mhurhangee/patent-ind-claim-en huggingface dataset:
A personal air sampling pump assembly comprising: a motor having a piston mounted to the motor for reciprocal motion; a diaphragm assembly operably coupled to the piston , the diaphragm assembly comprising: a valve head including a fluid inlet and a fluid outlet and defining a fluid chamber fluidly coupling the fluid inlet and the fluid outlet and forming a fluid path from the fluid inlet to the fluid outlet ; a first diaphragm sealing engaging the valve head and enclosing at least a portion of the fluid chamber, the first diaphragm comprising a piston diaphragm membrane portion coupled to the piston for reciprocating with the piston , and a damper membrane portion ; a second diaphragm sealing engaging the valve head and enclosing the remainder of the fluid chamber, the second diaphragm comprising a damper membrane portion ; and a check valve disposed within the fluid path, wherein reciprocation of the piston causes a change in air pressure within the fluid chamber to cause air to move from the fluid inlet toward the fluid outlet , and wherein the damper membrane portion of the first and second diaphragm are configured to cooperate to reduce an amplitude of pulsation in the airflow at the fluid inlet and fluid outlet . a motor having a piston mounted to the motor for reciprocal motion; a diaphragm assembly operably coupled to the piston , the diaphragm assembly comprising: a valve head including a fluid inlet and a fluid outlet and defining a fluid chamber fluidly coupling the fluid inlet and the fluid outlet and forming a fluid path from the fluid inlet to the fluid outlet ; a first diaphragm sealing engaging the valve head and enclosing at least a portion of the fluid chamber, the first diaphragm comprising a piston diaphragm membrane portion coupled to the piston for reciprocating with the piston , and a damper membrane portion ; a second diaphragm sealing engaging the valve head and enclosing the remainder of the fluid chamber, the second diaphragm comprising a damper membrane portion ; and a check valve disposed within the fluid path, a valve head including a fluid inlet and a fluid outlet and defining a fluid chamber fluidly coupling the fluid inlet and the fluid outlet and forming a fluid path from the fluid inlet to the fluid outlet ; a first diaphragm sealing engaging the valve head and enclosing at least a portion of the fluid chamber, the first diaphragm comprising a piston diaphragm membrane portion coupled to the piston for reciprocating with the piston , and a damper membrane portion ; a second diaphragm sealing engaging the valve head and enclosing the remainder of the fluid chamber, the second diaphragm comprising a damper membrane portion ; and a check valve disposed within the fluid path, wherein reciprocation of the piston causes a change in air pressure within the fluid chamber to cause air to move from the fluid inlet toward the fluid outlet , and wherein the damper membrane portion of the first and second diaphragm are configured to cooperate to reduce an amplitude of pulsation in the airflow at the fluid inlet and fluid outlet .
A device for molding a plastic part from a plastic material including a solubilized gas, the device comprising: - a fixed block comprising a first half-imprint and a movable block comprising a second half-imprint , the fixed block and the movable block joining together at the level of a parting plane and the first and second imprints delimiting a molding cavity designed to receive the plastic material, having a first volume and featuring a main demolding direction , - means for spacing the movable block apart from the fixed block , allowing making the molding cavity switch from the first volume into a second volume ; characterized in that the device further comprises: - at least one movable insert disposed in the fixed block carrying at least one movable element , pushing means urging the movable insert in the direction of the movable block , the pushing means being configured so that the movable insert accompanies spacing of the movable block between the first volume and the second volume , while keeping constant the spacing between the second half-imprint formed in the movable block and the movable element(s) carried by the movable insert , - means for displacing the movable element(s) in a secondary direction non parallel to the main demolding direction during a full opening. - a fixed block comprising a first half-imprint and a movable block comprising a second half-imprint , the fixed block and the movable block joining together at the level of a parting plane and the first and second imprints delimiting a molding cavity designed to receive the plastic material, having a first volume and featuring a main demolding direction , - means for spacing the movable block apart from the fixed block , allowing making the molding cavity switch from the first volume into a second volume ; - at least one movable insert disposed in the fixed block carrying at least one movable element , pushing means urging the movable insert in the direction of the movable block , the pushing means being configured so that the movable insert accompanies spacing of the movable block between the first volume and the second volume , while keeping constant the spacing between the second half-imprint formed in the movable block and the movable element(s) carried by the movable insert , - means for displacing the movable element(s) in a secondary direction non parallel to the main demolding direction during a full opening.
An isolated polypeptide having at least 85% sequence identity to the amino acid sequence as set forth in SEQ ID NO: 4, wherein the polypeptide comprises 23 repeating units derived from the C-terminal domain of toxin B of Clostridium difficile.
A method of managing a license for a software module of an aircraft having a plurality of operating states, the method comprising: receiving, by a processor , license term data of the license, the license term data including an expiration time limit of the license; observing, by a sensor , a condition of the aircraft ; determining, by the processor , whether the aircraft is airborne or on ground based on the condition observed by the sensor ; and determining, by the processor , whether to extend the expiration time limit based on the determination of whether the aircraft is airborne or on ground. receiving, by a processor , license term data of the license, the license term data including an expiration time limit of the license; observing, by a sensor , a condition of the aircraft ; determining, by the processor , whether the aircraft is airborne or on ground based on the condition observed by the sensor ; and determining, by the processor , whether to extend the expiration time limit based on the determination of whether the aircraft is airborne or on ground.
Method for producing gun barrels having a grooved or ribbed inner surface with straight or helical grooves or ribs, the method comprising the steps of: - providing a metallic hollow cylindrical pre-form ; - placing the pre-form on a core mandrel being rotatably supported on a free end of a core mandrel extension rod being rotatably supported in a head stock , said core mandrel being part of a flow forming machine having a main machine axis (A) and a tail stock extension rod being rotatably supported in a tail stock and which is displaceable in horizontal direction parallel to the main machine axis and extends coaxially with said core mandrel extension rod and said core mandrel , wherein the core mandrel extension rod , the core mandrel , and the tailstock extension rod form a unit that may be moved as a unit in axial direction, the core mandrel being not driven and being freely rotatable about the main axis (A) and having a structured outer surface comprising ribs and/or grooves, the ribs and/or grooves extending straightly parallel to and/or helically around the main axis (A); - applying forming rollers comprised in a roller arrangement , to the outside surface of the pre-form so as to apply radial (P1) pressure on the pre-form such that its material begins to flow; - as the rollers apply force upon the pre-form , performing a relative motion between the pre-form and the rollers by either moving the pre-form in axial direction (X) parallel to the main axis (A) through the roller arrangement or by moving the roller arrangement alongside the pre-form . - providing a metallic hollow cylindrical pre-form ; - placing the pre-form on a core mandrel being rotatably supported on a free end of a core mandrel extension rod being rotatably supported in a head stock , said core mandrel being part of a flow forming machine having a main machine axis (A) and a tail stock extension rod being rotatably supported in a tail stock and which is displaceable in horizontal direction parallel to the main machine axis and extends coaxially with said core mandrel extension rod and said core mandrel , wherein the core mandrel extension rod , the core mandrel , and the tailstock extension rod form a unit that may be moved as a unit in axial direction, the core mandrel being not driven and being freely rotatable about the main axis (A) and having a structured outer surface comprising ribs and/or grooves, the ribs and/or grooves extending straightly parallel to and/or helically around the main axis (A); - applying forming rollers comprised in a roller arrangement , to the outside surface of the pre-form so as to apply radial (P1) pressure on the pre-form such that its material begins to flow; - as the rollers apply force upon the pre-form , performing a relative motion between the pre-form and the rollers by either moving the pre-form in axial direction (X) parallel to the main axis (A) through the roller arrangement or by moving the roller arrangement alongside the pre-form .
A wind turbine blade comprising a first blade section and a second blade section coupled to the first blade section, the first blade section extending along a longitudinal axis from a root to a first end, the first blade section comprising a root region and a first airfoil region, the first blade section comprising a first outer shell terminating at the first end, the second blade section extending along the longitudinal axis from a second end to a tip, the second blade section comprising a second airfoil region, the second blade section comprising a second outer shell terminating at the second end, the wind turbine blade comprising a sealing member having a first surface and a second surface, the sealing member having a width between a first edge and a second edge, the sealing member being attached to the first outer shell along the first edge, and the sealing member being attached to the second outer shell along the second edge, the sealing member comprising a corrugated section between the first edge and the second edge, the corrugated section comprising one or more valleys and/or ridges extending along a lengthwise direction of the sealing member . the first blade section extending along a longitudinal axis from a root to a first end, the first blade section comprising a root region and a first airfoil region, the first blade section comprising a first outer shell terminating at the first end, the second blade section extending along the longitudinal axis from a second end to a tip, the second blade section comprising a second airfoil region, the second blade section comprising a second outer shell terminating at the second end, the wind turbine blade comprising a sealing member having a first surface and a second surface, the sealing member having a width between a first edge and a second edge, the sealing member being attached to the first outer shell along the first edge, and the sealing member being attached to the second outer shell along the second edge, the sealing member comprising a corrugated section between the first edge and the second edge, the corrugated section comprising one or more valleys and/or ridges extending along a lengthwise direction of the sealing member .
A guardrail comprising a post and a longitudinal beam , the post and longitudinal beam being linked via at least one fastener and a mounting plate , wherein the post comprises at least one elongated slot located on or about the post side or sides, characterised in that the mounting plate comprises: a rigid body configured to mate with the at least one fastener ; and at least one deformable region about or alongside the body, configured to extend through the at least one elongated slot in the post to transfer the longitudinal beam holding load from the fastener to the post , the at least one fastener passes through at least a portion of the longitudinal beam to mate with the rigid body of the mounting plate , wherein in the event of an impact on the guardrail, the at least one deformable region is configured to bend and/or break thereby releasing the body from the remainder of the mounting plate and in doing so allowing the post and longitudinal beam to separate. wherein the post comprises at least one elongated slot located on or about the post side or sides, characterised in that the mounting plate comprises: a rigid body configured to mate with the at least one fastener ; and at least one deformable region about or alongside the body, configured to extend through the at least one elongated slot in the post to transfer the longitudinal beam holding load from the fastener to the post , a rigid body configured to mate with the at least one fastener ; and at least one deformable region about or alongside the body, configured to extend through the at least one elongated slot in the post to transfer the longitudinal beam holding load from the fastener to the post , the at least one fastener passes through at least a portion of the longitudinal beam to mate with the rigid body of the mounting plate , wherein in the event of an impact on the guardrail, the at least one deformable region is configured to bend and/or break thereby releasing the body from the remainder of the mounting plate and in doing so allowing the post and longitudinal beam to separate.
A filter cartridge for filtering fuel or oil, the filter cartridge comprising: (a) first and second opposite end caps ; (b) a tubular extension of filter media defining an open interior volume downstream of the filter media ; the filter media being secured to, and extending between the first and second end caps ; and (c) the first end cap having an air channel with an inlet and an outlet ; the inlet being in communication with a volume upstream of the filter media ; and the outlet being in communication with the open interior volume downstream of the filter media ; (i) the channel having an average cross-sectional area of at least 0.06 mm 2 and no greater than 0.6 mm 2 ; characterized in that said channel has a length between the inlet and outlet of at least 10 mm. (a) first and second opposite end caps ; (b) a tubular extension of filter media defining an open interior volume downstream of the filter media ; the filter media being secured to, and extending between the first and second end caps ; and (c) the first end cap having an air channel with an inlet and an outlet ; the inlet being in communication with a volume upstream of the filter media ; and the outlet being in communication with the open interior volume downstream of the filter media ; (i) the channel having an average cross-sectional area of at least 0.06 mm 2 and no greater than 0.6 mm 2 ; (i) the channel having an average cross-sectional area of at least 0.06 mm 2 and no greater than 0.6 mm 2 ;
A method of controlling a remote database for centrally storing configuration information for a plurality of hosts in a data network, the method comprising: receiving, by a network device (20; 26) separate from the hosts and configured to control the remote database , configuration information for a host, characterized by the configuration information comprising information about user information directories configured for the host; comparing, by the network device (20; 26), a hash value computed over the received configuration information for the host to a hash value computed over a corresponding configuration information stored in the remote database for the host to prevent redundant database updates of configuration information stored in the remote database ; the method further comprising one of causing, by the network device (20; 26), update of at least a part of the stored configuration information in response to determining, by the network device, a difference in the hash values, and keeping the stored configuration information in the remote database in response to determining, by the network device (20; 26), that the hash values are equal. receiving, by a network device (20; 26) separate from the hosts and configured to control the remote database , configuration information for a host, characterized by the configuration information comprising information about user information directories configured for the host; comparing, by the network device (20; 26), a hash value computed over the received configuration information for the host to a hash value computed over a corresponding configuration information stored in the remote database for the host to prevent redundant database updates of configuration information stored in the remote database ; the method further comprising one of causing, by the network device (20; 26), update of at least a part of the stored configuration information in response to determining, by the network device, a difference in the hash values, and keeping the stored configuration information in the remote database in response to determining, by the network device (20; 26), that the hash values are equal.
Grinding device comprising drive means and a grinding housing , which grinding housing comprises a set of mutually co-acting grinding bodies with mutually facing, at least substantially parallel grinding surfaces which maintain a mutual clearance, wherein at least a driven grinding body of the set of grinding bodies is suspended rotatably about a central axis thereof in the grinding housing and is coupled, or at least can be coupled, operatively to the drive means for performing a rotation about the central axis during operation, and wherein adjusting means are provided whereby at least an adjustable grinding body of the set of grinding bodies is axially adjustable for imposing a desired mutual clearance between the grinding surfaces, wherein a first and lower of the set of mutually co-acting grinding bodies is both driven and adjustable, wherein a second and upper grinding body of the set of mutually co-acting grinding bodies is arranged in stationary manner, wherein an adjustment of the adjustable grinding body is limited from a first extreme position to a second extreme position, corresponding to a fixed setting range between a minimal clearance between the two grinding surfaces and a maximum clearance between the two grinding surfaces, and wherein at least one of the first extreme position and the second extreme position of the adjustable grinding body is imposed by a stop which is encountered by the adjusting means in the relevant extreme position, characterized in that the second grinding body is connected to the grinding housing in manually detachable manner, in that the second grinding body can be arranged up to a stop in the grinding housing and strikes against the stop when it is placed, in that an outflow opening is provided in a wall of the grinding housing, at the position of which opening a powder tube can be coupled releasably to the wall, and in that a collar is provided on the second grinding body which leaves space for the powder tube when the second grinding body strikes against the stop , but prevents coupling of the powder tube in the case of an incomplete placement of the second grinding body.
A method of operation of a client device , in a Rich Communication Services, RCS, comprising: sending a single Internet Message Access Protocol, IMAP, LIST equest to a Common Message Store, CMS, server comprised in a server system , or a list of mailboxes maintained by the Common Message Store, CMS, server for a user that contain objects flagged with any of one or more flags (VVM, VVMMWI) specified in the single IMAP LIST equest; in response to the single IMAP LIST request, receiving , from the Common Message Store, CMS, server , the list of mailboxes maintained by the Common Message Store, CMS, server for the user that contain the objects flagged with any of the one or more flags specified in the single IMAP LIST request; and processing the list of mailboxes. sending a single Internet Message Access Protocol, IMAP, LIST equest to a Common Message Store, CMS, server comprised in a server system , or a list of mailboxes maintained by the Common Message Store, CMS, server for a user that contain objects flagged with any of one or more flags (VVM, VVMMWI) specified in the single IMAP LIST equest; in response to the single IMAP LIST request, receiving , from the Common Message Store, CMS, server , the list of mailboxes maintained by the Common Message Store, CMS, server for the user that contain the objects flagged with any of the one or more flags specified in the single IMAP LIST request; and processing the list of mailboxes.
A therapy system comprising: a therapy module implantable within a mammalian body that provides a given therapy, the therapy module being without its own source of operating power; a control module implantable within the mammalian body that effects the therapy provided by the therapy module , the control module being physically separate from the therapy module and including a power source ; a wireless power transmission link from the control module to the therapy module ; and wherein, the control module is arranged to provide the therapy module with operating power over the wireless power transmission link only when the therapy module is providing the given therapy, and characterized in that the therapy module includes a constant current source that generates at least one therapy signal. a therapy module implantable within a mammalian body that provides a given therapy, the therapy module being without its own source of operating power; a control module implantable within the mammalian body that effects the therapy provided by the therapy module , the control module being physically separate from the therapy module and including a power source ; a wireless power transmission link from the control module to the therapy module ; and wherein, the control module is arranged to provide the therapy module with operating power over the wireless power transmission link only when the therapy module is providing the given therapy, and characterized in that the therapy module includes a constant current source that generates at least one therapy signal.