mhurhangee/ep-ind-claims huggingface dataset:
A foot pedal for controlling a medical device, especially a dental device, comprising - a housing including a housing bottom, - a cover element which is mounted so as to be vertically displaceable in relation to the housing base along an actuating direction and tiltable in relation to the housing base, and - a first switch for causing a first operability on the medical device and a second switch for causing a second operability on the medical device and - an actuating device which is vertically displaceable along the actuating direction and, upon movement in the actuating direction, actuates the first switch within a first vertical offset section and actuates the second switch within a second vertical offset section, wherein the actuating device is configured such that it is located in a first state in the first height offset section and is located in a second state in the second height offset section, wherein the foot pedal is configured such that the actuating device is always arranged within the first height offset section when the angle of inclination (α) of the cover element can be predetermined, wherein, for making the transition from the first height offset section to the second height offset section more difficult, the actuating device is designed such that additional application of force is required for a transition between the first state and the second state, wherein the predeterminable angle of inclination (α) is the maximum possible angle of inclination of the cover element, which is defined by the housing base at least partially abutting the cover element on the one side and at least one radial projection of the housing abutting the cover element on the opposite side, and the actuating device is connected to the housing base via a first spring, wherein the actuating device comprises a first element and a second element, characterized in that a second spring is arranged between the first element and the second element, wherein the actuating device is configured such that, when moving the actuating device, the first spring is elastically deformed in the first height offset section and the second spring is elastically deformed in the second height offset section, wherein the second spring is not yet loaded in the first height offset section. - a housing including a housing bottom, - a cover element which is mounted so as to be vertically displaceable in relation to the housing base along an actuating direction and tiltable in relation to the housing base, and - a first switch for causing a first operability on the medical device and a second switch for causing a second operability on the medical device and - an actuating device which is vertically displaceable along the actuating direction and, upon movement in the actuating direction, actuates the first switch within a first vertical offset section and actuates the second switch within a second vertical offset section,
An occupant protection apparatus having a seatbelt including a region fitted to an occupant from a shoulder part thereof to a lumbar part thereof to restrain the occupant, a slack removal device that is actuated to remove slack in the seatbelt, a load limitation device that is actuated in response to a head-on collision of a vehicle to limit a restraint load applied to the occupant by the seatbelt, an inflation body (45, 114), an inflation body deployment device (44, 74, 94, 112) that supplies the inflation body (45, 114) with a fluid to inflate/deploy the inflation body (45, 114) between the occupant and a vehicle interior member located in front of the occupant with respect to the vehicle, the occupant protection apparatus characterized by comprising: a control device (55, 76, 95, 104, 118) that actuates the slack removal device and actuates the inflation body deployment device (44, 74, 94, 112) such that the inflation body (45, 114) starts being supplied with the fluid upon or after start of actuation of the load limitation device following actuation of the slack removal device in an event of a head-on collision of the vehicle. a control device (55, 76, 95, 104, 118) that actuates the slack removal device and actuates the inflation body deployment device (44, 74, 94, 112) such that the inflation body (45, 114) starts being supplied with the fluid upon or after start of actuation of the load limitation device following actuation of the slack removal device in an event of a head-on collision of the vehicle.
Centrifugal device for an overload protection mechanism in a torque transmitting coupling, the centrifugal device comprising a supporting shaft connectable to a driving coupling member or driven coupling member, wherein the supporting shaft comprises an axial axis, characterized in that the supporting shaft further comprises a stop to limit the centrifugal force applied on a centrifugal unit, wherein the stop is axially fixed in respect to the axial axis of the support shaft and the supporting shaft supports a main lever rotatably supported by a rotation shaft arranged tangential to at least one of the driven or driving coupling members (3,5).
The non-therapeutic use of a combination of at least two compounds selected from baclofen, acamprosate, cinacalcet, mexiletine, sulfisoxazole, and torasemide, or salt(s) thereof, to stimulate cognitive function in a healthy subject.
A flow rate controller for a system for treating tissue; the flow rate controller configured to control the flow rate of an electrically conductive fluid based upon the amount of radio frequency power provided from a power source to an electrosurgical device and without feedback from the tissue; and wherein the flow rate controller is configured to use a relationship between the flow of the fluid and the radio frequency power, the relationship to proportionally increase the flow of the fluid in response to an increase in the radio frequency power level and to proportionally decrease the flow of the fluid in response to a decrease in the radio frequency power level.
An interconnection device of a fluidic card, the card including at least one first fluid channel, emerging from a connection side, where this side is parallel to a support side, and where the said interconnection device includes: • a first surface, for receiving the support side of the card, • a second surface from which at least one second fluid channel emerges, • means (20, 30, 60) to hold the card in place, for holding the connection side of the card pressed against the second surface of the device, such that the first fluid channel is in fluid connection with the second fluid channel, • an axis of rotation, characterized in that the card can pivot around the axis such that its support side is pressed against the first surface of the device, this axis being parallel to the second surface and to the first surface of the device, both surfaces being parallel with each other. • a first surface, for receiving the support side of the card, • a second surface from which at least one second fluid channel emerges, • means (20, 30, 60) to hold the card in place, for holding the connection side of the card pressed against the second surface of the device, such that the first fluid channel is in fluid connection with the second fluid channel, • an axis of rotation,
A computer-executable method in a content centric network for assembling a single content stream that enables downloading of a content collection using the single content stream over the content-centric network, comprising: obtaining the content collection that includes a plurality of content components; generating, for the content collection, a manifest having respective entries corresponding to the respective content components; assembling the single content stream by including the manifest followed by the plurality of content components, wherein the manifest and the content components are packaged into content objects (502, 504, 506, 508) under a same namespace, wherein each content component spans multiple chunks (516.4, 516.5) within the single content stream with each chunk corresponding to a packaged content object (506, 508) and being assigned a sequence number, and wherein the entry in the manifest specifies sequence numbers of the multiple chunks, thereby facilitating a requester to request one or more content components within the content collection using interests comprising the same namespace and sequence numbers corresponding to content objects of the requested one or more content components, said sequence number being determined from the manifest. obtaining the content collection that includes a plurality of content components; generating, for the content collection, a manifest having respective entries corresponding to the respective content components; assembling the single content stream by including the manifest followed by the plurality of content components, wherein the manifest and the content components are packaged into content objects (502, 504, 506, 508) under a same namespace, wherein each content component spans multiple chunks (516.4, 516.5) within the single content stream with each chunk corresponding to a packaged content object (506, 508) and being assigned a sequence number, and wherein the entry in the manifest specifies sequence numbers of the multiple chunks, thereby facilitating a requester to request one or more content components within the content collection using interests comprising the same namespace and sequence numbers corresponding to content objects of the requested one or more content components, said sequence number being determined from the manifest.
A fine polymer particle production method comprising producing an emulsion in a liquid prepared by dissolving and mixing a polymer A and a polymer B in organic solvents in which a solution phase composed primarily of the polymer A and a solution phase composed primarily of the polymer B are formed as separate phases, and bringing it into contact with a poor solvent for the polymer A to precipitate the polymer A.
A voltage independent residual current device comprising: an electromagnetic switch (S1, SW1) having a coil whose operation controls a set of load contacts in a plurality of electricity supply conductors (L, N), the electromagnetic switch having a response time which is a function of the magnitude and duration of the current flow through the coil, means (CT, C1, Vdet, Q3) for detecting a residual current in said supply conductors (L, N) and when such residual current is above a certain threshold (IΔn) for causing a current to flow through the coil for longer than the response time of the electromagnetic switch so that the load contacts open, said current caused to flow through the coil being derived, independently of the electricity supply, entirely from energy derived from the residual current, means for generating intermittent test pulses each simulating a residual current above said certain threshold (IΔn), said test pulses being detected by the detecting means (CT, C1, Vdet, Q3) to cause a current, also derived independently of the electricity supply, to flow through the coil, and means (U1-U3, Q2, Q3) operable only in respect of said test pulses to interrupt said current flow through the coil within the response time of the electromagnetic switch, such that the contacts do not open in response to said test pulses. an electromagnetic switch (S1, SW1) having a coil whose operation controls a set of load contacts in a plurality of electricity supply conductors (L, N), the electromagnetic switch having a response time which is a function of the magnitude and duration of the current flow through the coil, means (CT, C1, Vdet, Q3) for detecting a residual current in said supply conductors (L, N) and when such residual current is above a certain threshold (IΔn) for causing a current to flow through the coil for longer than the response time of the electromagnetic switch so that the load contacts open, said current caused to flow through the coil being derived, independently of the electricity supply, entirely from energy derived from the residual current, means for generating intermittent test pulses each simulating a residual current above said certain threshold (IΔn), said test pulses being detected by the detecting means (CT, C1, Vdet, Q3) to cause a current, also derived independently of the electricity supply, to flow through the coil, and means (U1-U3, Q2, Q3) operable only in respect of said test pulses to interrupt said current flow through the coil within the response time of the electromagnetic switch, such that the contacts do not open in response to said test pulses.
A brushless motor comprising: a stator core (11, 31) including a cylindrical yoke portion (111, 311) and a teeth portion having a shape protruding from an inner circumferential surface of the yoke portion (111, 311); and a rotor that is disposed inside the stator core (11, 31), spaced apart from the teeth portion, and uses a center axis of the yoke portion (111, 311) as an axis of rotation, wherein the yoke portion (111, 311) includes, on an outer circumferential surface of the yoke portion (111, 311), a notch portion (111a, 311a) at a position on a back side of the teeth portion, the notch portion (111a, 311a) has a circumferential width smaller than a circumferential width of the teeth portion, where a radial width of a part of the yoke portion (111, 311) that does not include the notch portion (111a, 311a) is defined as a yoke width, the yoke width is maintained constant to a vicinity of a bonding portion where the teeth portion and the yoke portion (111, 311) are bonded, and in a cross section perpendicular to the axis of rotation, a surface of the teeth portion is shaped in an arc that is concavely curved inwardly of the teeth portion at the bonding portion, and the notch portion (111a, 311a) is present outside a range from a center of the arc (CA1, CA2) to a total length of a radius of the arc and the yoke width. a stator core (11, 31) including a cylindrical yoke portion (111, 311) and a teeth portion having a shape protruding from an inner circumferential surface of the yoke portion (111, 311); and a rotor that is disposed inside the stator core (11, 31), spaced apart from the teeth portion, and uses a center axis of the yoke portion (111, 311) as an axis of rotation, wherein the yoke portion (111, 311) includes, on an outer circumferential surface of the yoke portion (111, 311), a notch portion (111a, 311a) at a position on a back side of the teeth portion, the notch portion (111a, 311a) has a circumferential width smaller than a circumferential width of the teeth portion, where a radial width of a part of the yoke portion (111, 311) that does not include the notch portion (111a, 311a) is defined as a yoke width, the yoke width is maintained constant to a vicinity of a bonding portion where the teeth portion and the yoke portion (111, 311) are bonded, and in a cross section perpendicular to the axis of rotation, a surface of the teeth portion is shaped in an arc that is concavely curved inwardly of the teeth portion at the bonding portion, and the notch portion (111a, 311a) is present outside a range from a center of the arc (CA1, CA2) to a total length of a radius of the arc and the yoke width.
A flow cell for a dissolution test device, containing • a cell receptacle, in the centre of which a flat gasket can be inserted and on the outer circumference a flat gasket can be inserted into a groove, and • a cylindrical cell sheath, in the centre of which a sample cell is used for sample collection, wherein the space around sample cell is flushable with water from a water bath to control the temperature, and sample cell contains an inlet for test medium, such that said sample can flow, and • a filter head, on the top of which an outlet for test medium is centrally arranged at the upper end of sample cell, • wherein cell sheath is connected to filter head by means of a screw thread, wherein • said cell receptacle is firmly screwed to the upper part of a water bath of the dissolution test device and also remains there during normal operation of the device, and • cell sheath is connected to cell receptacle by means of a screw thread. • a cell receptacle, in the centre of which a flat gasket can be inserted and on the outer circumference a flat gasket can be inserted into a groove, and • a cylindrical cell sheath, in the centre of which a sample cell is used for sample collection, wherein the space around sample cell is flushable with water from a water bath to control the temperature, and sample cell contains an inlet for test medium, such that said sample can flow, and • a filter head, on the top of which an outlet for test medium is centrally arranged at the upper end of sample cell, • wherein cell sheath is connected to filter head by means of a screw thread, • said cell receptacle is firmly screwed to the upper part of a water bath of the dissolution test device and also remains there during normal operation of the device, and • cell sheath is connected to cell receptacle by means of a screw thread.
A method of selecting a configuration of serving virtual transmit points, VTPs, to serve a plurality of user equipments, UEs, comprising: identifying, by a controller, a plurality of VTP configurations, wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP; characterized by: for each of the plurality of VTP configurations, identifying, by the controller, potential serving VTPs for a selected UE in the plurality of UEs according to at least one UE centric criterion; scheduling, by the controller, a UE measurement set for the potential serving VTPs for a scheduled channel resource according to measurement parameters; and selecting, by the controller, a serving VTP configuration from the plurality of VTP configurations in accordance with UE measurement feedback received from the selected UE, wherein the measurement parameters include respective importance of the plurality of VTP configurations, wherein the respective importance is set according to how frequently each one of the plurality of VTP configurations is selected as the serving VTP configuration. wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP; for each of the plurality of VTP configurations, identifying, by the controller, potential serving VTPs for a selected UE in the plurality of UEs according to at least one UE centric criterion; scheduling, by the controller, a UE measurement set for the potential serving VTPs for a scheduled channel resource according to measurement parameters; and selecting, by the controller, a serving VTP configuration from the plurality of VTP configurations in accordance with UE measurement feedback received from the selected UE, wherein the measurement parameters include respective importance of the plurality of VTP configurations, wherein the respective importance is set according to how frequently each one of the plurality of VTP configurations is selected as the serving VTP configuration.
An air intake system for an off-road vehicle, comprising: a pre-cleaner having a plurality of tubes configured to receive a flow of air, to filter particulate material from the flow of air, and to provide the flow of air to an engine of the off-road vehicle; and a controller configured to: - receive a first signal indicative of an air intake flow rate of the engine of the off-road vehicle; - determine a target number of open tubes for the pre-cleaner of the air intake system based at least in part on the air intake flow rate of the engine and a desired air flow rate for each tube of the plurality of tubes; and - output a second signal to a component of the air intake system indicative of instructions to enable the flow of air to the target number of open tubes and to block the flow of air to the remainder of tubes of the plurality of tubes; and characterized in that said component comprises a cover disposed proximate to an upstream surface of the pre-cleaner, wherein the cover comprises layered radial shields configured to rotate about the pre-cleaner or wherein the cover comprises layered shields slidingly coupled to the pre-cleaner. a pre-cleaner having a plurality of tubes configured to receive a flow of air, to filter particulate material from the flow of air, and to provide the flow of air to an engine of the off-road vehicle; and a controller configured to: - receive a first signal indicative of an air intake flow rate of the engine of the off-road vehicle; - determine a target number of open tubes for the pre-cleaner of the air intake system based at least in part on the air intake flow rate of the engine and a desired air flow rate for each tube of the plurality of tubes; and - output a second signal to a component of the air intake system indicative of instructions to enable the flow of air to the target number of open tubes and to block the flow of air to the remainder of tubes of the plurality of tubes; and - receive a first signal indicative of an air intake flow rate of the engine of the off-road vehicle; - determine a target number of open tubes for the pre-cleaner of the air intake system based at least in part on the air intake flow rate of the engine and a desired air flow rate for each tube of the plurality of tubes; and - output a second signal to a component of the air intake system indicative of instructions to enable the flow of air to the target number of open tubes and to block the flow of air to the remainder of tubes of the plurality of tubes; and
Isolated nucleic acid molecule comprising a first and a second nucleic acid sequence, the first nucleic acid sequence having (i) the nucleotide sequence as set forth in SEQ ID NO:34 or a nucleotide sequence that has at least 97.5% sequence identity with the nucleotide sequence as set forth in SEQ ID NO:34 which encodes the polypeptide with the amino acid sequence set forth in SEQ ID NO:46 or a homolog thereof; or (ii) a nucleotide sequence encoding the polypeptide with the amino acid sequence set forth in SEQ ID NO:46, wherein the second nucleic acid sequence encodes for at least one peptide or protein of interest and is operably linked to the 5' or 3' end of the first nucleic acid sequence; wherein the nucleic acid molecule does not include the full length sequence encoding HlyA as set forth in SEQ ID NO:29 and wherein the amino acid sequence encoded by the first nucleic acid sequence improves the expression and/or secretion of the at least one peptide or protein of interest. (i) the nucleotide sequence as set forth in SEQ ID NO:34 or a nucleotide sequence that has at least 97.5% sequence identity with the nucleotide sequence as set forth in SEQ ID NO:34 which encodes the polypeptide with the amino acid sequence set forth in SEQ ID NO:46 or a homolog thereof; or (ii) a nucleotide sequence encoding the polypeptide with the amino acid sequence set forth in SEQ ID NO:46, wherein the second nucleic acid sequence encodes for at least one peptide or protein of interest and is operably linked to the 5' or 3' end of the first nucleic acid sequence; wherein the nucleic acid molecule does not include the full length sequence encoding HlyA as set forth in SEQ ID NO:29 and wherein the amino acid sequence encoded by the first nucleic acid sequence improves the expression and/or secretion of the at least one peptide or protein of interest.
An electrode to measure a frequency-dependent complex permittivity of a fluid, comprising: a conductor; an insulator positioned at least partially around and sealed to the conductor; and a metal housing positioned at least partially around and sealed to the insulator, characterised in that at least part of an upper surface of the insulator surrounding the conductor has an inverted dome concave shape. a conductor; an insulator positioned at least partially around and sealed to the conductor; and a metal housing positioned at least partially around and sealed to the insulator, characterised in that at least part of an upper surface of the insulator surrounding the conductor has an inverted dome concave shape.