mhurhangee/patent-ind-claim-en huggingface dataset:
A collected living tissue cryopreserving appliance for cryopreserving a collected living tissue piece in a sealed state, wherein said collected living tissue cryopreserving appliance comprises a collected tissue accommodating container capable of accommodating said collected living tissue in a sealed state, a resin transparent accommodating bag which is capable of accommodating said collected tissue accommodating container therein, can be sealed by heat-sealing said resin transparent accommodating bag after accommodating said collected tissue accommodating container therein, and is resistant to liquid nitrogen, and a long and narrow container holding member having a container holding part , disposed at a side thereof, for holding said collected tissue accommodating container accommodated inside said accommodating bag ; said collected tissue accommodating container comprises a transparent cylindrical container body having an open portion and a lid member which can be removably mounted on said open portion of said transparent container body and can be mounted thereon in an airtight state; and said lid member has a lid body part , a tissue piece placing member where said living tissue piece is mountable, a fixing member for fixing said tissue piece placing member to said lid body part , and a sealing member , formed on an inner surface of said lid body part , for sealing said open portion of said transparent container body , said container holding part is axially extended at a predetermined length and formed of two curved portions opposed to each other, said container holding part has a large-diameter portion formed between upper portions of said two opposed curved portions of said container holding part , and an interval between said upper portions of said two opposed curved portions thereof is set larger than other portions thereof and an outer diameter of a lower part of said bottomed cylindrical container body , and a peripheral edge of said container holding part of said container holding member is subjected to chamfering or rounding treatment so that said container holding part does not have an edge which may damage said accommodating bag .
Electrical connection terminal with a housing , with a clampimg spring and with a metal part wherein the clampimg spring has a clamping leg and a contact leg and the clamping leg and a section of the metal part form a spring force clamping connection for an electrical lead to be connected and wherein a lead insertion opening for inserting the electrical lead and an actuation opening for opening the spring force clamping connection are formed in the housing , wherein the metal part is electrically and mechanically connected to a plug-in contact via at least one connecting region , and wherein the plug-in contact has two contact legs which are resilient relative to one another for plugging into a contact hole of a circuit board , characterized in that the housing is formed in two parts, namely a first housing part and a second housing part , wherein the first housing part is axially movable relative to the second housing part between a first position and a second position, wherein the clampimg spring and the metal part are arranged in the first housing part and the contact legs of the plug-in contact are arranged in a chamber formed in the second housing part so as to be axially movable in the longitudinal direction of the chamber , and that , in the first position of the first housing part , the contact legs of the plug-in contact do not protrude with their free ends from the bottom of the second housing part , which faces away from the first housing part , whereas, in the second position of the first housing part , the contact legs protrude with their free ends from the bottom of the second housing part . wherein the plug-in contact has two contact legs which are resilient relative to one another for plugging into a contact hole of a circuit board , characterized in that the housing is formed in two parts, namely a first housing part and a second housing part , wherein the first housing part is axially movable relative to the second housing part between a first position and a second position, wherein the clampimg spring and the metal part are arranged in the first housing part and the contact legs of the plug-in contact are arranged in a chamber formed in the second housing part so as to be axially movable in the longitudinal direction of the chamber , and that , in the first position of the first housing part , the contact legs of the plug-in contact do not protrude with their free ends from the bottom of the second housing part , which faces away from the first housing part , whereas, in the second position of the first housing part , the contact legs protrude with their free ends from the bottom of the second housing part .
An assembly for producing a crimped connection with a crimping press station for connecting a conductor end of a cable to a crimp contact and at least one supply unit for storing and supplying crimp contacts to the crimping press station , wherein the crimp contacts can be removed from a supply roll (4, 5; 4' 5') and the supply unit can be docked on the crimping press station , and wherein the mobile supply unit comprises at least two supply rolls (4, 5; 4' 5') or at least two supply rolls (4, 5; 4', 5') can be accommodated in the mobile supply unit , characterized in that the supply unit is realized in a mobile manner and the mobile supply unit has at least two roll receptacles for rotatably supporting the supply rolls (4, 5; 4', 5'), wherein the mobile supply unit has roll receptacles in the form of journals or bearings, in which the supply rolls (4, 5; 4', 5') can be respectively fitted laterally, and in that the mobile supply unit has a carrier element , wherein the journals or bearings are arranged on opposite sidewalls of the carrier element .
An apparatus for applying a liquid matrix to a fibre tow , comprising: a belt press arranged to receive the fibre tow and compress it between two moving belts ; a matrix application roller arranged to receive liquid matrix and transfer it to the fibre tow ; a second matrix application component arranged adjacent to the matrix application roller so as to form a first gap between the component and the matrix application roller; wherein the matrix application roller is positioned adjacent to the belt press so as to form a second gap between the matrix application roller and a belt (8; 11) of the belt press ; and wherein the second gap is larger than the first gap . a belt press arranged to receive the fibre tow and compress it between two moving belts ; a matrix application roller arranged to receive liquid matrix and transfer it to the fibre tow ; a second matrix application component arranged adjacent to the matrix application roller so as to form a first gap between the component and the matrix application roller; wherein the matrix application roller is positioned adjacent to the belt press so as to form a second gap between the matrix application roller and a belt (8; 11) of the belt press ; and wherein the second gap is larger than the first gap .
A method comprising as performed by a device: determining that the device in a wireless network is using a first power management mode_ on a peer-specific link with a peer device and a second power management mode for another device; and transmitting a beacon comprising at least two power management indication bits indicating that the device is using the first power management mode on the peer-specific link and that the device is using the second power management mode on a link between the device and said another device. determining that the device in a wireless network is using a first power management mode_ on a peer-specific link with a peer device and a second power management mode for another device; and transmitting a beacon comprising at least two power management indication bits indicating that the device is using the first power management mode on the peer-specific link and that the device is using the second power management mode on a link between the device and said another device.
A packaging container for bulk solids, said container comprising a container body formed by a container wall comprising a front wall portion , a rear wall portion , and two side wall portions , said container wall extending from a container bottom to a container opening in a height direction (H) of said container and having a height (h) as measured from said container bottom to said container opening , said container body having an opening edge at said container opening , said opening and said opening edge extending in a plane which is perpendicular to said height direction (H) of said container , and said container comprising a lid for closing said container opening , said lid having a front lid edge which is adapted to be positioned at a front edge portion of said container opening and a rear lid edge which is adapted to be positioned at a rear edge portion of said container opening , two side lid edges which are adapted to be positioned at corresponding side edge portions of said container opening and an upper outer lid surface being delimited by said lid edges , said upper outer lid surface comprising a slanted lid surface , said upper outer lid surface and said slanted lid surface each having a projected surface in said plane of said opening , characterized in that said projected surface of said slanted lid surface constituting from 40% to 100% of said projected surface of said upper outer lid surface , such as from 50% to 90% of said projected surface of said upper outer lid surface , or from 60% to 80% of said projected surface of said upper outer lid surface , said slanted lid surface being slanted such that when said lid is in a closed position at said container opening , a front end edge of said slanted lid surface is located lower in said height direction (H) of said container than a rear end edge of said slanted lid surface , and wherein said container comprises mating stacking members for allowing two or more of said packaging container to be arranged in a stacked configuration, said mating stacking members being arranged at said container bottom and at said container opening .
A crank (1, 1', 1") having - a drive shaft that is provided for connection to two pedals, - two rolling bearings supporting the drive shaft, wherein the rolling bearings are each arranged in a housing part comprising a thread , - a measuring sleeve arranged axially between the rolling bearings and surrounding the drive shaft , - an output sleeve arranged in axial extension of the measuring sleeve , nonrotatably connected thereto and provided for connection to a chain ring carrier , wherein the measuring sleeve and the output sleeve are integrally formed, - an incremental encoder arranged on the front side of the measuring sleeve , on the side thereof facing away from the output sleeve , which incremental encoder is provided for measuring the speed and direction of rotation of the drive shaft , - an evaluation unit that coaxially surrounds the measuring sleeve and that cooperates with the measuring sleeve and with the incremental encoder , wherein - the two rolling bearings have equally dimensioned outer rings and roll bodies , and - having a printed circuit board which is arranged in a rotationally fixed manner relative to the evaluation unit and on which at least one sensor cooperating with the incremental encoder is arranged. - a drive shaft that is provided for connection to two pedals, - two rolling bearings supporting the drive shaft, wherein the rolling bearings are each arranged in a housing part comprising a thread , - a measuring sleeve arranged axially between the rolling bearings and surrounding the drive shaft , - an output sleeve arranged in axial extension of the measuring sleeve , nonrotatably connected thereto and provided for connection to a chain ring carrier , wherein the measuring sleeve and the output sleeve are integrally formed, - an incremental encoder arranged on the front side of the measuring sleeve , on the side thereof facing away from the output sleeve , which incremental encoder is provided for measuring the speed and direction of rotation of the drive shaft , - an evaluation unit that coaxially surrounds the measuring sleeve and that cooperates with the measuring sleeve and with the incremental encoder , wherein - the two rolling bearings have equally dimensioned outer rings and roll bodies , and - having a printed circuit board which is arranged in a rotationally fixed manner relative to the evaluation unit and on which at least one sensor cooperating with the incremental encoder is arranged.
A battery system, comprising: a sealed case having an internal cavity; an internal electrode stack disposed in the internal cavity; a first terminal comprising: a first coolant inlet ; and a first fluid conduit coupled to the first coolant inlet wherein the first fluid conduit is configured to carry a heat transfer fluid, such as a hydrofluoroether of boiling temperature less than 80°C as a coolant; a first dispensing port in fluid communication with the first fluid conduit and the internal cavity; and a first thermally sensitive plug disposed within the first dispensing port. a sealed case having an internal cavity; an internal electrode stack disposed in the internal cavity; a first terminal comprising: a first coolant inlet ; and a first fluid conduit coupled to the first coolant inlet wherein the first fluid conduit is configured to carry a heat transfer fluid, such as a hydrofluoroether of boiling temperature less than 80°C as a coolant; a first coolant inlet ; and a first fluid conduit coupled to the first coolant inlet wherein the first fluid conduit is configured to carry a heat transfer fluid, such as a hydrofluoroether of boiling temperature less than 80°C as a coolant; a first dispensing port in fluid communication with the first fluid conduit and the internal cavity; and a first thermally sensitive plug disposed within the first dispensing port.
An attachment device intended to secure equipment with an underrun protection device of a vehicle that includes at least one horizontal bar , the attachment device including at least one hook for hanging the equipment on the bar so as to support said equipment , the attachment device including a securing means which, in a holding position, is intended to interfere with a lower part of the protection device so as to prevent an upward movement of the attachment device relative to the protection device , the securing means being able to adopt a released position in which it no longer interferes with the protection device , thus allowing the removal of the attachment device , characterised in that the securing means includes a rod pivoting around a vertical axis , the rod being able to be positioned substantially parallel to the protection device in the released position and perpendicular to the protection device in the holding position.
A method for preventing a loss of memory data, comprising: receiving an event stream from a stream source for storage in an event storage apparatus; when a first stream pattern matching engine starts pattern matching, creating a state machine in a memory of the first stream pattern matching engine; during the pattern matching, obtaining (S403), by the first stream pattern matching engine, an event from the event storage apparatus in sequence according to a pattern matching rule; and snapshotting a state of the state machine according to a snapshot rule, to form a snapshot file, and saving the snapshot file in a snapshot storage apparatus, wherein the snapshot file records an offset of the obtained event in the event storage apparatus, wherein the offset is used to record a location of the obtained event in the event stream. receiving an event stream from a stream source for storage in an event storage apparatus; when a first stream pattern matching engine starts pattern matching, creating a state machine in a memory of the first stream pattern matching engine; during the pattern matching, obtaining (S403), by the first stream pattern matching engine, an event from the event storage apparatus in sequence according to a pattern matching rule; and snapshotting a state of the state machine according to a snapshot rule, to form a snapshot file, and saving the snapshot file in a snapshot storage apparatus, wherein the snapshot file records an offset of the obtained event in the event storage apparatus, wherein the offset is used to record a location of the obtained event in the event stream.
A wheel for a vehicle, comprising: an inner hub portion configured to receive a vehicle axle therethrough and defining an axis of rotation at a center thereof; an outer rim portion; a plurality of spoke portions extending generally between the inner hub portion and the outer rim portion , the inner hub portion , the outer rim portion , and the plurality of spoke portions cooperate to form a wheel outer surface having a plurality of turbine openings , the wheel outer surface defining a wheel reference plane that is oriented generally perpendicular to the axis of rotation, the wheel outer surface being oriented to face away from a vehicle; wherein each of the plurality of wheel spoke portions has an outboard side adjacent the wheel outer surface, an inboard side opposite the spoke outboard side, a leading side surface and a trailing side surface , the inboard side of each of the plurality of wheel spoke portions having a middle portion that is spaced a first distance apart from the reference plane; wherein the inboard side of each of the plurality of wheel spoke portions has an inboard edge adjacent the wheel spoke leading side surface that is spaced a second distance apart from the wheel reference plane and an inboard edge adjacent the wheel spoke trailing side surface that is spaced a third distance apart from the wheel reference plane; and wherein the first distance is greater than at least one of the second distance or the third distance. an inner hub portion configured to receive a vehicle axle therethrough and defining an axis of rotation at a center thereof; an outer rim portion; a plurality of spoke portions extending generally between the inner hub portion and the outer rim portion , the inner hub portion , the outer rim portion , and the plurality of spoke portions cooperate to form a wheel outer surface having a plurality of turbine openings , the wheel outer surface defining a wheel reference plane that is oriented generally perpendicular to the axis of rotation, the wheel outer surface being oriented to face away from a vehicle; wherein each of the plurality of wheel spoke portions has an outboard side adjacent the wheel outer surface, an inboard side opposite the spoke outboard side, a leading side surface and a trailing side surface , the inboard side of each of the plurality of wheel spoke portions having a middle portion that is spaced a first distance apart from the reference plane; wherein the inboard side of each of the plurality of wheel spoke portions has an inboard edge adjacent the wheel spoke leading side surface that is spaced a second distance apart from the wheel reference plane and an inboard edge adjacent the wheel spoke trailing side surface that is spaced a third distance apart from the wheel reference plane; and wherein the first distance is greater than at least one of the second distance or the third distance.
A refrigerator appliance comprising: a cabinet defining first and second compartments ; and a fan assembly configured to direct cooled air from a cooling assembly into the first and second compartments , the fan assembly including: a housing defining an inlet , a first outlet , and a second outlet , wherein the first outlet is in communication with the first compartment and the second outlet is in communication with the second compartment ; a fan positioned within the housing and configured to direct the cooled air from the inlet toward the first outlet and the second outlet ; and a damper assembly that extends around the circumference of the fan and is configured to rotate to selectively obstruct one or both the first outlet and the second outlet , wherein the damper assembly includes a first damper having a first rim with a first plurality of teeth and a first sidewall extending from the first rim , and further wherein the first sidewall extends at least partially about a circumference of the first rim , characterised in that the damper assembly includes a second damper having a second rim with a second plurality of teeth and a second sidewall extending from the second rim , and further wherein the second sidewall extends at least partially about a circumference of the second rim . a cabinet defining first and second compartments ; and a fan assembly configured to direct cooled air from a cooling assembly into the first and second compartments , the fan assembly including: a housing defining an inlet , a first outlet , and a second outlet , wherein the first outlet is in communication with the first compartment and the second outlet is in communication with the second compartment ; a fan positioned within the housing and configured to direct the cooled air from the inlet toward the first outlet and the second outlet ; and a housing defining an inlet , a first outlet , and a second outlet , wherein the first outlet is in communication with the first compartment and the second outlet is in communication with the second compartment ; a fan positioned within the housing and configured to direct the cooled air from the inlet toward the first outlet and the second outlet ; and a damper assembly that extends around the circumference of the fan and is configured to rotate to selectively obstruct one or both the first outlet and the second outlet , wherein the damper assembly includes a first damper having a first rim with a first plurality of teeth and a first sidewall extending from the first rim , and further wherein the first sidewall extends at least partially about a circumference of the first rim , characterised in that the damper assembly includes a second damper having a second rim with a second plurality of teeth and a second sidewall extending from the second rim , and further wherein the second sidewall extends at least partially about a circumference of the second rim .