mhurhangee/ep-ind-claims huggingface dataset:
An air conditioning assembly for cooling comprising; a compressor for compressing refrigerant, a gas cooler for cooling and condensing refrigerant from said compressor, an expansion device for expanding refrigerant, an evaporator for evaporating the refrigerant from said expansion device, a heat exchanger having a hot passage for the flow of refrigerant therethrough from said gas cooler to said expansion device and a cool passage for the flow of refrigerant therethrough from said evaporator to said compressor for exchanging heat between said passages, said gas cooler including an inlet header extending along a first axis and in fluid communication with said compressor and an outlet header extending along a second axis parallel to and spaced from said first axis and a plurality of condensing tubes extending between said headers for conveying refrigerant therebetween, said heat exchanger including a first tank extending along said first axis from said inlet header and a second tank extending along said second axis from said outlet header and at least one hot tube extending between said tanks to define said hot passage and at least one cool tube extending between said tanks to define said cool passage, at least a portion of each of said tanks being an extension of said respective axially aligned header, at least a portion of each of said tanks being integral with said respective axially aligned header, characterized in that said air conditioning further comprises a partition dividing each of said tanks into a hot chamber and a cool chamber,, an inlet separator for separating the interior of said inlet header from at least one of said hot chamber and said cool chamber of said first tank, an outlet separator for separating the interior of said outlet header from at least one of said of said second tank, said hot tube and said cool tube extending between said cool chamber of said first tank and said cool chamber of said second tank, and a homogenous cylinder defining each of said headers and at least an axially aligned and associated portion of one of said tanks, in that, the inlet header,, the outlet header,, the first tank and the second tank are circular in cross section, and in that, said partition in each of said tanks extending diametrically on the diameter of said cylindrical tank to define a semi-cylindrical hot chamber and a semi-cylindrical cool chamber being semi-circular in cross section.
A shackle pin split nut assembly for a shackle having a pair of aligned openings (16, 18) for receipt of a shackle bolt, which assembly comprises: a two-piece clamp having a first ring segment and a second ring segment which rotate about a pivot pin between a closed and locked position and an open position; characterised by a first button received in a recess in said first ring segment with a spring urging said first button outward; a first tab projecting from said first button which travels in a slot in said second ring segment; a second button received in a recess in said second ring segment with a spring urging said second button outward; and a second tab projecting from said second button which travels in a slot in said first ring segment, wherein said springs urge said first tab and said second tab toward said closed and locked position. a two-piece clamp having a first ring segment and a second ring segment which rotate about a pivot pin between a closed and locked position and an open position; characterised by a first button received in a recess in said first ring segment with a spring urging said first button outward; a first tab projecting from said first button which travels in a slot in said second ring segment; a second button received in a recess in said second ring segment with a spring urging said second button outward; and a second tab projecting from said second button which travels in a slot in said first ring segment, wherein said springs urge said first tab and said second tab toward said closed and locked position.
A scroll member for a scroll compressor, comprising: a base member; and a wrap member formed on a major surface of the base member; wherein the wrap member includes a modified portion disposed at a tip portion of the wrap member, the modified portion including a base, a step, and a scallop, the base extending a first distance from the major surface, the step extending a second distance from the base, the scallop extending a third distance from the step, the scallop being located at a wrap surface of the wrap member, the wrap surface being disposed away from the major surface relative to the step, and wherein the third distance increases when moving along the wrap surface from a first point of the tip portion to a second point of the tip portion disposed at an end of the wrap member. a base member; and a wrap member formed on a major surface of the base member; wherein the wrap member includes a modified portion disposed at a tip portion of the wrap member, the modified portion including a base, a step, and a scallop, the base extending a first distance from the major surface, the step extending a second distance from the base, the scallop extending a third distance from the step, the scallop being located at a wrap surface of the wrap member, the wrap surface being disposed away from the major surface relative to the step, and wherein the third distance increases when moving along the wrap surface from a first point of the tip portion to a second point of the tip portion disposed at an end of the wrap member.
A gas turbine engine, comprising: a turbine; the turbine comprising a plurality of last stage buckets and last stage nozzles; and a diffuser positioned downstream of the turbine, characterized by a gauging ratio of the plurality of last stage nozzles greater than about 0.95 so as to produce a more uniform radial work distribution and flatter diffuser inlet profiles, wherein the gauging ratio comprises a ratio of a throat length to a pitch, the throat length being the distance between the trailing end of a first nozzle to the suction side of a second nozzle, and the pitch being the distance between the leading edge of the first nozzle and the leading edge of the second nozzle. a turbine; the turbine comprising a plurality of last stage buckets and last stage nozzles; and a diffuser positioned downstream of the turbine, characterized by a gauging ratio of the plurality of last stage nozzles greater than about 0.95 so as to produce a more uniform radial work distribution and flatter diffuser inlet profiles, wherein the gauging ratio comprises a ratio of a throat length to a pitch, the throat length being the distance between the trailing end of a first nozzle to the suction side of a second nozzle, and the pitch being the distance between the leading edge of the first nozzle and the leading edge of the second nozzle.
A spinal connection assembly for use with a posterior spinal connector having a head to treat a spine of a mammalian body, the spinal connection assembly comprising a housing having an opening adapted for receiving the posterior spinal connector and a securement mechanism carried by the housing for capturing the posterior spinal connector within the opening, the securement mechanism including first and second capture elements (168,170), characterized in that the housing is provided with first and second arcuate rails (132,134) and the first and second capture elements are disposed in spaced-apart positions within the opening and travel along the respective first and second arcuate rails for moving the first and second capture elements from an opened first position for receiving the head of the posterior spinal connector downwardly and inwardly to a second position for capturing the head of the posterior spinal connector.
A containment apparatus for enclosing a metallic fastener extending through a structure, comprising: a cap member and an uncured sealant comprising a first wall member which defines a first cavity and a first end, wherein the first end defines a first opening adapted to provide access into the first cavity for at least a portion of the metallic fastener, whereby the uncured sealant is received in the first cavity; a second wall member is secured to and extends from an exterior surface of the first wall member, wherein: the second wall member extends spaced apart from and along the first wall member to a first end; and the second wall member surrounds the first wall member such that first wall member and second wall member form a second cavity positioned between the first wall member and the second wall member, whereby the uncured sealant is received in the second cavity; and the first end of the first wall member and the first end of the second wall member are coplanar with one another, whereby the uncured sealant positioned within the first cavity (20, when cured, secures the cap member to the structure and the uncured sealant positioned within the second cavity, when cured, further secures the cap member to the structure. a first wall member which defines a first cavity and a first end, wherein the first end defines a first opening adapted to provide access into the first cavity for at least a portion of the metallic fastener, whereby the uncured sealant is received in the first cavity; a second wall member is secured to and extends from an exterior surface of the first wall member, wherein: the second wall member extends spaced apart from and along the first wall member to a first end; and the second wall member surrounds the first wall member such that first wall member and second wall member form a second cavity positioned between the first wall member and the second wall member, whereby the uncured sealant is received in the second cavity; and the first end of the first wall member and the first end of the second wall member are coplanar with one another, whereby the uncured sealant positioned within the first cavity (20, when cured, secures the cap member to the structure and the uncured sealant positioned within the second cavity, when cured, further secures the cap member to the structure. the second wall member extends spaced apart from and along the first wall member to a first end; and the second wall member surrounds the first wall member such that first wall member and second wall member form a second cavity positioned between the first wall member and the second wall member, whereby the uncured sealant is received in the second cavity; and the first end of the first wall member and the first end of the second wall member are coplanar with one another, whereby the uncured sealant positioned within the first cavity (20, when cured, secures the cap member to the structure and the uncured sealant positioned within the second cavity, when cured, further secures the cap member to the structure.
A method of binding a metal ion in water, the method comprising: contacting the water with a fraction of dissolved organic material to form a complex between the DOM fraction and the metal ion; and optionally separating the complex from the water; wherein the metal ion is a rare earth element, a divalent metal, a transition metal, or a divalent transition metal; wherein the fraction of DOM is a low molecular weight organic compound fraction of the DOM (LMW-DOM), wherein the LMW-DOM comprises molecular weights ranging from 150-900 Da, optionally 300-900 Da; and wherein the DOM is from phytoplankton. contacting the water with a fraction of dissolved organic material to form a complex between the DOM fraction and the metal ion; and optionally separating the complex from the water; wherein the metal ion is a rare earth element, a divalent metal, a transition metal, or a divalent transition metal; wherein the fraction of DOM is a low molecular weight organic compound fraction of the DOM (LMW-DOM), wherein the LMW-DOM comprises molecular weights ranging from 150-900 Da, optionally 300-900 Da; and wherein the DOM is from phytoplankton.
A central control system comprising: at least one indoor unit; an outdoor unit connected to the indoor unit, for controlling the operation of the indoor unit; and a central control unit controlling the indoor unit by setting the operation schedule of the indoor unit and interrupting the individual control of an external signal input to the indoor unit during the control according to a set schedule, characterised in that: if a schedule control signal set by the central control unit includes stop setting, the at least one indoor unit interrupts the external signal so that the at least one indoor unit cannot be operated according to the external signal, if the schedule control signal does not include stop setting, the at least one indoor unit is operated according to the external signal, if the schedule control signal includes locking setting together with stop setting in the operation, the at least one indoor unit is operated only by the set schedule in the central control unit. at least one indoor unit; an outdoor unit connected to the indoor unit, for controlling the operation of the indoor unit; and a central control unit controlling the indoor unit by setting the operation schedule of the indoor unit and interrupting the individual control of an external signal input to the indoor unit during the control according to a set schedule, if a schedule control signal set by the central control unit includes stop setting, the at least one indoor unit interrupts the external signal so that the at least one indoor unit cannot be operated according to the external signal, if the schedule control signal does not include stop setting, the at least one indoor unit is operated according to the external signal, if the schedule control signal includes locking setting together with stop setting in the operation, the at least one indoor unit is operated only by the set schedule in the central control unit.
A mobile electronic device having wireless communications capabilities, said mobile electronic device comprising: a communication subsystem (312, 314) for communicating with a wireless network system through wireless sessions; a microprocessor operable to employ said communication subsystem (312, 314) to: initiate Internet Protocol Multimedia Subsystem registration with a session control module; characterised in that the microprocessor is further operable to employ said communication subsystem (312, 314) to: initiate a session establishment request with said session control module, said session establishment request specifying a session to a relay server module that maintains a connection to an external server that is configured as a peer to said mobile electronic device, said external server for providing data content to said mobile electronic device; and receive, from said relay server module, said data content from said external server over an IMS-enabled session to said relay server module established by said session control module. a communication subsystem (312, 314) for communicating with a wireless network system through wireless sessions; a microprocessor operable to employ said communication subsystem (312, 314) to: initiate Internet Protocol Multimedia Subsystem registration with a session control module; characterised in that the microprocessor is further operable to employ said communication subsystem (312, 314) to: initiate a session establishment request with said session control module, said session establishment request specifying a session to a relay server module that maintains a connection to an external server that is configured as a peer to said mobile electronic device, said external server for providing data content to said mobile electronic device; and receive, from said relay server module, said data content from said external server over an IMS-enabled session to said relay server module established by said session control module. initiate a session establishment request with said session control module, said session establishment request specifying a session to a relay server module that maintains a connection to an external server that is configured as a peer to said mobile electronic device, said external server for providing data content to said mobile electronic device; and receive, from said relay server module, said data content from said external server over an IMS-enabled session to said relay server module established by said session control module.
Passenger table for connection to a side wall of a rail vehicle and for orientation in the transverse direction of the rail vehicle, having a side wall pillar for connection to the side wall and a table panel which is supported by means of the side wall pillar, characterized in that there extends from the side wall pillar a horizontal support bar which is connected to the table panel with spacing from the side wall pillar by means of plastically deformable connection elements in such a manner that, when the plastically deformable connection elements are deformed, the support bar can move in a horizontal plane relative to the table panel.
A verification method for verifying the wiring of a meter for measuring the consumption of electricity supplied by a network (2; 102) to an electrical installation (3; 103), the verification method being intended to verify that the wiring has been correctly carried out, the meter (1; 101) having an upstream phase terminal (7a; 107), a downstream phase terminal (8a; 108), and a cutoff member (10; 110) connected between the upstream phase terminal and the downstream phase terminal, the verification method comprising the following steps: - opening the cutoff member; - measuring an upstream phase voltage (Vam) upstream from the cutoff member and measuring a downstream phase voltage (Vav) downstream from the cutoff member; - detecting a potential wiring error, as a function of a measurement of the upstream phase voltage and a measurement of the downstream phase voltage; - if a wiring error is detected, generating a warning; - if no wiring error is detected, closing the cutoff member and putting the meter into a nominal mode of operation. - opening the cutoff member; - measuring an upstream phase voltage (Vam) upstream from the cutoff member and measuring a downstream phase voltage (Vav) downstream from the cutoff member; - detecting a potential wiring error, as a function of a measurement of the upstream phase voltage and a measurement of the downstream phase voltage; - if a wiring error is detected, generating a warning; - if no wiring error is detected, closing the cutoff member and putting the meter into a nominal mode of operation.
Transverse member for a drive belt for use in a continuously variable transmission, such as is applied in a drive train of a motor vehicle for passenger transport, which transverse member comprises at least a base part and two pillar parts, which pillar parts extend from a respective lateral side of the base part in a mutually corresponding direction, and which the transverse member also comprises a separate support beam that extends between the two pillar parts at some distance of the base part with lateral end surfaces of the support beam contacting side surface parts of the pillar parts, which contacting end surfaces and side surface parts are oriented predominantly in parallel, preferably, perpendicular to the transverse, i.e. width, direction of the base part, characterised in that a thickness dimension of the support beam between said lateral surfaces in a thickness direction perpendicular to a direction wherein the pillar parts extend from base part to the support beam is smaller than a thickness dimension of each pillar part in said thickness direction.
A toy, comprising a first unfolding assembly, comprising: a first clamping aperture provided in a lower portion of a front end surface of a first body portion of the first unfolding assembly, a first triggering member provided adjacent to the first clamping aperture, and a first elastic member that allows the first unfolding assembly to be in an unfolded state; and a vehicle frame, characterised in that the vehicle frame comprises a second clamping aperture provided in a front end of the vehicle frame, and a second triggering member provided adjacent to the second clamping aperture, the first unfolding assembly being foldably disposed on the vehicle frame and covering the second clamping aperture and the second triggering member, when the first triggering member is triggered, the first unfolding assembly is unfolded such that the second clamping aperture is exposed and the second triggering member of the vehicle frame can be triggered.
A refrigeration system for a mobile unit 14), comprising: a refrigeration loop including a compressor, a condenser, a refrigerant regulator and an evaporator; an air duct that directs air from an air inlet to the evaporator, which air duct is defined by first and second panels; and a sensor, and characterised in that: the sensor is disposed in the air duct; and the refrigeration system further comprises a shock absorption unit that mounts the sensor to and provides a limited thermal conduction path between the sensor and the first panel, wherein the shock absorption unit comprises a spring element, and the spring element is a helical, metal wire spring having a cross-sectional area sized to reduce and/or limit thermal conduction through the spring element to the sensor. a refrigeration loop including a compressor, a condenser, a refrigerant regulator and an evaporator; an air duct that directs air from an air inlet to the evaporator, which air duct is defined by first and second panels; and a sensor, and characterised in that: the sensor is disposed in the air duct; and the refrigeration system further comprises a shock absorption unit that mounts the sensor to and provides a limited thermal conduction path between the sensor and the first panel, wherein the shock absorption unit comprises a spring element, and the spring element is a helical, metal wire spring having a cross-sectional area sized to reduce and/or limit thermal conduction through the spring element to the sensor. the sensor is disposed in the air duct; and the refrigeration system further comprises a shock absorption unit that mounts the sensor to and provides a limited thermal conduction path between the sensor and the first panel, wherein the shock absorption unit comprises a spring element, and the spring element is a helical, metal wire spring having a cross-sectional area sized to reduce and/or limit thermal conduction through the spring element to the sensor.
A biochar-based fertilizer for improving foreshore saline-alkali soils, comprising the following components, in parts by weight: 40 to 60 parts of biochar, 20 to 40 parts of humic acid substance, 10 to 20 parts of inorganic compound fertilizer, 5 to 15 parts of desulfurization gypsum, 5 to 15 parts of fly ash, and 3 to 5 parts of hydrolyzed polymaleic anhydride (HPMA), wherein the biochar-based fertilizer has a pH of 4 to 7.