mhurhangee/ep-ind-claims huggingface dataset:
A switch comprising: a movable contact point; a movable board provided with the movable contact point; a shaft member that moves the movable board, the shaft member being jointed to the movable board by being press-fitted in a joint portion projecting from an inner periphery of an insert hole in the movable board; a fixed contact point that is connected to/disconnected from the movable contact point by causing the movable contact point making pressure contact with the fixed contact point to move by the movement of the movable board by the shaft member, a planar portion, configured as a linear outer periphery as viewed from an axial direction of the shaft member, is formed in a joint portion of the shaft member, the shaft member is jointed to the movable board by press-fitting the planar portion of the shaft member into the joint portion of the insert hole in the movable board, characterized in that an inclined surface is formed in the joint portion of the insert hole in the movable board in such a direction that a press-fit amount of the planar portion of the shaft member is made smaller toward a connecting portion between the joint portion of the insert hole and the inner periphery of the insert hole as viewed from the axial direction. a movable contact point; a movable board provided with the movable contact point; a shaft member that moves the movable board, the shaft member being jointed to the movable board by being press-fitted in a joint portion projecting from an inner periphery of an insert hole in the movable board; a fixed contact point that is connected to/disconnected from the movable contact point by causing the movable contact point making pressure contact with the fixed contact point to move by the movement of the movable board by the shaft member, a planar portion, configured as a linear outer periphery as viewed from an axial direction of the shaft member, is formed in a joint portion of the shaft member, the shaft member is jointed to the movable board by press-fitting the planar portion of the shaft member into the joint portion of the insert hole in the movable board, characterized in that an inclined surface is formed in the joint portion of the insert hole in the movable board in such a direction that a press-fit amount of the planar portion of the shaft member is made smaller toward a connecting portion between the joint portion of the insert hole and the inner periphery of the insert hole as viewed from the axial direction.
Combustion or electrochemical plant comprising a fan and a condensate removal, which has an exhaust pipe and a condensate siphon, wherein the exhaust pipe opens directly or indirectly into the fan, wherein the fan is disposed such that the fan output is disposed horizontally or downwards, wherein the condensate siphon is disposed downstream from the fan, characterised by a condensate neutralisation unit disposed upstream from the fan, wherein this condensate neutralisation unit has condensate neutralising means in a collection container, a condensate inflow and a condensate removal, wherein the condensate removal is connected with the fan input such that during operation the neutralised condensate flows into the fan input.
An ancillary surgical instrument (20; 20'; 50; 60; 90; 200) in the shape of a letter wye comprising at least: - a first contact part (21; 51; 61; 91; 210) configured to come into contact with a first reference area of an operating area; - a second contact part (22; 52; 62; 92; 220) configured to come into contact with a second reference area of the operating area; - at least two branches (26, 27; 56, 57; 66, 67; 96, 97; 260; 270) at the ends of which the first and second contact parts (21, 22; 51, 52; 61, 62; 91, 92; 260, 270) are disposed; - a third contact part (23; 53; 63; 93; 230) configured to come into contact with a third reference area (Z3; R3) of the operating area; - a third branch (28; 58; 68; 98; 280) in the form of a handle; - a central area having a lower face which forms the third contact part (23; 53; 63; 93; 230); and - a means (24; 54A, 54B, 54C; 84; 94) for determining an orientation reference frame of the ancillary instrument in a Galilean orientation reference frame, characterized in that at least one of the first and second contact parts comprises a concave or convex curved cross-section end configured to come into contact with at least two reference points (R1; R1'; R2; R2') in the first or second corresponding reference area (Z1; Z2) which is of convex or concave shape respectively. - a first contact part (21; 51; 61; 91; 210) configured to come into contact with a first reference area of an operating area; - a second contact part (22; 52; 62; 92; 220) configured to come into contact with a second reference area of the operating area; - at least two branches (26, 27; 56, 57; 66, 67; 96, 97; 260; 270) at the ends of which the first and second contact parts (21, 22; 51, 52; 61, 62; 91, 92; 260, 270) are disposed; - a third contact part (23; 53; 63; 93; 230) configured to come into contact with a third reference area (Z3; R3) of the operating area; - a third branch (28; 58; 68; 98; 280) in the form of a handle; - a central area having a lower face which forms the third contact part (23; 53; 63; 93; 230); and - a means (24; 54A, 54B, 54C; 84; 94) for determining an orientation reference frame of the ancillary instrument in a Galilean orientation reference frame,
Spray head, which comprises a spray head body, which comprises at least one nozzle, a heat-activated triggering element which allows flow of medium out the at least one nozzle when activated in connection with the spray head, over which triggering element a protection means is arranged, which protection means is in front of the nozzle in the protective position and mechanically protects the triggering element when the spray head is in a non-active state, and which protection means can be moved to another position, in which at least one nozzle and the triggering element are not protected by the protection means, wherein the triggering element is fitted onto a fixing body, which fixing body can be moved with respect to the spray head body between two positions, a first position in which the spray head is in the non-active state and the fixing body is in a retracted position, and a second position in which the fixing body is pushed out, and which fixing body is arranged to move with respect to the spray head body from the effect of the pressure of the medium from the first position to the second position and at the same time to exert force on the protection means, for moving the protection means from the protective position to said another position, in which case the spray head is placed into a state of readiness in the second position of the fixing body, wherein in the state of readiness the spray head can be activated by activation of the triggering element.
A flashing kit for use in the installation of a roof penetrating structure in an inclined roof surface, comprising a plurality of flashing members (41, 42, 43, 44) adapted for being arranged along top, bottom and sides of a roof penetrating structure, such as a roof window, each flashing member having an exterior side adapted for facing the exterior of a building in the mounted state and an interior side adapted for facing the interior of the building in the mounted state, and each flashing member including a first leg adapted for lying substantially in the plane of the roof between a load-bearing structure and a roofing material and a second leg extending at an angle with respect to the first leg and adapted for lying substantially parallel to an outer side of the roof penetrating structure projecting over the load-bearing structure, and at least one sealing member comprising an exterior surface adapted for coming into contact with the roofing material, an interior surface adapted for being attached to the flashing member and two side surfaces extending between the exterior surface and the interior surface, said sealing member having a height direction extending from the interior surface to the exterior surface, a length direction extending in parallel to the exterior surface, the interior surface and the side surfaces, and a width direction extending between the two side surfaces perpendicular to the height direction and the length direction, where the sealing member is made of a compressible material and that slits and/or weakening sections extend into the sealing member from the exterior surface towards the interior surface, each slit and/or weakening section extending from one side surface to the other side surface, wherein the slits and/or weakening sections extend in parallel planes, each plane being substantially parallel to the height direction and extending at an angle (α) of 15-75 degrees to the length direction, preferably an angle of 30-60 degrees to the length direction, still more preferred at an angle of 45 degrees to the length direction, said sealing member being attached to the exterior side of at least one flashing member or adapted for being attached to the exterior side of at least one flashing member during installation of the flashing kit so that it may be located between a flashing member and a roofing material in a mounted state of the flashing kit.
Batch furnace for annealing product, in particular, a single-chamber furnace or a single-coil furnace, with a furnace housing, which comprises a lockable loading opening, an accommodating space for furnace product and a device for convective heat transfer to the furnace product via a heat transfer medium, wherein the batch furnace comprises: - at least one fan, which is arranged in the furnace housing, - at least one heating device for the heat transfer medium and/or at least one inlet for an external heated heat transfer medium, wherein the heating device is arranged directly in front of the suction side or directly behind the pressure side of the fan, or circumferentially arranged in an annular gap between the fan and the furnace housing, and - an accommodating space for the furnace material, which is arranged on the pressure side of the fan, characterized in that the loading opening can be sealed by at least one front-side wall element of the furnace housing, which is axially displaceable in the housing's longitudinal direction and is connected to the fan. - at least one fan, which is arranged in the furnace housing, - at least one heating device for the heat transfer medium and/or at least one inlet for an external heated heat transfer medium, wherein the heating device is arranged directly in front of the suction side or directly behind the pressure side of the fan, or circumferentially arranged in an annular gap between the fan and the furnace housing, and - an accommodating space for the furnace material, which is arranged on the pressure side of the fan,
Procedure to determine the mass flow of a Coriolis mass flowmeter comprising the following process steps: Generation of a vibration movement of a measuring tube at frequency (f); Recording of the vibration movement of the measuring tube at two different measuring points with two vibration sensors; Conversion of the sensor signals of the two vibration sensors to digital sensor signals (S1 and S2); Determination of the phase shifts (dφ 1 or dφ2) of the two sensor signals (S1 or S2) in a reference system, which is formed by a sinusoidal unit signal and a cosinusoidal unit signal, wherein the unit signals (SE and CE) oscillate at the excitation frequency (f), and wherein, in order to obtain the vector components (a, b) of the two sensor signals (S1, S2) in the reference system formed by the unit signals (SE, CE), the two sensor signals (S1 and S2) are each multiplied by the sinusoidal unit signal and the cosinusoidal unit signal and are each filtered with a lowpass filter; Determination of the phase shift (dφ) of the two sensor signals via the difference (dφ 1 - d of the phase shifts (dφ 1 or dφ2) of the two sensor signals in the reference system; and determination of the mass flow (Q ~ dφ/f). Generation of a vibration movement of a measuring tube at frequency (f); Recording of the vibration movement of the measuring tube at two different measuring points with two vibration sensors; Conversion of the sensor signals of the two vibration sensors to digital sensor signals (S1 and S2); Determination of the phase shifts (dφ 1 or dφ2) of the two sensor signals (S1 or S2) in a reference system, which is formed by a sinusoidal unit signal and a cosinusoidal unit signal, wherein the unit signals (SE and CE) oscillate at the excitation frequency (f), and wherein, in order to obtain the vector components (a, b) of the two sensor signals (S1, S2) in the reference system formed by the unit signals (SE, CE), the two sensor signals (S1 and S2) are each multiplied by the sinusoidal unit signal and the cosinusoidal unit signal and are each filtered with a lowpass filter; Determination of the phase shift (dφ) of the two sensor signals via the difference (dφ 1 - d of the phase shifts (dφ 1 or dφ2) of the two sensor signals in the reference system; and determination of the mass flow (Q ~ dφ/f).
Conjugated polymer of formula II wherein R is selected from the group consisting of the following formulae wherein "ALK" denotes optionally fluorinated, preferably linear, alkyl or alkoxy with 1 to 20 C-atoms, and the dashed line denotes the link to the N-atom of the phenanthrocarbazole core in formula I, and preferably all ALK subgroups are identical, Ar is on each occurrence identically or differently an optionally substituted aryl or heteroaryl group,-CY 1 =CY 2 - or -C≡C-, Y 1 and Y 2 are independently of each other H, F, Cl or CN, m is on each occurrence identically or differently 0, 1, 2 or 3, and n is an integer ≥ 5. Ar is on each occurrence identically or differently an optionally substituted aryl or heteroaryl group,-CY 1 =CY 2 - or -C≡C-, Y 1 and Y 2 are independently of each other H, F, Cl or CN, m is on each occurrence identically or differently 0, 1, 2 or 3,
A targeting thymidine kinase photosensitizer, which is characterized in that it has the structure of Formula I: wherein, -R is COO-R 5 or -CO-NH-R 5, R 1 is alkyl; R 2 is H or phenyl substituted by R at para-position, and the substituent R is defined as above; -R 3 is -CH 2 or -CO-NR 4, and its carbonyl end is attached to the carbon atom of the carbon-carbon double-bond on the mother nucleus of the photosensitizer, and said R 4 is alkyl. wherein, -R is COO-R 5 or -CO-NH-R 5, R 1 is alkyl; R 2 is H or phenyl substituted by R at para-position, and the substituent R is defined as above; -R 3 is -CH 2 or -CO-NR 4, and its carbonyl end is attached to the carbon atom of the carbon-carbon double-bond on the mother nucleus of the photosensitizer, and said R 4 is alkyl.
Hanger comprising a self-tapping threaded cylindrical shank, with one end having a head arranged for screwing in a threaded rod capable of receiving an element such as a framework for a suspended ceiling, wherein the hanger undergoes a hardness treatment, such as carbonitriding, to be screwed directly into concrete without using an anchor, characterized in that the nominal diameter of the self-tapping threaded cylindrical shank is 6.9 mm.
A method for a trainable transmitter in a vehicle, the method comprising: receiving a request to enter a training mode of the trainable transmitter from a user; prior to entering a training mode, retrieving default control data from a memory, the default control data being one of (i) generic control data or (ii) control data for a particular type of remote control system, and transmitting the default control data; and after transmitting the default control data, beginning a training mode of the trainable transmitter, the training mode comprising (i) receiving a control signal from an original transmitter associated with a remote control system and (ii) detecting a frequency and control data of the control signal received from the original transmitter. receiving a request to enter a training mode of the trainable transmitter from a user; prior to entering a training mode, retrieving default control data from a memory, the default control data being one of (i) generic control data or (ii) control data for a particular type of remote control system, and transmitting the default control data; and after transmitting the default control data, beginning a training mode of the trainable transmitter, the training mode comprising (i) receiving a control signal from an original transmitter associated with a remote control system and (ii) detecting a frequency and control data of the control signal received from the original transmitter.
A terminal comprising a battery and a charging interface, and the terminal being configured to form a charging loop with a power adapter via the charging interface to charge the battery, wherein, the terminal further comprises: a communication unit, configured to receive voltage indication information from the power adapter when the power adapter charges the terminal, the voltage indication information indicating an output voltage of the power adapter; a detection unit, configured to detect an input voltage of the power adapter; and an anomaly processing unit, configured to determine whether an impedance of the charging loop is abnormal according to a difference between the input voltage and the output voltage, and to control the charging loop to enter into a protected state if the impedance of the charging loop is abnormal; wherein, the anomaly processing unit is configured to perform following operations so as to determine whether the impedance of the charging loop is abnormal according to the difference between the input voltage and the output voltage and to control the charging loop to enter into the protected state if the impedance of the charging loop is abnormal: determining a level of the impedance according to the difference; and controlling the charging loop to enter into a protected state corresponding to the level, according to the level of the impedance. a communication unit, configured to receive voltage indication information from the power adapter when the power adapter charges the terminal, the voltage indication information indicating an output voltage of the power adapter; a detection unit, configured to detect an input voltage of the power adapter; and an anomaly processing unit, configured to determine whether an impedance of the charging loop is abnormal according to a difference between the input voltage and the output voltage, and to control the charging loop to enter into a protected state if the impedance of the charging loop is abnormal; wherein, the anomaly processing unit is configured to perform following operations so as to determine whether the impedance of the charging loop is abnormal according to the difference between the input voltage and the output voltage and to control the charging loop to enter into the protected state if the impedance of the charging loop is abnormal: determining a level of the impedance according to the difference; and controlling the charging loop to enter into a protected state corresponding to the level, according to the level of the impedance. determining a level of the impedance according to the difference; and controlling the charging loop to enter into a protected state corresponding to the level, according to the level of the impedance.
A length adjustment device comprising a drive member provided with an external thread formation of one handedness and with an internal thread formation of an opposite handedness, a first adjustment member including an internally threaded region in threaded engagement with the external thread formation of the drive member, and a second adjustment member including an externally threaded region in threaded engagement with the internal thread formation of the drive member, the first and second adjustment members (26, 34) being supported against rotation relative to one another, and a drive arrangement whereby the drive member can be driven for rotation; characterised in that the device further comprises a housing within which the drive member is located and supported for rotation; wherein the first adjustment member is adjustably secured to a mounting member, such that the first adjustment member is securable to the mounting member in a desired angular orientation; and wherein the mounting member is fitted to the housing, to allow angular adjustment of the first adjustment member relative to the housing.
A method for controlling the ventilation characteristics of an equipment cubicle, the cubicle comprising a housing enclosing an interior space, and the housing having one or more apertures for ventilation of the interior space, wherein the interior space of the cabinet has provision for installation of a plurality of electrical components (21, 22, 23, 24, 25), characterised in that the method comprises the installation, within the cubicle, of a baffle comprising a plurality of detachable leaves (32, 33, 34, 35) masking at least a part of the apertures, and wherein a number of leaves are detached from the baffle in accordance with the number of electrical components installed.
A medical device comprising: a therapy delivery circuit configured to deliver a tachyarrhythmia therapy to a patient's heart via one or more electrodes (24, 26); a sensing circuit configured to receive a first cardiac electrical signal via a first sensing electrode vector and sense a cardiac event in response to the first cardiac electrical signal crossing a sensing threshold amplitude; a memory; and a control circuit coupled to the sensing circuit, the therapy delivery circuit and the memory, the control circuit configured to: store a cardiac signal segment in the memory in response to the sensing circuit sensing the cardiac event; obtain a notch filtered signal segment by notch filtering the cardiac signal segment; characterised in that the control circuit is further configured to determine a count of crossings of the notch filtered signal segment by the cardiac signal segment; determine whether electromagnetic interference is present in the cardiac signal segment based on a value of the count; and withhold a tachyarrhythmia therapy in response to determining that EMI is present. a therapy delivery circuit configured to deliver a tachyarrhythmia therapy to a patient's heart via one or more electrodes (24, 26); a sensing circuit configured to receive a first cardiac electrical signal via a first sensing electrode vector and sense a cardiac event in response to the first cardiac electrical signal crossing a sensing threshold amplitude; a memory; and a control circuit coupled to the sensing circuit, the therapy delivery circuit and the memory, the control circuit configured to: store a cardiac signal segment in the memory in response to the sensing circuit sensing the cardiac event; obtain a notch filtered signal segment by notch filtering the cardiac signal segment; characterised in that the control circuit is further configured to determine a count of crossings of the notch filtered signal segment by the cardiac signal segment; determine whether electromagnetic interference is present in the cardiac signal segment based on a value of the count; and withhold a tachyarrhythmia therapy in response to determining that EMI is present. store a cardiac signal segment in the memory in response to the sensing circuit sensing the cardiac event; obtain a notch filtered signal segment by notch filtering the cardiac signal segment; characterised in that the control circuit is further configured to determine a count of crossings of the notch filtered signal segment by the cardiac signal segment; determine whether electromagnetic interference is present in the cardiac signal segment based on a value of the count; and withhold a tachyarrhythmia therapy in response to determining that EMI is present.