mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for earthing a DC intermediate link (12, 13) connected to a converter (6, 7, 14, 15) on board a track-bound vehicle, characterized in that it is configured to be permanently arranged on board a track-bound vehicle and comprises: • two conducting members (23, 24) configured to have one end (25, 26) permanently connected to a pole each of a said DC intermediate link and the other end (27, 28) connected to • a first contact member (29, 30) each configured to be movably arranged with respect to • second contact members (35, 36) permanently connected to a chassis part of the vehicle connected to earth, in which the first contact members (29, 30) are movable with respect to the second contact members (35, 36) between an open position not earthing said DC intermediate link (12, 13) and a contacting closed position earthing the DC intermediate link, • a handle connected to the first or second contact members while being electrically insulated with respect thereto to be manually operated for moving the contact members connected thereto between a position of not earthing and a position of earthing the DC intermediate link, a member fixed with respect to said chassis part, • a carrier onto which both contact members (29, 30) connected to the handle are arranged and which is guidedly displaceable along said member. • two conducting members (23, 24) configured to have one end (25, 26) permanently connected to a pole each of a said DC intermediate link and the other end (27, 28) connected to • a first contact member (29, 30) each configured to be movably arranged with respect to • second contact members (35, 36) permanently connected to a chassis part of the vehicle connected to earth, in which the first contact members (29, 30) are movable with respect to the second contact members (35, 36) between an open position not earthing said DC intermediate link (12, 13) and a contacting closed position earthing the DC intermediate link, • a handle connected to the first or second contact members while being electrically insulated with respect thereto to be manually operated for moving the contact members connected thereto between a position of not earthing and a position of earthing the DC intermediate link, a member fixed with respect to said chassis part, • a carrier onto which both contact members (29, 30) connected to the handle are arranged and which is guidedly displaceable along said member.
A cleaning apparatus comprising: a brush (51, 52) that is configured to contact a transfer member and to clean and remove toner existing on the transfer member; a constant current type voltage applying means that is configured to apply voltage to the brush (51, 52); a voltage measuring means that is configured to measure voltage applied to the brush (51, 52) at the nip (NP1, NP2) formed by the brush (51, 52) and the transfer member contacting each other; a determining means that is configured to determine whether the voltage measured by the voltage measuring means is lower than a predetermined threshold; and a controlling means that is configured to control the voltage applied to the brush (51, 52) by changing bias current of the voltage applying means, wherein the transfer member has a sheet contact area contacting a sheet on the transfer member and an inter-sheet area other than the sheet contact area on the transfer member, characterized in that: the control means is configured to, in a case where the determining means determines that the voltage measured by the voltage measuring means is lower than the predetermined threshold control the voltage applied to the brush (51, 52) so as to exceed the predetermined threshold by changing the bias current when the sheet contact area passes through the nip (NP1, NP2), and configured to set, on a polarity side opposite to a normal charge polarity of the toner, a value of the bias current when the sheet contact area passes through the nip (NP1, NP2) larger than the bias current when the inter-sheet area passes the nip (NP1, NP2). a brush (51, 52) that is configured to contact a transfer member and to clean and remove toner existing on the transfer member; a constant current type voltage applying means that is configured to apply voltage to the brush (51, 52); a voltage measuring means that is configured to measure voltage applied to the brush (51, 52) at the nip (NP1, NP2) formed by the brush (51, 52) and the transfer member contacting each other; a determining means that is configured to determine whether the voltage measured by the voltage measuring means is lower than a predetermined threshold; and a controlling means that is configured to control the voltage applied to the brush (51, 52) by changing bias current of the voltage applying means, wherein the transfer member has a sheet contact area contacting a sheet on the transfer member and an inter-sheet area other than the sheet contact area on the transfer member, characterized in that: the control means is configured to, in a case where the determining means determines that the voltage measured by the voltage measuring means is lower than the predetermined threshold control the voltage applied to the brush (51, 52) so as to exceed the predetermined threshold by changing the bias current when the sheet contact area passes through the nip (NP1, NP2), and configured to set, on a polarity side opposite to a normal charge polarity of the toner, a value of the bias current when the sheet contact area passes through the nip (NP1, NP2) larger than the bias current when the inter-sheet area passes the nip (NP1, NP2).
A recycling method for waste water containing slurry from a semi-conductor treatment process, in particular from a chemico-mechanical polishing process, comprising the following method steps: - a filtration step in which fresh waste water containing slurry is continuously passed to a circulation container, while mixed waste water is continuously extracted from the circulation container, the extracted mixed water is passed through an ultrafiltration device and thereby concentrated to produce concentrated waste water by means of withdrawal of liquid, and the concentrated waste water is passed into the circulation container and mixes with the content of the circulation container, in order to obtain the mixed waste water; and - a concentration step that follows the filtration step, in terms of time, in which the supply of fresh waste water to the circulation container is reduced or shut off, while mixed waste water is continuously extracted from the circulation container, the extracted mixed water is passed through the ultrafiltration device and thereby concentrated to produce concentrated waste water by means of withdrawal of liquid, and the concentrated waste water is passed into the circulation container until a solids concentration in the circulation container reaches a predetermined high concentration threshold, whereupon the mixed waste water is extracted from the circulation container as recycling slurry, in a filling step that follows, in terms of time, and wherein an agglomeration inhibitor is metered in only during the course of the concentration step. - a filtration step in which fresh waste water containing slurry is continuously passed to a circulation container, while mixed waste water is continuously extracted from the circulation container, the extracted mixed water is passed through an ultrafiltration device and thereby concentrated to produce concentrated waste water by means of withdrawal of liquid, and the concentrated waste water is passed into the circulation container and mixes with the content of the circulation container, in order to obtain the mixed waste water; and - a concentration step that follows the filtration step, in terms of time, in which the supply of fresh waste water to the circulation container is reduced or shut off, while mixed waste water is continuously extracted from the circulation container, the extracted mixed water is passed through the ultrafiltration device and thereby concentrated to produce concentrated waste water by means of withdrawal of liquid, and the concentrated waste water is passed into the circulation container until a solids concentration in the circulation container reaches a predetermined high concentration threshold, whereupon the mixed waste water is extracted from the circulation container as recycling slurry, in a filling step that follows, in terms of time,
A decorative sheet comprising: a base sheet; a decorative layer; and a surface protective layer, wherein the decorative layer contains a composite oxide containing at least manganese and has a thickness of 0.7 to 13 μm, wherein a composite oxide content in the decorative layer based on the solids content is 30% to 75% by mass, and wherein the surface protective layer constitutes the outermost layer of the decorative sheet. a base sheet; a decorative layer; and a surface protective layer, wherein the decorative layer contains a composite oxide containing at least manganese and has a thickness of 0.7 to 13 μm, wherein a composite oxide content in the decorative layer based on the solids content is 30% to 75% by mass, and wherein the surface protective layer constitutes the outermost layer of the decorative sheet.
A system for generating a variable frequency power output from energy provided by rotation of an input shaft; wherein the system comprises a variable frequency generator motor arrangement (1,2,3) comprising a permanent magnet generator to receive rotation of the input shaft, an exciter, and a main generator, the variable frequency output being provided by the output of the main generator; the system further comprising apparatus for controlling the excitation current of the variable frequency generator driven by a rotator shaft, said apparatus comprising: means for generating a voltage-regulated DC link voltage that decreases non-linearly with increasing speed of the rotating shaft; and means for deriving, from the DC link voltage, a controlled current for injection into the variable frequency generator; and wherein the apparatus for controlling the excitation current of the variable frequency generator receives excitation signals from the permanent magnet generator and outputs controlled exciter signals which are injected into the exciter. means for generating a voltage-regulated DC link voltage that decreases non-linearly with increasing speed of the rotating shaft; and means for deriving, from the DC link voltage, a controlled current for injection into the variable frequency generator; and wherein the apparatus for controlling the excitation current of the variable frequency generator receives excitation signals from the permanent magnet generator and outputs controlled exciter signals which are injected into the exciter.
A fluid transport driving unit comprising: a driving section that causes a drive mechanism to operate to transport fluid filling a transport path of an attached fluid transport cartridge to a discharge opening of the transport path; a receiving section that receives a characteristic value measured in advance for each of a plurality of the fluid transport cartridges; and a control section that controls the driving section based on the characteristic values received by the receiving section, wherein the characteristic values are correction values for correcting variation based on individual differences among elastic tubes for forming the transport path, characterized in that the driving section is a cam body that moves a pressing pin pressing the elastic tube from the outside, and the control section controls a rotation amount of the cam body based on the correction values, wherein the fluid transport driving unit comprises a position fixing member that houses the cam body, is shaped as an arc relative to a rotational center of the cam body, and fixes a position relative to the fluid transport cartridge. a driving section that causes a drive mechanism to operate to transport fluid filling a transport path of an attached fluid transport cartridge to a discharge opening of the transport path; a receiving section that receives a characteristic value measured in advance for each of a plurality of the fluid transport cartridges; and a control section that controls the driving section based on the characteristic values received by the receiving section, wherein the characteristic values are correction values for correcting variation based on individual differences among elastic tubes for forming the transport path, characterized in that the driving section is a cam body that moves a pressing pin pressing the elastic tube from the outside, and the control section controls a rotation amount of the cam body based on the correction values, wherein the fluid transport driving unit comprises a position fixing member that houses the cam body, is shaped as an arc relative to a rotational center of the cam body, and fixes a position relative to the fluid transport cartridge.
A method for monitoring mobile device behaviors in a mobile device, comprising: receiving in a mobile device processor a behavior model from an application download service, the received behavior model including an initial feature set identifying factors and data points most relevant to enabling the mobile device processor to better determine whether a mobile device behavior is benign; installing the received behavior model in the mobile device in conjunction with an existing behavior analyzer engine installed in the mobile device; and using the installed behavior model to monitor one or more mobile device behaviors; further comprising: dynamically determining suspicious behaviors to observe in greater detail; recursively increasing the granularity of the observations and collecting additional behavior information if it is determined that a behavior is suspicious; and applying behavior models including progressively larger feature sets. receiving in a mobile device processor a behavior model from an application download service, the received behavior model including an initial feature set identifying factors and data points most relevant to enabling the mobile device processor to better determine whether a mobile device behavior is benign; installing the received behavior model in the mobile device in conjunction with an existing behavior analyzer engine installed in the mobile device; and using the installed behavior model to monitor one or more mobile device behaviors; further comprising: dynamically determining suspicious behaviors to observe in greater detail; recursively increasing the granularity of the observations and collecting additional behavior information if it is determined that a behavior is suspicious; and applying behavior models including progressively larger feature sets. dynamically determining suspicious behaviors to observe in greater detail; recursively increasing the granularity of the observations and collecting additional behavior information if it is determined that a behavior is suspicious; and applying behavior models including progressively larger feature sets.
An apparatus for combining milk flows comprising: a base body (110; 210; 310) having a plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) formed therein, wherein a first flow channel (121A; 221A; 321A) and a second flow channel (121B; 221B; 321B) are routed independently of each other, and a third flow channel (121C; 221C; 321C) is provided, in which the first flow channel (121A; 221A; 321A) and the second flow channel (121B; 221B; 321B) converge while avoiding a reversal of the flow direction by 180° and formation of a wake space, a first connector (120A; 220A, 320A) formed on the base body (110; 210; 310) which is to be connected to a milk line of a first teat cup and opens into the first flow channel (121A; 221A; 321A), a second connector (120B; 220B, 320B) formed on the base body (110; 210; 310) which is to be connected to a milk line of a second teat cup and opens into the second flow channel (121B; 221B; 321B), and a flow switching device (150; 250A, 250B; 350A, 350B) configured for pressure-dependent switching of at least one flow channel of said plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) by inhibiting the flow therein in a predetermined range of an negative operating pressure applied to said third flow channel (121C; 221C; 321C),when a equalization of pressure with respect to the outside atmosphere in the at least one flow channel occurs, and cancelling the inhibition of the flow upon the formation of a negative pressure which is within the predetermined range. a base body (110; 210; 310) having a plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) formed therein, wherein a first flow channel (121A; 221A; 321A) and a second flow channel (121B; 221B; 321B) are routed independently of each other, and a third flow channel (121C; 221C; 321C) is provided, in which the first flow channel (121A; 221A; 321A) and the second flow channel (121B; 221B; 321B) converge while avoiding a reversal of the flow direction by 180° and formation of a wake space, a first connector (120A; 220A, 320A) formed on the base body (110; 210; 310) which is to be connected to a milk line of a first teat cup and opens into the first flow channel (121A; 221A; 321A), a second connector (120B; 220B, 320B) formed on the base body (110; 210; 310) which is to be connected to a milk line of a second teat cup and opens into the second flow channel (121B; 221B; 321B), and a flow switching device (150; 250A, 250B; 350A, 350B) configured for pressure-dependent switching of at least one flow channel of said plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) by inhibiting the flow therein in a predetermined range of an negative operating pressure applied to said third flow channel (121C; 221C; 321C),when a equalization of pressure with respect to the outside atmosphere in the at least one flow channel occurs, and cancelling the inhibition of the flow upon the formation of a negative pressure which is within the predetermined range.
A gas fired infrared radiation emitter comprising a burner plate, said burner plate acting as combustion surface, and a radiant screen positioned at the combustion side of said burner plate, wherein said radiant screen is embossed providing at the embossment or embossments different distances between said burner plate and said radiant screen compared to the distance between said burner plate and said radiant screen at the non-embossed part of said radiant screen, wherein the radiant screen is a metal grid or a woven wire mesh.
Method for temporary coating of cavities, which are at least partially running through a semiconductor substrate and provided for a permanent coating and/or equipping, with a temporarily applied coating material on the side walls and on the bottom of the cavities before processing steps for processing at least one surface of the semiconductor substrate, wherein the coating material is formed from a high-adhesive part, which adheres to the surface of the cavities, and a for contaminants low-adhesive part, which points into the interior of the cavities and comes into contact with the contaminants, wherein the coating material is applied in the case of the coating in addition at intermediate surfaces of the semiconductor substrate running between the cavities, wherein the coating material is removed at the intermediate surfaces after the coating without removing the coating material applied in the cavities, wherein the coating material is removed at the intermediate surfaces at least partially by centrifuging,
A method implemented in a first user equipment, the method comprising: generating a first intermediate address for device to device communication, wherein generating the first intermediate address includes: applying a first function to a first part of a first identifier, and applying a second function to (i) a second part of the first identifier and (ii) the output of the first function applied to the first part of the first identifier, wherein the first intermediate address is the output of the second function, and a number of bits included in the first intermediate address is less than a number of bits included in the first identifier; and transmitting a data packet using the first intermediate address by: (i) applying a first address mechanism to the first part of the first intermediate address, and (ii) applying a second address mechanism to the second part of the first intermediate address. generating a first intermediate address for device to device communication, wherein generating the first intermediate address includes: applying a first function to a first part of a first identifier, and applying a second function to (i) a second part of the first identifier and (ii) the output of the first function applied to the first part of the first identifier, wherein the first intermediate address is the output of the second function, and a number of bits included in the first intermediate address is less than a number of bits included in the first identifier; and applying a first function to a first part of a first identifier, and applying a second function to (i) a second part of the first identifier and (ii) the output of the first function applied to the first part of the first identifier, wherein the first intermediate address is the output of the second function, and a number of bits included in the first intermediate address is less than a number of bits included in the first identifier; and transmitting a data packet using the first intermediate address by: (i) applying a first address mechanism to the first part of the first intermediate address, and (ii) applying a second address mechanism to the second part of the first intermediate address. (i) applying a first address mechanism to the first part of the first intermediate address, and (ii) applying a second address mechanism to the second part of the first intermediate address.
Adhesive compound containing: - at least one multi-arm vinyl aromatic block copolymer, wherein the multi-arm vinyl aromatic block copolymer contains more than 10 side arms; - at least one adhesive resin; - at least one auxiliary crosslinking agent, wherein the auxiliary crosslinking agent is a diacrylate monomer, triacrylate monomer, tetraacrylate monomer or a higher-numbered acrylate monomer, preferably a trimethylolpropane triacrylate; and - an anti-aging agent and/or a UV protection agent. - at least one multi-arm vinyl aromatic block copolymer, wherein the multi-arm vinyl aromatic block copolymer contains more than 10 side arms; - at least one adhesive resin; - at least one auxiliary crosslinking agent, wherein the auxiliary crosslinking agent is a diacrylate monomer, triacrylate monomer, tetraacrylate monomer or a higher-numbered acrylate monomer, preferably a trimethylolpropane triacrylate; and - an anti-aging agent and/or a UV protection agent.