mhurhangee/patent-ind-claim-en huggingface dataset:
An engine support system for a vehicle, comprising: a frame mount comprising: a telescoping body comprising at least one inner sleeve and at least one outer sleeve configured to slide relative to the inner sleeve; a first arm at a first end of the telescoping body configured to releasably engage a first side of a frame of a vehicle; and a second arm at a second end of the telescoping body opposite the first end configured to releasably engage a second side of the vehicle frame; a first coupler configured to attach to an engine of the vehicle; and a first jack assembly, characterized by a first collar slidably coupled to the telescoping body and configured to move horizontally along the telescoping body; and a first jack rod coupled to the first collar and configured to move vertically relative to the first collar, the first jack rod comprising a body and a ball mount at an end of the body, the ball mount configured to insert into the first coupler at an underside of an engine block of the vehicle. a telescoping body comprising at least one inner sleeve and at least one outer sleeve configured to slide relative to the inner sleeve; a first arm at a first end of the telescoping body configured to releasably engage a first side of a frame of a vehicle; and a second arm at a second end of the telescoping body opposite the first end configured to releasably engage a second side of the vehicle frame; a first coupler configured to attach to an engine of the vehicle; and a first jack assembly, characterized by a first collar slidably coupled to the telescoping body and configured to move horizontally along the telescoping body; and a first jack rod coupled to the first collar and configured to move vertically relative to the first collar, the first jack rod comprising a body and a ball mount at an end of the body, the ball mount configured to insert into the first coupler at an underside of an engine block of the vehicle.
An injection molding machine comprising: a toggle mechanism which connects a movable platen and a rear platen , the toggle mechanism includes a plurality of links , a first connection portion which connects the movable platen and the link , a second connection portion which connects the links to each other, and a third connection portion which connects the rear platen and the link , at least one of the first to third connection portions includes a bush , a connection pin which is inserted into the bush , the toggle mechanism characterized in that it includes a wear detection unit which detects wear of sliding surfaces of the bush and the connection pin , and the wear detection unit detects a position of a member in which the bush is disposed. a toggle mechanism which connects a movable platen and a rear platen , the toggle mechanism includes a plurality of links , a first connection portion which connects the movable platen and the link , a second connection portion which connects the links to each other, and a third connection portion which connects the rear platen and the link , at least one of the first to third connection portions includes a bush , a connection pin which is inserted into the bush , the toggle mechanism characterized in that it includes a wear detection unit which detects wear of sliding surfaces of the bush and the connection pin , and the wear detection unit detects a position of a member in which the bush is disposed.
A green sand mold comprising at least one pair of green sand mold parts each comprising a recess and a mating surface, a cured layer comprising a curing material comprising a thermosetting resin as a main component being formed on the recess and mating surface of each of the green sand mold parts; and said cured layer having a hardness of 40 to 98, a thickness of 0.5 to 6 mm, and a gas permeability of 70 to 150.
An annuloplasty implant comprising first and second support rings arranged in a coiled configuration around an axial direction , and being adapted to be arranged on opposite sides of native heart valve leaflets to pinch said leaflets, wherein at least part of said first and second support ring is formed from a carbon fiber material , characterized in that the carbon fiber material consists of a first plurality of fibers extending in a longitudinal direction of said first and/or second support ring along an annular periphery thereof, and a second plurality of fibers extending in a radial direction being perpendicular to said longitudinal direction, and wherein said first and second support rings are resiliently movable with respect to each other in opposite directions along said axial direction.
An insert for receipt within a plate aperture having an inner wall along at least a portion thereof, comprising: a body having inner and outer surfaces, the inner surface defining an insert aperture having a longitudinal axis; and at least one collar extending from a generally central portion of the outer surface of the body in a first radial direction perpendicular to the longitudinal axis and extending along only a portion of the outer surface of the body in a second radial direction transverse to the first radial direction and the longitudinal axis and further extending along an entire perimeter of the outer surface of the body , wherein the collar defines a first radial distance from the longitudinal axis at a first outer edge position of the collar and a second radial distance from the longitudinal axis at a second outer edge position of the collar that differs from the first radial distance. a body having inner and outer surfaces, the inner surface defining an insert aperture having a longitudinal axis; and at least one collar extending from a generally central portion of the outer surface of the body in a first radial direction perpendicular to the longitudinal axis and extending along only a portion of the outer surface of the body in a second radial direction transverse to the first radial direction and the longitudinal axis and further extending along an entire perimeter of the outer surface of the body , wherein the collar defines a first radial distance from the longitudinal axis at a first outer edge position of the collar and a second radial distance from the longitudinal axis at a second outer edge position of the collar that differs from the first radial distance.
An ice maker for forming ice, the ice maker comprising: (i) a refrigeration system comprising a compressor and an ice formation device ; (ii) a water system for supplying water to the ice formation device, the water system comprising a sump adapted to hold water to be formed into ice and a discharge valve in fluid communication with the sump; and (iii) a control system comprising an ice level sensor adapted to sense whether an ice storage bin is full of ice, a water level sensor adapted to sense a water level in the sump, and a controller adapted to cause the discharge valve to open to allow water to drain from the sump based upon an indication from the ice level sensor that the ice storage bin is full of ice and to cause the discharge valve to close when the sump is empty; characterized in that the water level sensor is a remote air pressure sensor and the ice maker comprises a pneumatic tube and an air fitting , the pneumatic tube having a proximal end and a distal end , the proximal end of the pneumatic tube is connected to the air pressure sensor and the distal end of the pneumatic tube is connected to and in fluid communication with the air fitting, the air fitting is positioned in the sump and includes a base portion , a first portion , a second portion , and top portion all in fluid communication with the water proximate a bottom of the sump, wherein the base portion, first portion, second portion, and top portion of the air fitting define a chamber in which air may be trapped, wherein one or more openings surround a perimeter of the base portion for allowing the water proximate the bottom of the sump to be in fluid communication with the air in the chamber of the air fitting, wherein the base portion of the air fitting 90 is substantially circular and has a large diameter for reducing or eliminating capillary action of water inside the chamber, wherein the first portion 90b is substantially conical in shape and accordingly transitions between the large diameter of the base portion to a smaller diameter of the second portion, wherein the second portion tapers from the first portion to the top portion. (i) a refrigeration system comprising a compressor and an ice formation device ; (ii) a water system for supplying water to the ice formation device, the water system comprising a sump adapted to hold water to be formed into ice and a discharge valve in fluid communication with the sump; and (iii) a control system comprising an ice level sensor adapted to sense whether an ice storage bin is full of ice, a water level sensor adapted to sense a water level in the sump, and a controller adapted to cause the discharge valve to open to allow water to drain from the sump based upon an indication from the ice level sensor that the ice storage bin is full of ice and to cause the discharge valve to close when the sump is empty;
A method for carrier aggregation operable by a mobile device in a wireless communication network, the method comprising: identifying a first component carrier and a second component carrier among a plurality of component carriers to be aggregated, wherein a first number of subframes of a subframe type in the first component carrier is less than a second number of subframes of the same subframe type in the second component carrier; receiving a configuration to monitor a control channel for the second component carrier on the first component carrier; and determining a reference uplink-downlink subframe configuration for the second component carrier based at least in part on the subframe type and the received configuration for the control channel; wherein the subframe type is one of at least two subframe types, wherein: a first subframe type comprises at least one of a downlink subframe or a special subframe; or a second subframe type comprises an uplink subframe; and wherein the first component carrier is a primary component carrier affiliated with a primary cell, PCell; and the second component carrier is a secondary component carrier affiliated with a secondary cell, SCell; and wherein an SCell physical downlink shared channel, PDSCH, hybrid automatic repeat request, H-ARQ, timing is dependent on a configured Physical Uplink Control Channel, PUCCH, format. identifying a first component carrier and a second component carrier among a plurality of component carriers to be aggregated, wherein a first number of subframes of a subframe type in the first component carrier is less than a second number of subframes of the same subframe type in the second component carrier; receiving a configuration to monitor a control channel for the second component carrier on the first component carrier; and determining a reference uplink-downlink subframe configuration for the second component carrier based at least in part on the subframe type and the received configuration for the control channel; wherein the subframe type is one of at least two subframe types, wherein: a first subframe type comprises at least one of a downlink subframe or a special subframe; or a second subframe type comprises an uplink subframe; and wherein the first component carrier is a primary component carrier affiliated with a primary cell, PCell; and the second component carrier is a secondary component carrier affiliated with a secondary cell, SCell; and a first subframe type comprises at least one of a downlink subframe or a special subframe; or a second subframe type comprises an uplink subframe; and wherein the first component carrier is a primary component carrier affiliated with a primary cell, PCell; and the second component carrier is a secondary component carrier affiliated with a secondary cell, SCell; and wherein an SCell physical downlink shared channel, PDSCH, hybrid automatic repeat request, H-ARQ, timing is dependent on a configured Physical Uplink Control Channel, PUCCH, format.
Dilution refrigeration device for achieving very low temperatures, in particular in the range between one and around 100 millikelvin, comprising a working circuit in the form of a loop containing a cycle fluid comprising a mixture of helium-3 and helium-4 , the working circuit comprising a mixing chamber , a boiler and a transfer member , which are disposed in series and fluidically connected via a first set of pipes , the first set of pipes being configured to transfer cycle fluid from an outlet of the mixing chamber to an inlet of the boiler and from an outlet of the boiler to an inlet of the transfer member , the working circuit comprising a second set of pipes connecting an outlet of the transfer member to an inlet of the mixing chamber , the working circuit comprising at least a first portion for heat exchange between at least a part of the first set of pipes and the second set of pipes , the first heat exchange portion being situated between the boiler and the mixing chamber , the device also comprising at least one cooling member which is in heat exchange with the working circuit and is configured to transfer cold energy to the cycle fluid, the device comprising at least one thermally insulated cold box which contains the cryogenic cold parts, characterized in that it comprises at least one cryogenic pumping member situated in the working circuit in the at least one cold box between the boiler and the transfer member .
A method for treating collected blood to be used in a test for rare cells in blood, the method comprising: mixing the collected blood with cAMP or an analogous compound thereof selected from the group consisting of cAMP analogs, cGMP and cGMP analogs.
A dishwasher rack comprising fixed horizontal wires positioned in the form of a cage and fixed vertical wires extending vertically as connected to said fixed horizontal wires , and a movable wire mechanism , wherein said movable wire mechanism comprises a movable horizontal wire which is connected to the fixed horizontal wires and which is positioned such that the position thereof can be changed by moving as connected to fixed horizontal wires and relative to the fixed horizontal wires and the fixed vertical wires , and at least one movable vertical wire which extends vertically as connected to said movable horizontal wire , wherein said movable wire mechanism has a narrow position (D) where the movable vertical wires are placed between the fixed vertical wires and a wide position (G) where the movable vertical wires are placed parallel to the fixed vertical wires , and wherein said movable wire mechanism comprises a locking member and a handle so as to shift said movable wire mechanism between the narrow position (D) and the wide position (G) characterized in that said locking member is positioned so as to rotate on a lock bearing wire connected to the fixed wires (2 and 3).
A method of injection molding comprising: continuously feeding a supply of a first molten polymeric material to a first nozzle in selective communication with a plurality of mold cavities via first feed channels ; continuously feeding a supply of a second molten polymeric material to a second nozzle in selective communication with the plurality of mold cavities via second feed channels , characterized by providing the first and second feed channels with valves ; detecting pressure of molten polymeric material in each of the mold cavities; and based on the detected pressure, adjusting the pressure in an individual mold by means of the valve in the respective feed channel. continuously feeding a supply of a first molten polymeric material to a first nozzle in selective communication with a plurality of mold cavities via first feed channels ; continuously feeding a supply of a second molten polymeric material to a second nozzle in selective communication with the plurality of mold cavities via second feed channels , characterized by providing the first and second feed channels with valves ; detecting pressure of molten polymeric material in each of the mold cavities; and based on the detected pressure, adjusting the pressure in an individual mold by means of the valve in the respective feed channel.
Method for operating a washing machine for the treatment of laundry items having a drum mounted rotatably in an outer tub , a drive motor for the drum , a control facility , a water supply system and a drainage system , comprising the steps: (a) specifying a quantity of laundry items to be treated in the drum ; (b) adding a predetermined quantity M1 of water; (c) adding a predetermined quantity D1 of detergent; and (d) carrying out a washing step with the treatment solution with a concentration c 1 of detergent resulting from steps (b) and (c), wherein the drum is rotated at least partially with a speed of rotation ω 1 , characterised in that according to step (d) a treatment rinsing module is carried out n times (n≥1), in which in each case the treatment solution is removed partially from the outer tub and water is added, and the laundry items are in each case treated with a reduced concentration c n +1 < c n (n≥1) of detergent in a (n+1)'th washing step. (a) specifying a quantity of laundry items to be treated in the drum ; (b) adding a predetermined quantity M1 of water; (c) adding a predetermined quantity D1 of detergent; and (d) carrying out a washing step with the treatment solution with a concentration c 1 of detergent resulting from steps (b) and (c), wherein the drum is rotated at least partially with a speed of rotation ω 1 ,
An electric contact structure comprising a plate spring fixing structure , comprising: a plate spring that has an electric conductivity; and a first molded resin part to which the plate spring is partially fixed, the plate spring having a fixed portion and a spring portion , the fixed portion being embedded in and fixed to the first molded resin part , the spring portion having a spring property and being not fixed to the first molded resin part , the fixed portion having a face which is not in contact with the first molded resin part , the spring portion serving as an electric contact, wherein the first molded resin part has a hole for housing and holding a coin type cell, wherein the fixed portion has an unfixed face (12a1), the unfixed face (12a1) is the face which is not in contact with the first molded resin part , and the fixed portion is embedded in the first molded resin part such that the unfixed face (12a1) of the fixed portion is flush with or substantially flush with a surface of the first molded resin part , characterized in that the first molded resin part having a wiring circuit comprising conductive ink printed wires on a surface thereof, in which the fixed portion of the plate spring is embedded, the wiring circuit being connected to the plate spring , wherein the wires are electrically connected to the unfixed face (12a1) of the plate spring and extend out of the first molded resin part . a plate spring that has an electric conductivity; and a first molded resin part to which the plate spring is partially fixed, the plate spring having a fixed portion and a spring portion , the fixed portion being embedded in and fixed to the first molded resin part , the spring portion having a spring property and being not fixed to the first molded resin part , the fixed portion having a face which is not in contact with the first molded resin part , the spring portion serving as an electric contact, wherein the first molded resin part has a hole for housing and holding a coin type cell, wherein the fixed portion has an unfixed face (12a1), the unfixed face (12a1) is the face which is not in contact with the first molded resin part , and the fixed portion is embedded in the first molded resin part such that the unfixed face (12a1) of the fixed portion is flush with or substantially flush with a surface of the first molded resin part , characterized in that the first molded resin part having a wiring circuit comprising conductive ink printed wires on a surface thereof, in which the fixed portion of the plate spring is embedded, the wiring circuit being connected to the plate spring , wherein the wires are electrically connected to the unfixed face (12a1) of the plate spring and extend out of the first molded resin part .
A light source unit comprising: a wiring board ; a plurality of wiring electrodes disposed on the wiring board ; a plurality of semiconductor light emitting devices connected between two of the plurality of wiring electrodes ; and and a reflection layer of metal disposed under the wiring board , wherein the plurality of wiring electrodes are connected in series with each other by the plurality of semiconductor light emitting devices , wherein at least one of the plurality of semiconductor light emitting devices is connected between two consecutive wiring electrodes among the plurality of wiring electrodes , characterized in that the reflection layer is provided with a power connection part for supplying power to the reflection layer . a wiring board ; a plurality of wiring electrodes disposed on the wiring board ; a plurality of semiconductor light emitting devices connected between two of the plurality of wiring electrodes ; and and a reflection layer of metal disposed under the wiring board , wherein the plurality of wiring electrodes are connected in series with each other by the plurality of semiconductor light emitting devices , wherein at least one of the plurality of semiconductor light emitting devices is connected between two consecutive wiring electrodes among the plurality of wiring electrodes , characterized in that the reflection layer is provided with a power connection part for supplying power to the reflection layer .
A medicament delivery device which is an injection device or an inhaler comprising a housing and a protective cap , and an information transmitter, said information transmitter comprising an electronics circuit, said electronics circuit being arranged as a label that is attached to an outer surface of the medicament delivery device, the electronics circuit comprising: - a transmitter (40; 52); - an antenna (40; 54) operably connected to said transmitter; - memory storage elements (40; 52) comprising unique identification data; - at least one activation element (42; 58, 62) capable of activating said electronics circuit to transmit said unique identification data to external receivers, wherein said at least one activation element comprises an electrical circuit element (42; 58) that is affected upon handling of said medicament delivery device such that said electronics circuit is activated, the activation element (42; 58, 62) extending over an interface between the housing and the protective cap , the label being arranged with a tear line (46; 60) and the electrical circuit element (42; 58) extending over the tear line (46; 60), wherein removal of the protective cap causes the electronics circuit to break and thereby close. - a transmitter (40; 52); - an antenna (40; 54) operably connected to said transmitter; - memory storage elements (40; 52) comprising unique identification data; - at least one activation element (42; 58, 62) capable of activating said electronics circuit to transmit said unique identification data to external receivers, wherein said at least one activation element comprises an electrical circuit element (42; 58) that is affected upon handling of said medicament delivery device such that said electronics circuit is activated, the activation element (42; 58, 62) extending over an interface between the housing and the protective cap , the label being arranged with a tear line (46; 60) and the electrical circuit element (42; 58) extending over the tear line (46; 60), wherein removal of the protective cap causes the electronics circuit to break and thereby close.