mhurhangee/ep-ind-claims huggingface dataset:
A device for handling at least one hose, which device allows the at least one hose to be pulled out from a front opening of a hose storage space and which device is adapted to return the at least one hose to the hose storage space, the device comprising: a first hose guiding means and a second hose guiding means movable between an idle position and a working position to control the at least one hose, a sensor means arranged in hose storage space, a motor connected to the second hose guiding means through a cable element, and a control unit connected to the sensor means and to the motor, wherein the control unit is configured to control the motor based on signals relating to the movements of the first hose guiding means and/or the second hose guiding means detected by the sensor means, characterized in that the sensor means comprises a first sensor arranged in the hose storage space and configured to detect the idle position of the first hose guiding means, and a second sensor arranged in the hose storage space and configured to detect the working position of the first hose guiding means. a first hose guiding means and a second hose guiding means movable between an idle position and a working position to control the at least one hose, a sensor means arranged in hose storage space, a motor connected to the second hose guiding means through a cable element, and a control unit connected to the sensor means and to the motor, wherein the control unit is configured to control the motor based on signals relating to the movements of the first hose guiding means and/or the second hose guiding means detected by the sensor means, characterized in that the sensor means comprises a first sensor arranged in the hose storage space and configured to detect the idle position of the first hose guiding means, and a second sensor arranged in the hose storage space and configured to detect the working position of the first hose guiding means.
A surge suppressing shutter valve used to vent air from a liquid filled pipeline, the surge suppressing shutter valve comprising an elastic shutter element deployed in a vent passageway extending from the pipeline, said elastic shutter element being pre-shaped to a normally open position and configured to gradually deform to a closed position as an air flowing through said vent passageway increases in a velocity of that air flow, so as to dampen the force of the closure and prevent a pressure surge within the pipeline, wherein said elastic shutter element is configured such that, as the velocity of the air flow passing the elastic shutter element reaches a predetermined value, such that a force applied by the air flow to the shutter element overcomes an elastic force that holds the elastic shutter element in the open position and the elastic shutter element is gradually deformed until attaining the closed position, wherein said elastic shutter element has a plurality of secondary orifice throughbores in said elastic shutter element and characterized in that the elastic shutter element is configured such that said pre-shaped normally open position is shaped as illustrated in FIG. 2 including a U-shaped smoothly-curved arcuate cross-sectional contour terminating in reentrant extremities (32 a, 32 b). wherein said elastic shutter element is configured such that, as the velocity of the air flow passing the elastic shutter element reaches a predetermined value, such that a force applied by the air flow to the shutter element overcomes an elastic force that holds the elastic shutter element in the open position and the elastic shutter element is gradually deformed until attaining the closed position, wherein said elastic shutter element has a plurality of secondary orifice throughbores in said elastic shutter element and characterized in that the elastic shutter element is configured such that said pre-shaped normally open position is shaped as illustrated in FIG. 2 including a U-shaped smoothly-curved arcuate cross-sectional contour terminating in reentrant extremities (32 a, 32 b).
Reaction chamber for an epitaxial reactor adapted to deposition of semiconductor material on a substrate, which extends in a longitudinal direction and which comprises a reaction and deposition zone extending in said longitudinal direction, wherein said zone is defined by susceptor elements adapted to be heated by electromagnetic induction, wherein a first susceptor element (21, 22) of said susceptor elements is opposite to a substrate support element of the chamber and has a hole extending in said longitudinal direction along its whole length, characterized in that said first susceptor element (21, 22) has a non-uniform transversal cross-section which depends on its longitudinal position.
A wind turbine blade, comprising: a shell with an aerodynamic profile forming an outer surface on the suction side and the pressure side of the blade respectively and an internal space in the blade, the suction side and the pressure side being separated by a leading edge and a trailing edge defined by the direction by which the blade moves through space during normal operation, and where the wind turbine blade further comprises a number of elongated reinforcing members connected to the shell for increasing the strength of the blade, each of the at least one elongated reinforcing members having a first end and a second end and extending between the first end and the second end, and where one end is connected to the suction side of the shell and the other end is connected to the pressure side of the shell thereby preventing deformation of the shell, and where at least some of the elongated reinforcing members are adapted for both resisting compression and tension forces, wherein the reinforcing members comprises a rod having a largest cross section between the first and the second end of the rod and is extending in the internal space and with its longitudinal direction between the suction side and the pressure side in the internal space, and where the shell has a first through hole on the suction or the pressure side of the blade, the first through hole having a smallest cross section being larger than the largest cross section of the rod, and where the rod has a first head arranged on the first end, the first head having a cross section being larger than the smallest cross section of the first through hole and is attached to the outer surface of the shell, and where the rod extends from the first head and into the internal space via the first through hole, and where the second end of the rod is attached to a second through hole in the shell by a screw having a second head resting against the outer surface of the shell, and a threaded shank extending through the second through hole in the shell and being screw connected with the second end of the rod, and wherein the first and the second through holes are circular cylindrical and has a cross section that increases in the direction away from the internal space of the blade, and where the first and the second head both has a complementary cross section that increases in the direction away from the internal space of the blade.
A software configuration device for distributing product updates to a plurality of medical devices, comprising - a transaction log operable to store distribution data for product updates, - a download manager in selective data communication with an update interface residing at a server, the download manager operable to download product updates from the update interface and store the product updates on a data store residing on the device, and - an update distributor operable by a user to distribute product updates to one or more end user devices, wherein - the update distributor maintains distribution data in the transaction log for each of the distributed product updates, and the download manager subsequently uploads the transaction log to the server while in data communication with the server, - the update distributor is operable by a plurality of different users to distribute product updates when the software configuration device is offline from the server, - the update distributor is configured to capture identifying information for a user during a sign-in procedure, wherein the user is one of a plurality of authorized users, - the update distributor logs a transaction for each product update in the transaction log, including identifying information for the respective user who distributed a given product update, and - the user of the update distributor differs from a user associated with at least one of the end user devices receiving a product update from the update distributor. - a transaction log operable to store distribution data for product updates, - a download manager in selective data communication with an update interface residing at a server, the download manager operable to download product updates from the update interface and store the product updates on a data store residing on the device, and - an update distributor operable by a user to distribute product updates to one or more end user devices, - the update distributor maintains distribution data in the transaction log for each of the distributed product updates, and the download manager subsequently uploads the transaction log to the server while in data communication with the server, - the update distributor is operable by a plurality of different users to distribute product updates when the software configuration device is offline from the server, - the update distributor is configured to capture identifying information for a user during a sign-in procedure, wherein the user is one of a plurality of authorized users, - the update distributor logs a transaction for each product update in the transaction log, including identifying information for the respective user who distributed a given product update, and - the user of the update distributor differs from a user associated with at least one of the end user devices receiving a product update from the update distributor.
A method for producing a cylinder tube closed on the front end in a fluid-tight manner and which is a shock absorber tube of a shock absorber of a motor vehicle made from a tubular blank, characterised by the following steps: (a) shaping the blank into the cylinder tube with the aid of ironing as a cold forming process such that an opening remains in the cylinder tube on a front end region of the cylinder tube and that, in the manner of a lightweight component, a greater wall thickness (d 1,2) and/or strength than on the rest of the cylinder tube is created in the region of a force and/or welding node, (b) producing a mounting region in the radially outer edge region of the end region, (c) closing the cylinder tube by fluid-tight attachment, in particular welding, of an end piece to the mounting region, said end piece closing the opening in a fluid-tight manner, which mounting region has a fork holder or ring holder of a shock absorber. (a) shaping the blank into the cylinder tube with the aid of ironing as a cold forming process such that an opening remains in the cylinder tube on a front end region of the cylinder tube and that, in the manner of a lightweight component, a greater wall thickness (d 1,2) and/or strength than on the rest of the cylinder tube is created in the region of a force and/or welding node, (b) producing a mounting region in the radially outer edge region of the end region, (c) closing the cylinder tube by fluid-tight attachment, in particular welding, of an end piece to the mounting region, said end piece closing the opening in a fluid-tight manner, which mounting region has a fork holder or ring holder of a shock absorber.
A receiver comprising an external housing, wherein the external housing comprises a first housing, a second housing and a third housing adapted with each other from top to bottom, a vibration system is accommodated in a cavity formed by the external housing and comprises a vibration diaphragm dividing the receiver into a front sound cavity and a rear sound cavity, which is characterized in that the third housing is injection-molded and a corner of the third housing is provided with a sound outlet hole of the rear sound cavity which is in communication with outside environment, the corner of the third housing is coupled with a mesh fabric at a position corresponding to the sound outlet hole by injection-molding, and the mesh fabric covers the sound outlet hole and isolates the rear sound cavity from the outside environment.
A message processing unit of a PLC system including a master and a plurality of slaves, the message processing unit being provided to each of the slaves(520-1 ∼ 520-N) and comprising: a first filter (521-1 ∼ 521-N) configured to receive a message transmitted from the master and to determine whether the message is a broadcast message according to a value set in the Message ID field, to deliver the message to the processor (523-1 ∼ 523-N) when it is determined that the message is the broadcast message, and to deliver the message to the second filter (522-1 ∼ 522-N) when it is determined that the message is not the broadcast message; a second filter (522-1 ∼ 522-N) configured to receive the message from the first filter, to determine whether the message is a message-to-be-processed according to a value set in the MAC ID field, and to deliver the message to the processor (523-1 ∼ 523-N) when it is determined that the message is the message-to-be-processed, and to discard the message when it is determined that the message is not the message-to-be-processed; and a processor (523-1 ∼ 523-N) configured to process the message delivered from the first filter (521-1 ∼ 521-N) or the second filter (522-1 ∼ 522-N). a first filter (521-1 ∼ 521-N) configured to receive a message transmitted from the master and to determine whether the message is a broadcast message according to a value set in the Message ID field, to deliver the message to the processor (523-1 ∼ 523-N) when it is determined that the message is the broadcast message, and to deliver the message to the second filter (522-1 ∼ 522-N) when it is determined that the message is not the broadcast message; a second filter (522-1 ∼ 522-N) configured to receive the message from the first filter, to determine whether the message is a message-to-be-processed according to a value set in the MAC ID field, and to deliver the message to the processor (523-1 ∼ 523-N) when it is determined that the message is the message-to-be-processed, and to discard the message when it is determined that the message is not the message-to-be-processed; and a processor (523-1 ∼ 523-N) configured to process the message delivered from the first filter (521-1 ∼ 521-N) or the second filter (522-1 ∼ 522-N).
An inductive power transfer system for coupling a power source to a load across an air gap, comprising a primary unit associated with a host platform and a secondary unit for applying a voltage to the load, the secondary unit being separable from the primary unit and arranged to receive power inductively from the primary unit when placed proximate thereto, the primary unit comprising a primary transformer winding and switching means (28, 30) for controlling the application of power to the primary winding and the secondary unit comprising a secondary transformer winding, control means comprising a multi-stage comparator circuit for monitoring the applied voltage and feedback means for transmitting a feedback signal to the primary unit when the applied voltage falls below a lower predetermined voltage and for deactivating said feedback signal when the applied voltage exceeds an upper predetermined voltages, characterized in that the primary unit is arranged to operate in a low power mode where power is applied to the primary winding for minimal period during each switching cycle when no feedback signal is received and a high power mode where power is applied to the primary winding for the majority of each switching cycle when a feedback signal is received so that the applied voltage can be regulated between the upper and the lower predetermined voltages.
A priming module comprising: a first media transport mechanism; a first print head; a second print head, a first ink supply device operatively connected to the first print head; a first ink inlet port operatively connected to the second print head via a first ink supply line, characterized in that, in operation, the first ink inlet port is connected to a second ink supply device arranged in an ink supply module the ink supply module being independent from the printing module. a first media transport mechanism; a first print head; a second print head, a first ink supply device operatively connected to the first print head; a first ink inlet port operatively connected to the second print head via a first ink supply line, characterized in that, in operation, the first ink inlet port is connected to a second ink supply device arranged in an ink supply module the ink supply module being independent from the printing module. a first ink inlet port operatively connected to the second print head via a first ink supply line, characterized in that, in operation, the first ink inlet port is connected to a second ink supply device arranged in an ink supply module the ink supply module being independent from the printing module.
A computer-readable medium comprising instructions which, when executed by at least one processor, cause the at least one processor to: configure, by an incident response server, a data collector to collect data on user devices on which a corresponding data collector is stored (505, 510); transmit, by the incident response server, a copy of the data collector to a plurality of broker servers, respective ones of the plurality of broker servers associated with respective groups of the user devices; cause transmission of a request for a first set of data from the plurality of broker servers (515, 605), the request including a topic to cause the plurality of broker servers to transmit the request to respective ones of the groups of the user devices that subscribe to the topic; and obtain the first set of data from at least a subset of the plurality of broker servers (525, 610) that are associated with the groups of user devices that subscribe to the topic. configure, by an incident response server, a data collector to collect data on user devices on which a corresponding data collector is stored (505, 510); transmit, by the incident response server, a copy of the data collector to a plurality of broker servers, respective ones of the plurality of broker servers associated with respective groups of the user devices; cause transmission of a request for a first set of data from the plurality of broker servers (515, 605), the request including a topic to cause the plurality of broker servers to transmit the request to respective ones of the groups of the user devices that subscribe to the topic; and obtain the first set of data from at least a subset of the plurality of broker servers (525, 610) that are associated with the groups of user devices that subscribe to the topic.
A harness connector comprising: a harness housing having a signal cavity and a power cavity defined by housing walls, said harness housing including opposed side housing walls and a separating housing wall separating the signal cavity from the power cavity; a plurality of signal harness cartridges received in the signal cavity, each signal harness cartridge holding a plurality of signal terminals terminated to ends of signal cables, each signal harness cartridge having a locking slot; and a power harness cartridge received in the power cavity, the power harness cartridge holding a plurality of power terminals terminated to ends of power cables, the power harness cartridge having a locking slot; characterized in that a locking rail extends into the signal cavity from one of the side or separating housing walls (130, 156), and a further locking rail extends into the power cavity from one of the side or separating housing walls (130, 156); the locking slot of each signal harness cartridge is configured to receive a corresponding locking rail (160, 220) in a position directly behind the signal terminals to secure and lock said signal terminals inside corresponding signal terminal channels provided in the signal harness cartridge; and the locking slot of the power harness cartridge is configured to receive a corresponding locking rail (160, 220) in a position directly behind the power terminals to secure and lock said power terminals inside corresponding power terminal channels provided in the power harness cartridge. a harness housing having a signal cavity and a power cavity defined by housing walls, said harness housing including opposed side housing walls and a separating housing wall separating the signal cavity from the power cavity; a plurality of signal harness cartridges received in the signal cavity, each signal harness cartridge holding a plurality of signal terminals terminated to ends of signal cables, each signal harness cartridge having a locking slot; and a power harness cartridge received in the power cavity, the power harness cartridge holding a plurality of power terminals terminated to ends of power cables, the power harness cartridge having a locking slot; characterized in that a locking rail extends into the signal cavity from one of the side or separating housing walls (130, 156), and a further locking rail extends into the power cavity from one of the side or separating housing walls (130, 156); the locking slot of each signal harness cartridge is configured to receive a corresponding locking rail (160, 220) in a position directly behind the signal terminals to secure and lock said signal terminals inside corresponding signal terminal channels provided in the signal harness cartridge; and the locking slot of the power harness cartridge is configured to receive a corresponding locking rail (160, 220) in a position directly behind the power terminals to secure and lock said power terminals inside corresponding power terminal channels provided in the power harness cartridge.
Hydraulic work apparatus for portable use, having a hydraulic pump, a pump housing, a hydraulic cylinder with a piston rod, a hydraulic tank, hydraulic lines, a compensator and a manually operable, hydraulic control valve, a rechargeable battery accommodated on the work apparatus, two, first and second tool halves (18, 19 and 16, 17, respectively) connected to the piston rod via pivot arms (12, 13), wherein the second tool halves ensure a spreading function, each tool half (16, 17) has a wall portion (20, 21) extending perpendicularly to the extension of the longitudinal axis of the piston rod, and both wall portions (20, 21) jointly form, in the closed state of the two tool halves, a flattened end region extending perpendicularly to the extension of the longitudinal axis of the piston rod, and the second tool halves (16,17) engage in one another in the region of the flattened end region, characterized in that, in order to spread doors and window gaps, the second tool halves (16, 17) have a plurality of wall portions (20b, 21b) which, located one above another, form the flattened end region, the second tool halves (16, 17) are pluggable onto the first tool halves (18,19), and the first tool half (18,19) has a cutting contour (37, 38).