mhurhangee/ep-ind-claims huggingface dataset:
A door closure of the door of an elevator, wherein the door closure has a housing and a bolt, which is transferable with location change into a locked position and into an unlocked position, wherein a drive is provided, which interacts with the bolt via a drive mechanism, which transfers the bolt into its unlocked position, wherein the drive comprises a controller, which is connected or connectable in a signal-transmitting manner to an elevator controller, which activates the drive in dependence on the location of an external device such as an elevator car to transfer the bolt into its unlocked position, and wherein the door closure has a closing mechanism, which, after its triggering without cooperation of the drive, forcibly transfers the bolt from its unlocked position into its locked position, and wherein the door closure has an emergency unlocking device to be able to transfer the bolt independently of the drive manually into its unlocked position if needed by means of said emergency unlocking device, characterized in that the drive is an electric motor and the electric motor and the drive mechanism are arranged inside the door closure housing, and/or a brake device is provided, which at least temporarily brakes the bolt during its transfer into its locked position.
Apparatus for determining the concentration of a species in a sample comprising: a probe, the probe comprising a reference electrode, a counter electrode, a working electrode, a battery, and a thermistor; the apparatus further comprising: a bias voltage module including a voltage reference and a counter electrode drive amplifier arranged to provide a constant voltage between the reference electrode and the working electrode; a transimpedance amplifier arranged to produce a voltage as a measure of current flowing between the counter electrode and the working electrode; a temperature compensation amplifier arranged to adjust said voltage responsive to changes in the resistance of thermistor and a fixed gain amplifier arranged to re-scale the temperature corrected voltage, a charge pump inverter arranged to produce a negative voltage equal in magnitude to a supplied positive voltage, wherein the probe has a power consumption of approximately 428μW when operated at 2.5V. a probe, the probe comprising a reference electrode, a counter electrode, a working electrode, a battery, and a thermistor; the apparatus further comprising: a bias voltage module including a voltage reference and a counter electrode drive amplifier arranged to provide a constant voltage between the reference electrode and the working electrode; a transimpedance amplifier arranged to produce a voltage as a measure of current flowing between the counter electrode and the working electrode; a temperature compensation amplifier arranged to adjust said voltage responsive to changes in the resistance of thermistor and a fixed gain amplifier arranged to re-scale the temperature corrected voltage, a charge pump inverter arranged to produce a negative voltage equal in magnitude to a supplied positive voltage, wherein the probe has a power consumption of approximately 428μW when operated at 2.5V. a bias voltage module including a voltage reference and a counter electrode drive amplifier arranged to provide a constant voltage between the reference electrode and the working electrode; a transimpedance amplifier arranged to produce a voltage as a measure of current flowing between the counter electrode and the working electrode; a temperature compensation amplifier arranged to adjust said voltage responsive to changes in the resistance of thermistor and a fixed gain amplifier arranged to re-scale the temperature corrected voltage, a charge pump inverter arranged to produce a negative voltage equal in magnitude to a supplied positive voltage, wherein the probe has a power consumption of approximately 428μW when operated at 2.5V.
An oral care composition comprising a. an effective amount of a basic amino acid, in free or salt form, wherein the basic amino acid is arginine; b. an effective amount of an antibacterial agent; c. an anionic polymer; and d. precipitated calcium carbonate. a. an effective amount of a basic amino acid, in free or salt form, wherein the basic amino acid is arginine; b. an effective amount of an antibacterial agent; c. an anionic polymer; and d. precipitated calcium carbonate.
A method for producing a compound of Formula III: comprising: a) adding a Grignard reagent, preferably cyclohexylmagnesium chloride, to a mixture comprising a compound of Formula II: toluene and tetrahydrofuran; and b) adding the mixture to a mixture comprising acetyl chloride and ethyl acetate. a) adding a Grignard reagent, preferably cyclohexylmagnesium chloride, to a mixture comprising a compound of Formula II: toluene and tetrahydrofuran; and b) adding the mixture to a mixture comprising acetyl chloride and ethyl acetate.
A polymer-covered article, comprising: a glass or glass-ceramic substrate; a surface roughened coating disposed on at least a portion of an edge surface of the glass or glass-ceramic substrate; and a polymer covering disposed on at least a portion of the surface-roughened coating. a glass or glass-ceramic substrate; a surface roughened coating disposed on at least a portion of an edge surface of the glass or glass-ceramic substrate; and a polymer covering disposed on at least a portion of the surface-roughened coating.
A semiconductor inspection apparatus for inspecting a semiconductor device, comprising: a first irradiation part (14, 15) for applying pulsed laser light to a semiconductor device; a second irradiation part (18, 19) for applying a reverse-biasing electromagnetic wave pulse for applying a reverse bias to an irradiation position which receives said pulsed laser light; and a detection part for detecting an electromagnetic wave pulse emitted from said irradiation position in response to the irradiation of said pulsed laser light, wherein said second irradiation part (18, 19) is adapted to irradiate said reverse-biasing electromagnetic wave pulse so that a direction of an electric field applied to said irradiation position by the application of said reverse-biasing electromagnetic wave pulse is from an n-type semiconductor (72, 94) to a p-type semiconductor (74, 93), and said reverse-biasing electromagnetic wave pulse is a terahertz wave pulse. a first irradiation part (14, 15) for applying pulsed laser light to a semiconductor device; a second irradiation part (18, 19) for applying a reverse-biasing electromagnetic wave pulse for applying a reverse bias to an irradiation position which receives said pulsed laser light; and a detection part for detecting an electromagnetic wave pulse emitted from said irradiation position in response to the irradiation of said pulsed laser light, wherein said second irradiation part (18, 19) is adapted to irradiate said reverse-biasing electromagnetic wave pulse so that a direction of an electric field applied to said irradiation position by the application of said reverse-biasing electromagnetic wave pulse is from an n-type semiconductor (72, 94) to a p-type semiconductor (74, 93), and said reverse-biasing electromagnetic wave pulse is a terahertz wave pulse.
A picking system having: a rack warehouse having a plurality of racks (10, 11, 12, 13, 14), each configured to receive storage units, the racks (10, 11, 12, 13, 14) comprising a plurality of vertical planes; at least one conveyor system which is configured in a rack aisle arranged between the racks (10, 11, 12, 13, 14), characterised in that each conveyor system is associated with at least one picking zone and wherein each conveyor system is configured to convey storage units from an adjacent rack (10, 11, 12, 13, 14) along the rack aisle to the respective picking zone and back, wherein the conveyor system is configured to convey storage units horizontally along the planes, wherein the conveyor system comprises a plurality of conveying devices, wherein each conveying device is arranged in each plane and wherein the conveying devices are configured independently of one another to convey storage units horizontally along the respective planes to the respective picking zone; a transport system configured to transport transport units to and from each of the picking zones; and at least one manipulator, preferably a multi-axis articulated arm robot, the manipulator being configured to remove an article from the storage unit in one of the picking zones and to transfer the article into a transport unit in the same picking zone, the manipulator being configured to remove articles from storage units in different vertical positions in the picking zone. a rack warehouse having a plurality of racks (10, 11, 12, 13, 14), each configured to receive storage units, the racks (10, 11, 12, 13, 14) comprising a plurality of vertical planes; at least one conveyor system which is configured in a rack aisle arranged between the racks (10, 11, 12, 13, 14), characterised in that each conveyor system is associated with at least one picking zone and wherein each conveyor system is configured to convey storage units from an adjacent rack (10, 11, 12, 13, 14) along the rack aisle to the respective picking zone and back, wherein the conveyor system is configured to convey storage units horizontally along the planes, wherein the conveyor system comprises a plurality of conveying devices, wherein each conveying device is arranged in each plane and wherein the conveying devices are configured independently of one another to convey storage units horizontally along the respective planes to the respective picking zone; a transport system configured to transport transport units to and from each of the picking zones; and at least one manipulator, preferably a multi-axis articulated arm robot, the manipulator being configured to remove an article from the storage unit in one of the picking zones and to transfer the article into a transport unit in the same picking zone, the manipulator being configured to remove articles from storage units in different vertical positions in the picking zone.
A filter device, particularly an air filter for a ventilation system of a motor vehicle and/or an internal combustion engine, having - a filter housing, which contains an accommodation space, - an annular filter element, which is inserted into the accommodation space, - a lid for closing the accommodation space, - wherein the lid is releasably fastened to the filter housing with the aid of a bayonet closure, so that the lid can be axially inserted into a lid receptacle formed on the filter housing and can be rotated in the inserted state between an unlocking position and a locking position, - wherein a securing device secures the lid, which is rotated into the locking position, against being rotated back into the unlocking position, - wherein the securing device has a latching hook which is resilient in the radial direction and which, during the rotation of the lid from the unlocking position into the locking position, moves in the circumferential direction relatively to an obstacle, runs over the obstacle to reach the locking position and engages behind the obstacle in a form-fitting manner when the locking position is reached, characterised in that the obstacle has a ramped side which radially displaces the latching hook during the running over. - a filter housing, which contains an accommodation space, - an annular filter element, which is inserted into the accommodation space, - a lid for closing the accommodation space, - wherein the lid is releasably fastened to the filter housing with the aid of a bayonet closure, so that the lid can be axially inserted into a lid receptacle formed on the filter housing and can be rotated in the inserted state between an unlocking position and a locking position, - wherein a securing device secures the lid, which is rotated into the locking position, against being rotated back into the unlocking position, - wherein the securing device has a latching hook which is resilient in the radial direction and which, during the rotation of the lid from the unlocking position into the locking position, moves in the circumferential direction relatively to an obstacle, runs over the obstacle to reach the locking position and engages behind the obstacle in a form-fitting manner when the locking position is reached,
A mixing apparatus, comprising a mixing container disposed in an upper part of the mixing apparatus, preferably standing on a frame, which mixing container is open towards the top or can be closed with a cover and has a single-shaft agitator disposed in a lower part of the mixing apparatus, which agitator has a vertically disposed agitator shaft to which is fastened an agitating tool configured as a rotor body, disposed in said mixing container just above the container base, wherein the single-shaft agitator is configured as a statorless agitator and the rotor body fastened to the agitator shaft is surrounded by an external free space disposed between the rotor body and the container wall of the mixing container and the agitator shaft and the external free space has a variable cross-section along its circumference, at least in sections and wherein in the mixing apparatus the container wall is designed to be cylindrical and the agitator shaft is disposed parallel to and at a distance from the cylinder axis, characterized in that the agitator shaft is variable in its distance from the cylinder axis of the cylindrical container.
Method for producing a permanent magnet from a powder compact made of mechanically pre-compressed magnet powder by hot pressing in a press mould, in which the powder compact and/or the press mould is/are coated, prior to hot pressing, with a mould release agent in order to prevent the powder compact adhering to the press mould, wherein the mould release agent is not electrically conductive and is made of a ceramic material or contains a ceramic material, characterized in that the mould release agent is applied electrostatically to the powder compact and/or to the press mould.
Rotary nozzle valve, comprising a rotary nozzle housing having: - a valve frame, - a valve body disposed in the valve frame having several valve sliders disposed, alternatingly with separating elements, on a shaft, wherein from the separating elements adjacent to a valve slider together with the inner wall, located between the separating elements, of the valve frame is formed a valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5) which is fluid-tight with respect to the valve frame, - several fluid inlet openings (1.11, 1.12) for supplying a fluid, - several fluid outlet openings (1.13) for discharging the fluid, - at least one feed opening (2.7) ending in respectively one valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5) and - at least one drainage opening (2.8) beginning in respectively one valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5), characterised in that - the rotary nozzle housing is manufactured in 2-parts from semi-cylindrically shaped housing halves (1.1, 1.2), - the rotary nozzle housing has a channel system having fluid channels (7.1, 7.10) connecting the fluid inlet openings (1.11, 1.12) with the feed openings (2.7) and fluid channels (7.1, 7.11) connecting the fluid outlet openings (1.13) with the drainage openings (2.8), and - the channel system on the one hand of fluid channels (7.1) which as fluid channels (7.10) extend axially into the two housing halves (1.1, 1.2), and on the other hand of fluid channels (7.1) which starting from the axially extending fluid channels (7.10) end as fluid channels (7.11) radially extending in a valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5). - a valve frame, - a valve body disposed in the valve frame having several valve sliders disposed, alternatingly with separating elements, on a shaft, wherein from the separating elements adjacent to a valve slider together with the inner wall, located between the separating elements, of the valve frame is formed a valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5) which is fluid-tight with respect to the valve frame, - several fluid inlet openings (1.11, 1.12) for supplying a fluid, - several fluid outlet openings (1.13) for discharging the fluid, - at least one feed opening (2.7) ending in respectively one valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5) and - at least one drainage opening (2.8) beginning in respectively one valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5), - the rotary nozzle housing is manufactured in 2-parts from semi-cylindrically shaped housing halves (1.1, 1.2), - the rotary nozzle housing has a channel system having fluid channels (7.1, 7.10) connecting the fluid inlet openings (1.11, 1.12) with the feed openings (2.7) and fluid channels (7.1, 7.11) connecting the fluid outlet openings (1.13) with the drainage openings (2.8), and - the channel system on the one hand of fluid channels (7.1) which as fluid channels (7.10) extend axially into the two housing halves (1.1, 1.2), and on the other hand of fluid channels (7.1) which starting from the axially extending fluid channels (7.10) end as fluid channels (7.11) radially extending in a valve slider chamber (2.1, 2.2, 2.3, 2.4, 2.5).
Sub-epidermal electric warning device for notification or alarming a patient in cases of abnormal values for physiologic or analytical parameters or failure of treatment devices requiring an intervention, the device having electrodes configured to penetrate through the patient's epidermis into the sub-epidermal tissue and a DC pulse generator to generate an electric warning signal which is transmitted to the sub-epidermal tissue by the electrodes, characterized in that the DC pulse generator comprises a circuitry (15, 16, 17) with a DC source having positive and negative poles, the circuitry configured to rapid switch-on of the DC source and thereafter rapidly switching to the negative pole of this DC source, whereby by this rapid switching the electrodes from the positive to the negative poles of the DC source, bipolar current pulses of alternating positive and negative polarity are generated in the sub-epidermal tissue having peaks of a positive polarity at switch-on of the DC source and of negative polarity at switch-off and rapid switching to the negative pole of this DC source.
A method for notifying a network domain, comprising: receiving, by an Access Point, AP, a service request message sent by a user equipment, UE; inserting, by the AP, a preset voice data packet into a user plane before a conversation to indicate the user of the UE that a network domain that covers the UE currently is an AP domain, when it is determined that a current signaling connection is a circuit switched, CS, connection according to the service request message. receiving, by an Access Point, AP, a service request message sent by a user equipment, UE; inserting, by the AP, a preset voice data packet into a user plane before a conversation to indicate the user of the UE that a network domain that covers the UE currently is an AP domain, when it is determined that a current signaling connection is a circuit switched, CS, connection according to the service request message.
A luggage compartment of an electric traction vehicle, comprising: - a floor; - an electric/electronic unit for recharging a battery pack; - a support structure comprising: a) a frame which carries said electric/electronic unit in a fixed position; b) an attachment portion arranged in front of said frame and fixed to said floor; c) a deformable portion interposed between said attachment portion and said frame and adapted to bend about an axis which is horizontal and is transverse to a horizontal advancement direction of the vehicle; characterized in that the luggage compartment further comprises: - a pushing element fixed with respect to said floor and comprising a support surface; wherein said support structure comprises a lower surface which rests on said support surface so as to be pushed upwards when said pushing element moves towards said axis in the event of an accident. - a floor; - an electric/electronic unit for recharging a battery pack; - a support structure comprising: a) a frame which carries said electric/electronic unit in a fixed position; b) an attachment portion arranged in front of said frame and fixed to said floor; c) a deformable portion interposed between said attachment portion and said frame and adapted to bend about an axis which is horizontal and is transverse to a horizontal advancement direction of the vehicle; characterized in that the luggage compartment further comprises: a) a frame which carries said electric/electronic unit in a fixed position; b) an attachment portion arranged in front of said frame and fixed to said floor; c) a deformable portion interposed between said attachment portion and said frame and adapted to bend about an axis which is horizontal and is transverse to a horizontal advancement direction of the vehicle; - a pushing element fixed with respect to said floor and comprising a support surface;
Metal strip leveler, said strip having a thickness (e) subject to a stress profile, said leveler comprising: - a row of upper rolls (1, 3, 5, 7, 9,...) and a row of lower rolls (2, 4, 6, 8, 10,...), - the axes of the upper and lower rolls are parallel, longitudinally offset in a pass-line direction (lp) and offset in height, in order to form an undulating path of the strip between the rolls by means of the vertical penetration of said rolls, characterized in that at least two upper rolls (1, 3, 5, 7) and two lower rolls (2, 4, 6, 8) are arranged respectively above and below the pass line such as to form three vertical penetration gaps, said gaps having a profile of non-linear penetration values (Imbr) that is either convex or concave with respect to a profile of linear penetration values (Imbr_lin) in the pass-line direction. - a row of upper rolls (1, 3, 5, 7, 9,...) and a row of lower rolls (2, 4, 6, 8, 10,...), - the axes of the upper and lower rolls are parallel, longitudinally offset in a pass-line direction (lp) and offset in height, in order to form an undulating path of the strip between the rolls by means of the vertical penetration of said rolls, characterized in that