mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic spool valve assembly, comprising: a housing (30a, 30b, 31a, 31b) defining a bore having a longitudinal axis; a hydraulic spool valve (42, 46) having a first end (42c, 46c) for connection to a drive arm (43, 47), and an opposing second end (42d, 46d) disposed within the bore; a sleeve (10, 11) disposed within the bore between the hydraulic spool valve (42, 46) and the housing (30a, 30b, 31a, 31b); and a temperature compensation device (12, 13) in operative connection with the sleeve (10, 11) and the housing (30a, 31a), the temperature compensation device (12, 13) configured to expand in a first longitudinal direction in response to a temperature increase, to oppose movement of the sleeve (10, 11) in an opposing second longitudinal direction; characterised in that the temperature compensation device (12, 13) is a shape memory device or a bimetallic device. a housing (30a, 30b, 31a, 31b) defining a bore having a longitudinal axis; a hydraulic spool valve (42, 46) having a first end (42c, 46c) for connection to a drive arm (43, 47), and an opposing second end (42d, 46d) disposed within the bore; a sleeve (10, 11) disposed within the bore between the hydraulic spool valve (42, 46) and the housing (30a, 30b, 31a, 31b); and a temperature compensation device (12, 13) in operative connection with the sleeve (10, 11) and the housing (30a, 31a), the temperature compensation device (12, 13) configured to expand in a first longitudinal direction in response to a temperature increase, to oppose movement of the sleeve (10, 11) in an opposing second longitudinal direction; characterised in that the temperature compensation device (12, 13) is a shape memory device or a bimetallic device.
A method for obtaining capability information of a terminal, characterized by comprising: receiving, by a data management network element from a second policy control network element, capability information of a terminal, wherein the capability information of the terminal comprises an operating system identifier of the terminal, or an indication of terminal support for an access network discovery and selection policy, wherein the second policy control network element is a policy control network element that serves the terminal in an initial registration procedure of the terminal, or a policy control network element that serves the terminal before movement of the terminal; receiving, by the data management network element, a request from a first policy control network element, wherein the request is for obtaining capability information of the terminal, wherein the first policy control network element is a policy control network element that serves the terminal; and sending, by the data management network element, the capability information of the terminal to the first policy control network element. receiving, by a data management network element from a second policy control network element, capability information of a terminal, wherein the capability information of the terminal comprises an operating system identifier of the terminal, or an indication of terminal support for an access network discovery and selection policy, wherein the second policy control network element is a policy control network element that serves the terminal in an initial registration procedure of the terminal, or a policy control network element that serves the terminal before movement of the terminal; receiving, by the data management network element, a request from a first policy control network element, wherein the request is for obtaining capability information of the terminal, wherein the first policy control network element is a policy control network element that serves the terminal; and sending, by the data management network element, the capability information of the terminal to the first policy control network element.
A robotic system for performing a medical procedure, comprising: a first robotic arm comprising a distal end, the distal end configured to manipulate a medical instrument; at least one computing device; and a memory storing a mapping of an anatomy of a patient, the mapping comprising data regarding (i) a target region within the anatomy and (ii) a path from an access point of the patient to the target region, the memory further storing computer-executable instructions, that when executed, cause the at least one computing device to: determine a minimum stroke length of the first robotic arm that allows advancing of the medical instrument by the first robotic arm to reach the target region from the access point via the path, determine a boundary for an initial pose of the first robotic arm based on the minimum stroke length and the mapping, and during an arm setup phase comprising the step of aligning the first robotic arm with the access point prior to performing the medical procedure, provide an indication of the boundary during movement of the first robotic arm. a first robotic arm comprising a distal end, the distal end configured to manipulate a medical instrument; at least one computing device; and a memory storing a mapping of an anatomy of a patient, the mapping comprising data regarding (i) a target region within the anatomy and (ii) a path from an access point of the patient to the target region, the memory further storing computer-executable instructions, that when executed, cause the at least one computing device to: determine a minimum stroke length of the first robotic arm that allows advancing of the medical instrument by the first robotic arm to reach the target region from the access point via the path, determine a boundary for an initial pose of the first robotic arm based on the minimum stroke length and the mapping, and during an arm setup phase comprising the step of aligning the first robotic arm with the access point prior to performing the medical procedure, provide an indication of the boundary during movement of the first robotic arm. determine a minimum stroke length of the first robotic arm that allows advancing of the medical instrument by the first robotic arm to reach the target region from the access point via the path, determine a boundary for an initial pose of the first robotic arm based on the minimum stroke length and the mapping, and during an arm setup phase comprising the step of aligning the first robotic arm with the access point prior to performing the medical procedure, provide an indication of the boundary during movement of the first robotic arm.
A system for ventilating an organism, comprising at least one ventilator and at least one EIT measuring apparatus, wherein the ventilator comprises at least one controllable breathing gas source and a programmable control unit for controlling the breathing gas source and wherein the EIT measuring apparatus comprises at least one sensor device for measuring impedance values of at least one lung of the organism as well as at least one calculation and evaluation unit, wherein the system assigns the impedance values measured using the at least one sensor device to pixels n, characterized in that the control unit is configured a. to specify ventilation settings for the breathing gas source in a reference phase, wherein impedance values are recorded at at least one point in time in the reference phase and a first characteristic number C R,n is calculated for each pixel n from the recorded impedance values, and b. to specify ventilation settings for the breathing gas source in at least one test phase that follows on from the reference phase, wherein the ventilation settings differ from the ventilation settings of the reference phase in at least one ventilation setting and wherein impedance values are recorded at at least one point in time in the test phase and a second characteristic number C T1,n is calculated for each pixel n from the recorded impedance values, wherein both the reference phase and each test phase (T1, Tm) comprises at least two breaths, wherein the reference phase and each test phase (T1, Tm) can be divided into at least two subphases, wherein at least one subphase constitutes an acclimatization phase (G1, G2) and at least one subphase constitutes a measurement phase (M1, M2). a. to specify ventilation settings for the breathing gas source in a reference phase, wherein impedance values are recorded at at least one point in time in the reference phase and a first characteristic number C R,n is calculated for each pixel n from the recorded impedance values, and b. to specify ventilation settings for the breathing gas source in at least one test phase that follows on from the reference phase, wherein the ventilation settings differ from the ventilation settings of the reference phase in at least one ventilation setting and wherein impedance values are recorded at at least one point in time in the test phase and a second characteristic number C T1,n is calculated for each pixel n from the recorded impedance values, wherein both the reference phase and each test phase (T1, Tm) comprises at least two breaths, wherein the reference phase and each test phase (T1, Tm) can be divided into at least two subphases, wherein at least one subphase constitutes an acclimatization phase (G1, G2) and at least one subphase constitutes a measurement phase (M1, M2).
High-pressure regulating valve, comprising: a valve body having an inlet and an outlet, wherein the outlet is formed by at least one radially extending opening in the valve body, a substantially disc-shaped valve seat, which is arranged on the valve body between the inlet and the outlet, a valve bore connecting the inlet and the outlet, a sealing element which is suitably arranged on an actuating element to close the valve bore, and an actuating device which is suitably configured to move the actuating element in such a way that the valve is opened and closed, wherein the valve seat has on the outlet side an encircling extension extending axially from a base surface in the direction of the opening, so that when the valve is opened a direct flow against the valve body is avoided, and wherein the extension is made of hardened material, wherein the extension is designed as a collar which widens like a funnel, starting from the valve bore, so that turbulence in the flow can be reduced, characterised in that the extension can have a recess adapted to the sealing element to receive the sealing element, wherein the extension covers at least 9/10 of a distance between the base surface and the opening, so that a shoulder of the valve body located between the base surface of the valve seat and the outlet opening is protected against material erosion and against a concomitant weakening of the material located there, wherein the shoulder located between the valve seat and the outlet opening supports the valve seat and the valve seat is pressed into the valve body. a valve body having an inlet and an outlet, wherein the outlet is formed by at least one radially extending opening in the valve body, a substantially disc-shaped valve seat, which is arranged on the valve body between the inlet and the outlet, a valve bore connecting the inlet and the outlet, a sealing element which is suitably arranged on an actuating element to close the valve bore, and an actuating device which is suitably configured to move the actuating element in such a way that the valve is opened and closed, wherein the valve seat has on the outlet side an encircling extension extending axially from a base surface in the direction of the opening, so that when the valve is opened a direct flow against the valve body is avoided, and wherein the extension is made of hardened material, wherein the extension is designed as a collar which widens like a funnel, starting from the valve bore, so that turbulence in the flow can be reduced, characterised in that the extension can have a recess adapted to the sealing element to receive the sealing element, wherein the extension covers at least 9/10 of a distance between the base surface and the opening, so that a shoulder of the valve body located between the base surface of the valve seat and the outlet opening is protected against material erosion and against a concomitant weakening of the material located there, wherein the shoulder located between the valve seat and the outlet opening supports the valve seat and the valve seat is pressed into the valve body.
A constructional unit comprising: a support frame which is O-shaped in plan bounding an open central region, whereby to allow the passage of a person through the open central region, the support frame including first and second members (13, 14) which are each U-shaped in plan, each member (13, 14) being in the form of a base frame (15, 18) from which extend two side arms (16, 17, 19, 20); the first and second members (13, 14) having their side arms (16, 17, 19, 20) telescopically engaged to define sides to the open central region of the O-shaped support frame; the telescopic engagement providing for- the spacing of the first base frame from the second base frame to be adjustable over a range of distances; and the temporary securing of the first member to the second member at a predetermined spacing; the base frame of the first member being adapted for location at a first level at a first working location; the second member being adapted, at a position remote from the first member, for location at a second level at a second working location by means of at least one leg (31, 35) attached at or near one end of the, or each, leg (31, 35) to the base frame of the second member or to a side arm thereof; the opposite end to the one end of the, or each, leg being adapted for location on the second working location; the second level being offset from and below the first level, characterised in that: the at least one leg is pivotably attached to the base frame; and, wherein the second base frame is provided with a pair of lateral props (41, 42) which can be driven outwardly to seat against the side of a space in a floor and be locked there to limit lateral movement of said second base frame and so stabilise the constructional unit. a support frame which is O-shaped in plan bounding an open central region, whereby to allow the passage of a person through the open central region, the support frame including first and second members (13, 14) which are each U-shaped in plan, each member (13, 14) being in the form of a base frame (15, 18) from which extend two side arms (16, 17, 19, 20); the first and second members (13, 14) having their side arms (16, 17, 19, 20) telescopically engaged to define sides to the open central region of the O-shaped support frame; the telescopic engagement providing for- the spacing of the first base frame from the second base frame to be adjustable over a range of distances; and the temporary securing of the first member to the second member at a predetermined spacing; the base frame of the first member being adapted for location at a first level at a first working location; the second member being adapted, at a position remote from the first member, the at least one leg is pivotably attached to the base frame; and, wherein the second base frame is provided with a pair of lateral props (41, 42) which can be driven outwardly to seat against the side of a space in a floor and be locked there to limit lateral movement of said second base frame and so stabilise the constructional unit.
A contact list providing method, operable in a controller, the method comprising the steps of: displaying, when a phonebook menu is selected, a contact list on a screen; and providing an upper level and a lower level of the contact list via at least two separate view areas (400, 500) during the display of the contact list screen, wherein the step of providing an upper level of the contact list comprises displaying an upper level list comprising a plurality of contacts in the same level in a first view area, and wherein the step of providing a lower level of the contact list comprises the steps of: checking, when a contact in the upper level of the contact list is selected according to a user's interaction, a lower level of the contact; displaying, when the checked lower level is the lowest level, contact information in a second view area; and displaying, when the checked lower level is not the lowest level, a still lower level list comprising a plurality of contacts in the same level in the second view area. displaying, when a phonebook menu is selected, a contact list on a screen; and providing an upper level and a lower level of the contact list via at least two separate view areas (400, 500) during the display of the contact list screen, wherein the step of providing an upper level of the contact list comprises displaying an upper level list comprising a plurality of contacts in the same level in a first view area, and wherein the step of providing a lower level of the contact list comprises the steps of: checking, when a contact in the upper level of the contact list is selected according to a user's interaction, a lower level of the contact; displaying, when the checked lower level is the lowest level, contact information in a second view area; and displaying, when the checked lower level is not the lowest level, a still lower level list comprising a plurality of contacts in the same level in the second view area. checking, when a contact in the upper level of the contact list is selected according to a user's interaction, a lower level of the contact; displaying, when the checked lower level is the lowest level, contact information in a second view area; and displaying, when the checked lower level is not the lowest level, a still lower level list comprising a plurality of contacts in the same level in the second view area.
Assembly for securing at least one expansion card, comprising: - a first half-open chassis for receiving a first circuit board of a server module having at least one first plug connector; - a component for receiving at least one expansion card, wherein the component is configured as a carrier component for receiving at least one internal expansion card or as a second half-open chassis for receiving at least one external expansion card, comprises at least one securing point for rotatably and releasably receiving the component in or on the first half-open chassis and at least one first bearing surface for supporting the component on a second bearing surface of the first half-open chassis, which are arranged in the region of opposite ends of the component; and - at least one second circuit board (23, 32) secured to the component having at least one first mating plug connector (27, 35) for electrically contacting the first plug connector and at least one second plug connector for electrically contacting a second mating plug connector of the internal or external expansion card, wherein the first mating plug connector (27, 35) is arranged in the region of the end of the component where the first bearing surface is located, so that the second circuit board (23, 32) is electrically connected to the first circuit board by receiving and pivoting the component about the securing point in the direction of the second bearing surface. - a first half-open chassis for receiving a first circuit board of a server module having at least one first plug connector; - a component for receiving at least one expansion card, wherein the component is configured as a carrier component for receiving at least one internal expansion card or as a second half-open chassis for receiving at least one external expansion card, comprises at least one securing point for rotatably and releasably receiving the component in or on the first half-open chassis and at least one first bearing surface for supporting the component on a second bearing surface of the first half-open chassis, which are arranged in the region of opposite ends of the component; and - at least one second circuit board (23, 32) secured to the component having at least one first mating plug connector (27, 35) for electrically contacting the first plug connector and at least one second plug connector for electrically contacting a second mating plug connector of the internal or external expansion card, wherein the first mating plug connector (27, 35) is arranged in the region of the end of the component where the first bearing surface is located, so that the second circuit board (23, 32) is electrically connected to the first circuit board by receiving and pivoting the component about the securing point in the direction of the second bearing surface.
A method for hydroprocessing reformate, comprising contacting reformate with a catalyst having a catalytic hydrogenation action under a liquid-phase hydroprocessing condition in a hydrogenation reactor, at least part of hydrogen gas for hydroprocessing is from dissolved hydrogen contained in the reformate; wherein the hydroprocessing is carried out in presence of supplemental hydrogen gas, the supplemental hydrogen gas is hydrogen gas injected into the reformate in one time or in several times before contacting and/or during contacting, the supplemental hydrogen gas is injected into the reformate through pores having an average pore diameter in a range of 30 nm to 1,000 nm, the supplemental hydrogen gas is injected in an amount for 0.01 to 4 times of saturated solubility of the hydrogen gas in the reformate, the saturated solubility is a saturated solubility measured under the liquid-phase hydroprocessing condition; and wherein the liquid-phase hydroprocessing condition comprises a temperature in a range of 130 °C to 200 °C and a pressure by gauge pressure in a range of 1.5 MPa to 3.5 MPa.
A component of an operating table, the component comprising: a communication module for transmitting information of the component; and, a detection device comprising a switch which can detect a characteristic of a further component to which the component is attachable and wherein the switch is configured to activate the communication module, wherein the communication module comprises: a memory device configured to store information of the component, a transmission unit configured to transmit at least a part of the information of the component and to transmit the characteristic of the further component detected by the detection device, and a power supply device configured to supply the transmission unit with energy. a communication module for transmitting information of the component; and, a detection device comprising a switch which can detect a characteristic of a further component to which the component is attachable and wherein the switch is configured to activate the communication module, wherein the communication module comprises: a memory device configured to store information of the component, a transmission unit configured to transmit at least a part of the information of the component and to transmit the characteristic of the further component detected by the detection device, and a power supply device configured to supply the transmission unit with energy. a memory device configured to store information of the component, a transmission unit configured to transmit at least a part of the information of the component and to transmit the characteristic of the further component detected by the detection device, and a power supply device configured to supply the transmission unit with energy.