mhurhangee/patent-ind-claim-en huggingface dataset:
Window opening for stock, comprising an aperture which is framed by framing edges and which extends along a longitudinal axis (X) defining its width and at least one transverse axis (Y) defining its height, which opening comprises at least one covering flap (7, 8, 9, 10; 7', 8', 9', 10') connected to at least one of the edges (3-6) of said opening by connecting means, and varying means for varying the light intensity of at least one visual interaction portion of the aperture that is intended to be facing a user, said varying means being configured for passing the flap (7, 8, 9, 10; 7', 8', 9', 10') at least from a position moved clear of the height of said visual interaction portion of the aperture to a position for at least partially covering said visual interaction portion , wherein at least one part of the flap (7, 8, 9, 10; 7', 8', 9', 10') extends over the height of the aperture in its moved-clear position, and wherein the connecting means comprise: • at least two rails, respectively an upper rail and a lower rail , extending longitudinally at least over the width of the aperture and secured facing one another at the edges, respectively an upper edge and a lower edge , of the window opening , and • at least one guide axle (15, 16, 23, 24; 15', 16', 23', 24') which is parallel to the transverse axis (Y) and on which the considered flap (7, 8, 9, 10; 7', 8', 9', 10') is mounted, the opposite ends (17, 18, 25, 26; 17', 18', 25', 26') of said guide axle (15, 16, 23, 24; 15', 16', 23', 24') cooperating in translation with the two respective rails , the two rails and the guide axle forming all or part of the varying means for varying the light intensity of the visual interaction portion of the aperture , and wherein the flap (9, 10; 9', 10') is mounted so as to pivot about the guide axle (15, 15', 23, 23'; 16, 16', 24, 24') thereof. • at least two rails, respectively an upper rail and a lower rail , extending longitudinally at least over the width of the aperture and secured facing one another at the edges, respectively an upper edge and a lower edge , of the window opening , and • at least one guide axle (15, 16, 23, 24; 15', 16', 23', 24') which is parallel to the transverse axis (Y) and on which the considered flap (7, 8, 9, 10; 7', 8', 9', 10') is mounted, the opposite ends (17, 18, 25, 26; 17', 18', 25', 26') of said guide axle (15, 16, 23, 24; 15', 16', 23', 24') cooperating in translation with the two respective rails ,
Floor sander , comprising a housing having an internal space which is open to one side; a holding plate , mounted rotatable in the internal space, for receiving an abradant; and a drive device formed to set the holding plate in rotation; the housing having: an inner dust sealing ring having at least one recess ; at least one suction opening arranged in the outer portion; and an outer dust sealing ring which encloses the internal space; the internal dust sealing ring subdividing the internal space into an inner portion and an outer portion; the holding plate being arranged in the inner portion; characterised in that the inner dust sealing ring and outer dust sealing ring are arranged so as to define a shared working plane parallel to the plane of rotation of the holding plate in such a way that during operation of the floor sander both the abradant fixed to the holding plate and the inner dust sealing ring and outer dust sealing ring are positioned against the surface to be machined. a housing having an internal space which is open to one side; a holding plate , mounted rotatable in the internal space, for receiving an abradant; and a drive device formed to set the holding plate in rotation; the housing having: an inner dust sealing ring having at least one recess ; at least one suction opening arranged in the outer portion; and an outer dust sealing ring which encloses the internal space; the internal dust sealing ring subdividing the internal space into an inner portion and an outer portion; the holding plate being arranged in the inner portion; characterised in that the inner dust sealing ring and outer dust sealing ring are arranged so as to define a shared working plane parallel to the plane of rotation of the holding plate in such a way that during operation of the floor sander both the abradant fixed to the holding plate and the inner dust sealing ring and outer dust sealing ring are positioned against the surface to be machined. an inner dust sealing ring having at least one recess ; at least one suction opening arranged in the outer portion; and an outer dust sealing ring which encloses the internal space; the internal dust sealing ring subdividing the internal space into an inner portion and an outer portion; the holding plate being arranged in the inner portion; characterised in that the inner dust sealing ring and outer dust sealing ring are arranged so as to define a shared working plane parallel to the plane of rotation of the holding plate in such a way that during operation of the floor sander both the abradant fixed to the holding plate and the inner dust sealing ring and outer dust sealing ring are positioned against the surface to be machined.
A method for carrying out an integrity test on a filter element that is designed as a sterile filter element with a hydrophobic membrane, comprising the steps: - at the input side, adding an aqueous fluid to at least one container in which a filter element (F) to be tested is arranged, - adjusting the pressure of the fluid in the container to a predetermined specific test pressure, wherein compression of the filter element (F) starts, - maintaining the specific test pressure in the container during the controlled replenishment of fluid in the container , - determining a forecast and/or estimated integrity parameter for the filter element (F) depending on the controlled replenishment of fluid in the container before a continuous volumetric flow of fluid occurs that is needed to maintain the specific test pressure in the container , wherein the integrity parameter is ascertained while the filter element (F) is being compressed and before the filter element (F) is compressed, - drawing a conclusion as to whether the forecast and/or estimated integrity parameter will or will not lie below a filter-specific and/or predefined integrity limit value for the filter type of the filter element before the filter element (F) is compressed; wherein the integrity parameter depends on at least one characteristic of a change in the volumetric flow of the fluid that is needed to maintain the specific test pressure in the container . - at the input side, adding an aqueous fluid to at least one container in which a filter element (F) to be tested is arranged, - adjusting the pressure of the fluid in the container to a predetermined specific test pressure, wherein compression of the filter element (F) starts, - maintaining the specific test pressure in the container during the controlled replenishment of fluid in the container , - determining a forecast and/or estimated integrity parameter for the filter element (F) depending on the controlled replenishment of fluid in the container before a continuous volumetric flow of fluid occurs that is needed to maintain the specific test pressure in the container , wherein the integrity parameter is ascertained while the filter element (F) is being compressed and before the filter element (F) is compressed, - drawing a conclusion as to whether the forecast and/or estimated integrity parameter will or will not lie below a filter-specific and/or predefined integrity limit value for the filter type of the filter element before the filter element (F) is compressed;
An assembly comprising: - a cylinder block having a plurality of recesses extending radially around a central axis (X-X), and leading to an outer periphery of the cylinder block , - a plurality of pistons , each disposed in a recess of the cylinder block having a cylinder-of-revolution cross section around a piston axis extending radially around the central axis (X-X), and mounted sliding radially relative to the central axis (X-X), each of said pistons having a body and a crown suited to come into contact with a multi-lobe cam, the crown having the shape of a cylinder of revolution and two planar ends each in a plane perpendicular to the central axis (X-X) and defining guide surfaces, - a holding element extending over all or a part of the outer periphery of the cylinder block , the holding element comprising a plurality of guide portions , each partially blocking a recess of the cylinder block , so as to come into contact with a planar end of the crown of a piston so as to accomplish the guiding in translation of each of the pistons in their respective recesses , characterized in that the holding element comprises two indexing means cooperating with two indexing means of the cylinder block so as to hold the holding element under a traction force when positioned around the cylinder block . - a cylinder block having a plurality of recesses extending radially around a central axis (X-X), and leading to an outer periphery of the cylinder block , - a plurality of pistons , each disposed in a recess of the cylinder block having a cylinder-of-revolution cross section around a piston axis extending radially around the central axis (X-X), and mounted sliding radially relative to the central axis (X-X), each of said pistons having a body and a crown suited to come into contact with a multi-lobe cam, the crown having the shape of a cylinder of revolution and two planar ends each in a plane perpendicular to the central axis (X-X) and defining guide surfaces, - a holding element extending over all or a part of the outer periphery of the cylinder block , the holding element comprising a plurality of guide portions , each partially blocking a recess of the cylinder block , so as to come into contact with a planar end of the crown of a piston so as to accomplish the guiding in translation of each of the pistons in their respective recesses ,
A complex ester of general formula obtainable by the esterification of sebacic acid with two partial esters R 1 OH and R 2 OH, each of which comprises at least one ester linkage with fatty acids, wherein the fatty acids, when saturated, have at most 10 carbon atoms, wherein unsaturated fatty acids having from 6 to 28 carbon atoms are employed, wherein the molar ratio of fatty acids to sebacic acid is lower than 10:1, but at least 1:1, wherein said partial esters R 1 OH and R 2 OH are independently obtainable by the esterification of polyols selected from the group consisting of trimethylolpropane, ditrimethylolpropane, neopentyl glycol, pentaerythritol, dipentaerythritol, glycerol, or mixtures thereof. obtainable by the esterification of sebacic acid with two partial esters R 1 OH and R 2 OH, each of which comprises at least one ester linkage with fatty acids, wherein the fatty acids, when saturated, have at most 10 carbon atoms, wherein unsaturated fatty acids having from 6 to 28 carbon atoms are employed, wherein the molar ratio of fatty acids to sebacic acid is lower than 10:1, but at least 1:1, wherein said partial esters R 1 OH and R 2 OH are independently obtainable by the esterification of polyols selected from the group consisting of trimethylolpropane, ditrimethylolpropane, neopentyl glycol, pentaerythritol, dipentaerythritol, glycerol, or mixtures thereof.
Blood treatment apparatus having an extracorporeal circuit and a dialyzate circuit as well as a dialyzer which comprises a blood-side chamber and a dialyzate-side chamber which is separated from the blood-side chamber by a membrane, wherein the blood-side chamber is in fluid communication with the extracorporeal circuit and the dialyzate chamber is in fluid communication with the dialyzate circuit, and having a preparation unit for the online preparation of a solution, characterized in that the blood treatment apparatus comprises first means for carrying out a priming mode, and second means for carrying out an initial treatment mode, wherein the first means are configured such that they control the preparation unit such that a flushing solution having a pH of ≥ 7.3, and preferably of ≥ 7.4, is prepared and such that the extracorporeal circuit is filled with this flushing solution, and the second means are configured such that they control the preparation unit such that dialyzate having a pH of ≥ 7.3, and preferably of ≥ 7.4, is prepared, and such that the dialyzate circuit is filled with this dialyzate, wherein the blood treatment apparatus comprises a control or regulation unit which operates the first means before the second means, wherein the preparation unit comprises conveying means for conveying bicarbonate and in particular a concentrate containing bicarbonate; and in that the conveying means are configured such that they carry out the setting of the pH by means of the conveying of bicarbonate, and wherein the blood treatment apparatus comprises third means for carrying out a treatment mode following the initial treatment mode, wherein the third means are configured such that they control the preparation unit such that the dialyzate is matched in its composition to a prescribed composition, wherein the control or regulation unit is configured such that the third means are operated after the second means.
A rotating machine , comprising: a first machine portion ; a second machine portion ; and a rotating machine portion including a rotor shaft connecting the first machine portion to the second machine portion ; wherein the rotor shaft includes one or more cooling channels for providing cooling air to the second machine portion , the one or more cooling channels being in fluid communication between the first machine portion and the second machine portion , the cooling air being provided to the one or more cooling channels from the first machine portion ; wherein one or more particle separation slots included in the rotor shaft fluidly connect one or more of the one or more cooling channels to a cavity surrounding the rotor shaft , the particle separation slots being arranged and disposed to facilitate flow of a portion of the cooling air to the cavity and to urge particles into the particle separation slots , the flow of the particles being by centrifugal forces provided by the rotating rotor shaft ; and wherein the one or more particle separation slots divert between about 1 vol. % and about 10 vol. % of cooling air from the one or more cooling channels to the cavity . a first machine portion ; a second machine portion ; and a rotating machine portion including a rotor shaft connecting the first machine portion to the second machine portion ; wherein the rotor shaft includes one or more cooling channels for providing cooling air to the second machine portion , the one or more cooling channels being in fluid communication between the first machine portion and the second machine portion , the cooling air being provided to the one or more cooling channels from the first machine portion ; wherein one or more particle separation slots included in the rotor shaft fluidly connect one or more of the one or more cooling channels to a cavity surrounding the rotor shaft , the particle separation slots being arranged and disposed to facilitate flow of a portion of the cooling air to the cavity and to urge particles into the particle separation slots , the flow of the particles being by centrifugal forces provided by the rotating rotor shaft ; and wherein the one or more particle separation slots divert between about 1 vol. % and about 10 vol. % of cooling air from the one or more cooling channels to the cavity .
A data sharing system, comprising: a first data processing circuitry configured to store user-specific data of a user ; at least one second data processing circuitry configured to store access rights of an external entity to access the user-specific data stored on the first data processing circuitry ; an interface between the first data processing circuitry and the second data processing circuitry configured to communicate the access rights from the second data processing circuitry to the first data processing circuitry ; a user interface configured to authenticate the user to the second data processing circuitry for modifying the access rights; and an interface (130") between the first data processing circuitry and the external entity configured to communicate a portion of the user-specific data to the external entity in accordance with the access rights. a first data processing circuitry configured to store user-specific data of a user ; at least one second data processing circuitry configured to store access rights of an external entity to access the user-specific data stored on the first data processing circuitry ; an interface between the first data processing circuitry and the second data processing circuitry configured to communicate the access rights from the second data processing circuitry to the first data processing circuitry ; a user interface configured to authenticate the user to the second data processing circuitry for modifying the access rights; and an interface (130") between the first data processing circuitry and the external entity configured to communicate a portion of the user-specific data to the external entity in accordance with the access rights.
A control system of a detection system for measuring one or more conditions within a predetermined area comprising: a control unit having at least one processor for implementing an algorithm; at least one fiber harness , the at least one fiber harness having at least one fiber optic cable for transmitting light, the at least one fiber optic cable defining at least one node arranged to measure the one or more conditions; a sensor operably coupled to a plurality of said nodes , wherein the sensor includes a plurality of light sensitive devices adapted to receive scattered light associated with the plurality of nodes and generate signals corresponding to the scattered light; and a switch operably coupled to the sensor and to the control unit , the switch being adapted to selectively provide the signals from the light sensitive devices to the control unit for processing to determine at least one of a presence and magnitude of the condition within the predetermined area. a control unit having at least one processor for implementing an algorithm; at least one fiber harness , the at least one fiber harness having at least one fiber optic cable for transmitting light, the at least one fiber optic cable defining at least one node arranged to measure the one or more conditions; a sensor operably coupled to a plurality of said nodes , wherein the sensor includes a plurality of light sensitive devices adapted to receive scattered light associated with the plurality of nodes and generate signals corresponding to the scattered light; and a switch operably coupled to the sensor and to the control unit , the switch being adapted to selectively provide the signals from the light sensitive devices to the control unit for processing to determine at least one of a presence and magnitude of the condition within the predetermined area.
Reinforced shelf for metal shelving comprising at least a downside beam said beam having a shape of an upside-down omega comprising two vertical walls perpendicular to the shelf itself, and a horizontal wall parallel to the shelf itself, provided with a trimming to facilitate the assembly of the shelf and allow the passage and the support of an electric wiring , said trimming is obtained in each vertical wall and in the horizontal wall of said beams at a suitable distance from the downside of the shelf itself and characterized in that said wiring is supported in said at least a downside beam by a clip having an L-shaped transversal section.
An indoor unit for an air-conditioning apparatus including a plurality of outlets and wind direction plates which are configured to adjust wind directions of airflows blown outward from the respective outlets, an open-close status of each of the wind direction plates being settable from a remote control , the indoor unit comprising: control means , the control means being configured to put all of the wind direction plates of the indoor unit into a closed state, and subsequently let the open-close status of one of the wind direction plates be set from the remote control , perform control after completion of the setting such that the one wind direction plate is kept in the set open-close status, and let the open-close status of a different one of the wind direction plates be set from the remote control after the completion of the setting for the one wind direction plate . put all of the wind direction plates of the indoor unit into a closed state, and subsequently let the open-close status of one of the wind direction plates be set from the remote control , perform control after completion of the setting such that the one wind direction plate is kept in the set open-close status, and let the open-close status of a different one of the wind direction plates be set from the remote control after the completion of the setting for the one wind direction plate .
A compensation chuck for centrically clamping workpieces , comprising - a housing , - two pairs of mutually diametrally opposite base jaws (11a, c; 11b, d) for receiving corresponding clamping jaws, - a drive unit which is moveable, preferably by power clamping, and comprises two pairs of drivable entrainment members (23a, b; 25a, b), wherein - two adjacent entrainment members (23a, b) are coupled together by means of a first rocker and the two further adjacent entrainment members (25a, b) are coupled together by means of a second rocker , characterised by a coupling ring which guides a first entrainment member and a diametrally opposite second entrainment member in the peripheral direction tangentially relative to the clamping axis (A), wherein motion play is provided between the entrainment members and the coupling ring in the radial direction. - a housing , - two pairs of mutually diametrally opposite base jaws (11a, c; 11b, d) for receiving corresponding clamping jaws, - a drive unit which is moveable, preferably by power clamping, and comprises two pairs of drivable entrainment members (23a, b; 25a, b), wherein - two adjacent entrainment members (23a, b) are coupled together by means of a first rocker and the two further adjacent entrainment members (25a, b) are coupled together by means of a second rocker ,
A charging control apparatus , comprising: a first charging channel , configured to charge a plurality of cells coupled in series according to a charging signal provided by a first-type power supply device; a second charging channel , configured to charge a part of the plurality of cells according to a charging signal provided by a second-type power supply device; and an equalizing circuit , configured to equalize voltages of the plurality of cells during an operating process of the second charging channel . a first charging channel , configured to charge a plurality of cells coupled in series according to a charging signal provided by a first-type power supply device; a second charging channel , configured to charge a part of the plurality of cells according to a charging signal provided by a second-type power supply device; and an equalizing circuit , configured to equalize voltages of the plurality of cells during an operating process of the second charging channel .