured to set a downward pressure by the tool on a work surface;
Multilayer article, comprising at least one first layer containing a fluoropolymer and at least one second layer containing a silicone resin, said layers are at least partially in contact with each other and form a common interface bonding the layers together, and wherein the at least one first layer further comprises carbon particles of mineralized carbon selected from graphite, coal, coke and charcoal and wherein the fluoropolymer is cured.
A luminaire for emitting an electro-magnetic radiation, having - a first LED radiation source for generating a first portion of the radiation in the form of a white light, - a second LED radiation source for generating a second portion of the radiation, wherein the second portion only has radiation of wavelengths within the wavelength range of about 280 nm to about 425 nm, - a control unit for the control of the first LED radiation source and the second LED radiation source, characterized in that the control unit is designed in such a manner that the intensity of the first portion is greater than zero, if the intensity of the second portion is greater than zero, wherein the control unit is designed in such a manner that the intensity of the second portion can assume at most a maximum value (UVmax), which is dependent on the intensity of the first portion, wherein the control unit is also designed in such a manner that the intensity of the second portion is adjustable up to the maximum value (UVmax). - a first LED radiation source for generating a first portion of the radiation in the form of a white light, - a second LED radiation source for generating a second portion of the radiation, wherein the second portion only has radiation of wavelengths within the wavelength range of about 280 nm to about 425 nm, - a control unit for the control of the first LED radiation source and the second LED radiation source,
First distributed database system for storing and/or providing transactions, having: - a first memory module for storing transactions in the distributed database system; - a second memory module for storing a task data record, wherein - the task data record comprises a specific task, - the task data record is assigned to the distributed database system; - a third memory module for storing a validity data record, wherein - the validity data record comprises a validity, - the validity data record is assigned to the distributed database system. - a first memory module for storing transactions in the distributed database system; - a second memory module for storing a task data record, wherein - the task data record comprises a specific task, - the task data record is assigned to the distributed database system; - a third memory module for storing a validity data record, wherein - the validity data record comprises a validity, - the validity data record is assigned to the distributed database system.
An orthopedic device, comprising: a first panel defining opposed first and second sides (13, 39); a second panel having a first end, and a second end securable to the second side of the first panel at a location site; a first strap having a first end overlying the second panel, and a second end securable to the second side of the first panel at the location site; characterized in that the first end of the second panel is secured to the first side of the first panel along a seam; the first end of the first strap is secured to the first side of the first panel along the seam; and the orthopedic device further comprises a dynamic force strap adapted to extend, in use, helically between upper and lower portions of the orthopedic device and to connect to the first panel. a first panel defining opposed first and second sides (13, 39); a second panel having a first end, and a second end securable to the second side of the first panel at a location site; a first strap having a first end overlying the second panel, and a second end securable to the second side of the first panel at the location site; characterized in that the first end of the second panel is secured to the first side of the first panel along a seam; the first end of the first strap is secured to the first side of the first panel along the seam; and the orthopedic device further comprises a dynamic force strap adapted to extend, in use, helically between upper and lower portions of the orthopedic device and to connect to the first panel.
Articulated wagon arrangement for a railway goods train, comprising an articulated wagon for transporting containers, having a first wagon part and a second wagon part, wherein the first and the second wagon part (11, 13) by way of an articulated coupling are coupled to one another so as to be articulated about a vertical articulation axis, wherein the first wagon part on the upper side thereof has a first container storage space for one or a plurality of containers, and wherein the second wagon part on the upper side thereof has a second container storage space for one or a plurality of containers, a power supply unit for the supply of power to containers loaded on the articulated wagon, characterized in that the power supply unit is disposed in the region of the articulated coupling of the first and of the second wagon part (11, 13), between the first and the second container storage space (29, 33). an articulated wagon for transporting containers, having a first wagon part and a second wagon part, wherein the first and the second wagon part (11, 13) by way of an articulated coupling are coupled to one another so as to be articulated about a vertical articulation axis, wherein the first wagon part on the upper side thereof has a first container storage space for one or a plurality of containers, and wherein the second wagon part on the upper side thereof has a second container storage space for one or a plurality of containers, a power supply unit for the supply of power to containers loaded on the articulated wagon, characterized in that the power supply unit is disposed in the region of the articulated coupling of the first and of the second wagon part (11, 13), between the first and the second container storage space (29, 33).
A combined counterweight hitching device mounted on a turntable tail framework, wherein the combined counterweight hitching device comprises a turntable tail framework bottom plate, a lifting oil cylinder, a lifting oil cylinder fixing seat and a hitching driving mechanism, the turntable tail framework bottom plate is fixed on the turntable tail framework, the lifting oil cylinder fixing seat is arranged on a upper surface of the turntable tail framework bottom plate characterised in that the lifting oil cylinder fixing seat is hinged with the turntable tail framework bottom plate, the lifting oil cylinder is fixed at one end of the lifting oil cylinder fixing seat, the one end being distal to a point on which the lifting oil cylinder fixing seat is hinged with the turntable tail framework bottom plate, a hitching platform is mounted at a piston rod end of the lifting oil cylinder, and the hitching driving mechanism is connected with the lifting oil cylinder fixing seat, and drives the lifting oil cylinder fixing seat to make the hitching platform enter a hitching platform groove on the counterweight to complete a hitching operation.
An ink jet recording apparatus which uses ink containing a volatile component, comprising: a recording head comprising a plurality of nozzles for discharging the ink and a temperature sensor for detecting temperature of ink in the plurality of nozzles; control means for controlling the recording head to perform idle drive operations of minutely vibrating ink menisci in the plurality of nozzles and preliminary discharge operations; changing means for changing a number of times of the idle drive operations and a number of times of the preliminary discharge operations according to the temperature detected by the temperature sensor; cleaning means of the recording head; and characterized by highest temperature detecting means for monitoring the temperature detected by the temperature sensor and detecting a highest temperature from an end of a last cleaning operation performed by the cleaning means; and storing means storing the highest temperature, wherein the changing means uses the highest temperature as the temperature detected by the temperature sensor and changes the number of times of the idle drive operations and the number of times of the preliminary discharge operations according to the highest temperature. a recording head comprising a plurality of nozzles for discharging the ink and a temperature sensor for detecting temperature of ink in the plurality of nozzles; control means for controlling the recording head to perform idle drive operations of minutely vibrating ink menisci in the plurality of nozzles and preliminary discharge operations; changing means for changing a number of times of the idle drive operations and a number of times of the preliminary discharge operations according to the temperature detected by the temperature sensor; cleaning means of the recording head; and characterized by highest temperature detecting means for monitoring the temperature detected by the temperature sensor and detecting a highest temperature from an end of a last cleaning operation performed by the cleaning means; and storing means storing the highest temperature, wherein the changing means uses the highest temperature as the temperature detected by the temperature sensor and changes the number of times of the idle drive operations and the number of times of the preliminary discharge operations according to the highest temperature.
A device for applying a compressive force to the uterus of a human so that the uterus may be compressed between the device and an applied force external of the body to treat postpartum haemorrhage, the device comprising: a contact portion for contacting the uterus and providing a compressive force thereto, and at least two elongate handles (314a,314b) each extending from the contact portion along a respective longitudinal axis (100a,100b), wherein the at least two elongate handles (314a,314b) are configured to facilitate insertion of the device into the body through the vagina and handling of the device from outside the body when inserted, the at least two handles (314a,314b) being further configured to receive a compressive force applied by a user of the device from outside the body when a portion of the at least two handles (314a, 314b) extends outside the body and transmit the received compressive force to the contact portion when inserted through the vagina so as to apply a compressive force to the uterus; wherein at least a part of the contact portion is configured to be radially moveable relative to the longitudinal axes (100a,100b) between a first radial position and a second radial position where the second radial position is radially outward of the first radial position. a contact portion for contacting the uterus and providing a compressive force thereto, and at least two elongate handles (314a,314b) each extending from the contact portion along a respective longitudinal axis (100a,100b), wherein the at least two elongate handles (314a,314b) are configured to facilitate insertion of the device into the body through the vagina and handling of the device from outside the body when inserted, the at least two handles (314a,314b) being further configured to receive a compressive force applied by a user of the device from outside the body when a portion of the at least two handles (314a, 314b) extends outside the body and transmit the received compressive force to the contact portion when inserted through the vagina so as to apply a compressive force to the uterus; wherein at least a part of the contact portion is configured to be radially moveable relative to the longitudinal axes (100a,100b) between a first radial position and a second radial position where the second radial position is radially outward of the first radial position.
A clothes treating machine comprising: a housing having a predetermined inner space; a tub located in the predetermined inner space; a drum rotatably disposed in the tub; a dispenser assembly accommodated in the predetermined inner space of the housing and communicating with the tub such that a clothes treatment agent is supplied into the tub, the dispenser assembly including a rear protrusion that protrudes towards a rear surface of the housing and is positioned inside the housing; a support member coupled to the rear surface of the housing to support the dispenser assembly, wherein the support member comprises: a support body portion extending in the lengthwise direction; a support head portion located on one end portion of the support body portion in the lengthwise direction; and a support hollow portion recessed by a predetermined distance in the lengthwise direction into another end portion of the support body portion opposite to the one end portion in the lengthwise direction and coupled to the dispenser assembly; characterized in that the support hollow portion is configured to receive the rear protrusion of the dispenser assembly, and wherein the rear protrusion is spaced apart from the rear surface of the housing. a housing having a predetermined inner space; a tub located in the predetermined inner space; a drum rotatably disposed in the tub; a dispenser assembly accommodated in the predetermined inner space of the housing and communicating with the tub such that a clothes treatment agent is supplied into the tub, the dispenser assembly including a rear protrusion that protrudes towards a rear surface of the housing and is positioned inside the housing; a support member coupled to the rear surface of the housing to support the dispenser assembly, wherein the support member comprises: a support body portion extending in the lengthwise direction; a support head portion located on one end portion of the support body portion in the lengthwise direction; and a support hollow portion recessed by a predetermined distance in the lengthwise direction into another end portion of the support body portion opposite to the one end portion in the lengthwise direction and coupled to the dispenser assembly; a support body portion extending in the lengthwise direction; a support head portion located on one end portion of the support body portion in the lengthwise direction; and a support hollow portion recessed by a predetermined distance in the lengthwise direction into another end portion of the support body portion opposite to the one end portion in the lengthwise direction and coupled to the dispenser assembly; characterized in that the support hollow portion is configured to receive the rear protrusion of the dispenser assembly, and wherein the rear protrusion is spaced apart from the rear surface of the housing.
An apparatus for adjusting knife edge offset in a cutter toolhead, comprising: a cutter toolhead frame; a knife moveably coupled to the cutter toolhead; an actuated arm moveably attached to the cutter toolhead frame; a computer controller that controls movements of the knife and the actuated arm; an abrasive sharpener (11, 12) moveably attached to the actuated arm and adapted to contact the knife; and a sensor adapted to determine a distance between the cutter toolhead frame and the actuated arm; wherein the computer controller adjusts the movement of the knife and the actuated arm as a function of the distance determined by the sensor. a cutter toolhead frame; a knife moveably coupled to the cutter toolhead; an actuated arm moveably attached to the cutter toolhead frame; a computer controller that controls movements of the knife and the actuated arm; an abrasive sharpener (11, 12) moveably attached to the actuated arm and adapted to contact the knife; and a sensor adapted to determine a distance between the cutter toolhead frame and the actuated arm; wherein the computer controller adjusts the movement of the knife and the actuated arm as a function of the distance determined by the sensor.
A swage collar in an undeformed state, comprising: - a shank having a first end, a second end opposite the first end, and an outside diameter; - a flange extending circumferentially from the first end of the shank and having an outer diameter; characterized by - a scalloped shoulder formed at a location proximate to where the first end of the shank transitions to the flange, wherein the swage collar is adapted and suited to be swaged, during which the scalloped shoulder is deformed from an undeformed state to a deformed state, in which the scalloped shoulder is blended with the outside diameter of the shank and the outer diameter of the flange. - a shank having a first end, a second end opposite the first end, and an outside diameter; - a flange extending circumferentially from the first end of the shank and having an outer diameter; - a scalloped shoulder formed at a location proximate to where the first end of the shank transitions to the flange,