mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a processor; a memory storing code executable by the processor to perform: directing an ON to OFF or OFF to ON High Frequency Injection, HFI, transition for a motor; determining compensation pulse voltages (175a-b) for an HFI compensation pulse; injecting a sum of the HFI compensation pulse and an HFI voltage (171a, 171b) into a current regulator voltage output signal for a compensation Pulse Width Modulation, PWM, cycle, wherein the HFI compensation pulse settles an HFI current to a steady state. a processor; a memory storing code executable by the processor to perform: directing an ON to OFF or OFF to ON High Frequency Injection, HFI, transition for a motor; determining compensation pulse voltages (175a-b) for an HFI compensation pulse; injecting a sum of the HFI compensation pulse and an HFI voltage (171a, 171b) into a current regulator voltage output signal for a compensation Pulse Width Modulation, PWM, cycle, wherein the HFI compensation pulse settles an HFI current to a steady state. directing an ON to OFF or OFF to ON High Frequency Injection, HFI, transition for a motor; determining compensation pulse voltages (175a-b) for an HFI compensation pulse; injecting a sum of the HFI compensation pulse and an HFI voltage (171a, 171b) into a current regulator voltage output signal for a compensation Pulse Width Modulation, PWM, cycle, wherein the HFI compensation pulse settles an HFI current to a steady state.
A sample holder system for a charged particle beam system having a sample chamber with a sample stage, comprising: a stage mount for being affixed to said stage, the stage mount including three mount alignment structures; a base plate including three plate alignment structures, each plate alignment structure on the base plate structured to mate with a corresponding mount alignment structure on the stage mount, which alignment structures determine the orientation, position and height of the base plate; a sample tray configured to be removably attachable onto the base plate, the sample tray having multiple positions for sample blocks, characterized by: a calibration standard holder secured to the stage mount and remaining on the stage mount as samples are changed in the charged particle beam system. a stage mount for being affixed to said stage, the stage mount including three mount alignment structures; a base plate including three plate alignment structures, each plate alignment structure on the base plate structured to mate with a corresponding mount alignment structure on the stage mount, which alignment structures determine the orientation, position and height of the base plate; a sample tray configured to be removably attachable onto the base plate, the sample tray having multiple positions for sample blocks, a calibration standard holder secured to the stage mount and remaining on the stage mount as samples are changed in the charged particle beam system.
A method in a cellular radio communications network including a core network coupled to a radio access network having multiple RAN nodes for communicating with mobile radio terminals, each of the multiple RAN nodes serving one or more cells, the method being characterized by: establishing that at least one cell associated with a first RAN node is in a restricted or reserved access state in which access to the one cell is restricted for at least some mobile radio terminals; the first RAN node sending a message to a second RAN node to inform the second RAN node of that restricted access cell; determining that the restricted status of the one cell has changed; generating a global message not related to a specific mobile terminal that includes information that the restricted status of the one cell has changed; and the first RAN node sending the global message to the second RAN node to inform the second RAN node of the change in the restricted status of the one cell. establishing that at least one cell associated with a first RAN node is in a restricted or reserved access state in which access to the one cell is restricted for at least some mobile radio terminals; the first RAN node sending a message to a second RAN node to inform the second RAN node of that restricted access cell; determining that the restricted status of the one cell has changed; generating a global message not related to a specific mobile terminal that includes information that the restricted status of the one cell has changed; and the first RAN node sending the global message to the second RAN node to inform the second RAN node of the change in the restricted status of the one cell.
A LED driver, comprising: a driver unit (10, 14) configured to deliver a current to a LED arrangement; a resistor arrangement configured to sense the current delivered and provide a feedback signal to the driver unit, wherein the feedback signal comprises a voltage across the resistor arrangement; and a fault detection unit, characterized in that the resistor arrangement comprises: a first current sensing branch comprising at least two series resistors (R1, R2) and a first sensing node; and a second current sensing branch, in parallel with the first current sensing branch, comprising at least two series resistors (R3, R4) and a second sensing node, wherein the first sensing node is a connection between two of the at least two series resistors (R1, R2) of the first current sensing branch and the second sensing node is a connection between two of the at least two series resistors (R3, R4) of the second current sensing branch, wherein the fault detection unit 15 is configured to process the voltages at the first and second sensing nodes to determine a component failure. a driver unit (10, 14) configured to deliver a current to a LED arrangement; a resistor arrangement configured to sense the current delivered and provide a feedback signal to the driver unit, wherein the feedback signal comprises a voltage across the resistor arrangement; and a fault detection unit, characterized in that the resistor arrangement comprises: a first current sensing branch comprising at least two series resistors (R1, R2) and a first sensing node; and a second current sensing branch, in parallel with the first current sensing branch, comprising at least two series resistors (R3, R4) and a second sensing node, wherein the first sensing node is a connection between two of the at least two series resistors (R1, R2) of the first current sensing branch and the second sensing node is a connection between two of the at least two series resistors (R3, R4) of the second current sensing branch, wherein the fault detection unit 15 is configured to process the voltages at the first and second sensing nodes to determine a component failure. a first current sensing branch comprising at least two series resistors (R1, R2) and a first sensing node; and a second current sensing branch, in parallel with the first current sensing branch, comprising at least two series resistors (R3, R4) and a second sensing node, wherein the first sensing node is a connection between two of the at least two series resistors (R1, R2) of the first current sensing branch and the second sensing node is a connection between two of the at least two series resistors (R3, R4) of the second current sensing branch, wherein the fault detection unit 15 is configured to process the voltages at the first and second sensing nodes to determine a component failure.
Apparatus, for use with a valve of a heart of a subject, the apparatus comprising: a prosthetic valve, comprising: a first frame, a second frame, and a valve member, disposed within the second frame; characterized by: a rod, transfemorally advanceable to the heart, and having a distal portion, with the first frame compressed around a first longitudinal site of the distal portion, and with the second frame compressed around a third longitudinal site of the distal portion in tandem with the first frame and articulatably coupled to the first frame; and an extracorporeal controller, coupled to a proximal portion of the rod, and operably coupled to the distal portion of the rod such that operating the extracorporeal controller bends the distal portion of the rod at at least a second longitudinal site of the distal portion, disposed between the first and third longitudinal sites, causing articulation between the first frame and the second frame. a first frame, a second frame, and a valve member, disposed within the second frame; a rod, transfemorally advanceable to the heart, and having a distal portion, with the first frame compressed around a first longitudinal site of the distal portion, and with the second frame compressed around a third longitudinal site of the distal portion in tandem with the first frame and articulatably coupled to the first frame; and an extracorporeal controller, coupled to a proximal portion of the rod, and operably coupled to the distal portion of the rod such that operating the extracorporeal controller bends the distal portion of the rod at at least a second longitudinal site of the distal portion, disposed between the first and third longitudinal sites, causing articulation between the first frame and the second frame.
Kitchen furniture with a work top and an additional work top which enlarges the useful area of the work top, wherein the additional work top is arranged concealed hanging in the carcass or from the work top of the kitchen furniture and is embodied so that when necessary it can be pulled out of the carcass and swivelled into a horizontal position for use and locked in position, characterised in that the swivel locking of the additional work top in the position for use is formed by a locking member which is arranged at the free swivellable end of the additional work top and can be brought into engagement with a face on the carcass of the kitchen furniture, and in that the actuation of the locking member is effected from the front end of the additional work top with an actuating button.
A packaging unit for hygiene articles, said packaging unit being formed from a sheet of material having an inner surface and an outer surface, said inner surface comprising an edge zone, said sheet having at least one folding axis, said folding axis dividing said sheet into a first region and a second region, said sheet may be folded along said folding axes with said first and second regions in an overlapping configuration, characterized in that at least a part of said edge zone is provided with microencapsulated adhesive, wherein said edge zone has an inner edge portion and an outer edge portion and at least one of said inner edge portion and said outer edge portion of said edge zone is provided with the microencapsulated adhesive and at least one of said inner edge portion and said outer edge portion of said edge zone is provided with a first sealing means different from the microencapsulated adhesive.
A method of protecting a wood product, wherein an aqueous dispersion of alkyl ketene dimer is applied onto the surface of said wood product, in order to improve water repellency thereof, characterized in that said wood product has not been chemically treated to increase the water repellency or has not been physically modified to achieve the same, and said aqueous dispersion of alkyl ketene dimer consists of (i) water, (ii) alkyl ketene dimer, and optionally (iii) an agent which improves the stability of the alkyl ketene dimer dispersion, and/or (iv) iodine-2-propynyl-butyl carbamate, 2-(tiocyano-methylthio)benzothiazole either alone or in conjunction with methylenebis(thiocyanate), zinc naftenate, copper naftenate, copper-8-quinolinoleate, a mixture of bis(tributyl tin) and N-trichloromethyl-thiophtalimide, or pentachlorophenole and its derivates, or ethylenediaminetetraacetic acid or nitrilotriacetic acid.
A radiation emitting device comprising: a radiation source configured to emit radiation to an imaging target; a collimator configured to set a radiation field region; an imaging unit configured to capture an optical image of the imaging target; wherein the imaging unit includes a zoom function including a zoom button for changing the zoom magnification of the imaging unit; a display unit configured to display the image captured by the imaging unit; an exposure switch configured to drive the radiation source; and a control unit (21,23) configured to issue a collimator driving command to the collimator in a case in which the exposure switch is operated, the collimator driving command directing the collimator to set the radiation field region on the basis of the captured image displayed by the display unit; wherein the control unit (21, 23) is configured to set a partial range of the captured image as the radiation field region, the partial range being a part of an imaging range of the captured image which has been displayed on the display unit. a radiation source configured to emit radiation to an imaging target; a collimator configured to set a radiation field region; an imaging unit configured to capture an optical image of the imaging target; wherein the imaging unit includes a zoom function including a zoom button for changing the zoom magnification of the imaging unit; a display unit configured to display the image captured by the imaging unit; an exposure switch configured to drive the radiation source; and a control unit (21,23) configured to issue a collimator driving command to the collimator in a case in which the exposure switch is operated, the collimator driving command directing the collimator to set the radiation field region on the basis of the captured image displayed by the display unit; wherein the control unit (21, 23) is configured to set a partial range of the captured image as the radiation field region, the partial range being a part of an imaging range of the captured image which has been displayed on the display unit.
An extrusion and pipe extrusion press or metal extrusion press featuring a press frame that is composed of a cylindrical strut and a counter-strut connected thereto, wherein a displaceable billet receptacle holder carrying a billet receptacle and a displaceable plunger crosshead are provided in said press frame, wherein a main or press cylinder is arranged in the cylindrical strut and accommodates in its cylindrical housing a press piston that is provided with a plunger on its front end supported by the plunger crosshead, wherein a compensation tank is assigned to the cylindrical housing, which is connected to a tank line, and feeds hydraulic oil to the press piston by means of a slide plate that is provided on a rod assembly fastened on the rear end of the press piston, and wherein the rod assembly extending in the compensation tank is connected to a hydraulic feed that is arranged behind the slide plate referred to the extruding direction, characterized in that the rod assembly is realized with a filling valve that is integrated into the transition from the compensation tank to the main cylinder, wherein said filling valve is adapted to the inside diameter of the cylindrical housing at the corresponding location and opens a large annular cross section in the open position.
An adjustable knitting and weaving hand loom (47a, 47b) comprising a plurality of generally elongate sections (14, 16, 18, 20, 22, 23) each of which defines an upper surface and opposing first and second ends; connecting means (T, M) on said sections (14, 16, 18, 20, 22, 23) for connecting said plurality of sections to form a closed frame by connecting each section with two other adjoining sections in end-to-end abutment by joining a first end of one section with a second end of another adjoining section, said connecting means comprising an axial tab at each first end and a mating axial channel at each second end to provide a sliding joint between each two adjoining sections by inserting an axial tab of one section into an axial channel of an adjoining section to provide a stable joint to substantially prevent relative movements between each two adjoining sections except along the direction of insertion of said axial tab into said axial channel, characterized in that each of said sections (14, 16, 18, 20, 22, 23) being provided on said upper surface and on said axial tab with a series of substantially uniformly intermediate spaced holes or bores (46, 46a, 46b) each having axes substantially normal to said upper surface, said holes or bores (46, 46a, 46b) being arranged to align endmost holes or bores at said second ends with said end-most holes or bores in said axial tabs at said first ends when said axial tabs are fully slidably inserted and mated within associated axial channels to form slip joints; and a plurality of pegs or pins (28, 30, 32, 34) each having at least one end portion (28a, 30a, 32a, 34a) dimensioned to be securely received within intermediate holes or bores of said sections and within aligned end-most holes or bores (46a, 46b) within said axial channels at said second ends and within said tabs at said first ends at each slip joint, whereby said pegs or pins (28, 30, 32, 34) inserted into said end-most bores or holes at said second ends and into said end-most bores or holes in said tabs function both to loop yarn during knitting and to lock said axial tabs from inadvertently separating from mating axial channels by movements along said direction of insertion.
Holder apparatus for a portable electronic device, comprising a base plate, a rear wall, a first side wall and a second side wall, wherein the first side wall is arranged together with a first front part to form a first corner and the second side wall is arranged together with a second front part to form a second corner, wherein the first front part and the second front part respectively have a first region aligned to the rear wall and a second region, wherein the first region has a sliding surface which is arranged at a first angle (α1) conically to the rear wall and the second region has a forced guidance surface which is arranged at a second angle (α2) to the rear wall, wherein the first angle (α1) is larger than the second angle (α2), wherein a transition from the sliding surface to the forced guidance surface forms a cam, wherein two sliding tracks (GB1, GB2) each having a first sliding track region and a second sliding track region are arranged on the rear wall, wherein a further transition from the first sliding track region to the second sliding track region forms a further cam, wherein in the event that the portable electronic device is inserted into the holder apparatus, the cams cause the portable electronic device to be inclined to the rear wall from an initial sliding movement via the corresponding sliding surfaces on reaching the cams, wherein a contact element having a plurality of contact pins is arranged on the base plate, wherein the contact element is arranged between a first pre-centring dome and a second pre-centring dome, wherein a magnetic element (M1, M2) is arranged in the rear wall and interacts with a counter magnetic element in the portable electronic device, wherein the magnetic element (M1, M2) is surrounded by a collar (K1, K2) which is designed such that when the portable electronic device is inserted it latches in form-fit manner with a recess in the inserted portable electronic device.
A heat-treatable coated glass pane comprising at least the following layers in sequence: - a glass substrate; - a lower anti-reflection layer, comprising in sequence from the glass substrate a layer based on an oxide of Zn and Sn and/or an oxide of Sn, a separation layer based on a metal oxide and/or an (oxi)nitride of silicon and/or an (oxi)nitride of aluminium, and a top layer based on an oxide of Zn; and a silver-based functional layer; and further comprising a base layer based on an (oxi)nitride of silicon and/or an (oxi)nitride of aluminium located between the glass substrate and the layer based on an oxide of Zn and Sn and/or an oxide of Sn; wherein the layer based on an oxide of Zn and Sn and/or an oxide of Sn of the lower anti-reflection layer is located directly on the base layer based on an (oxi)nitride of silicon and/or an (oxi)nitride of aluminium; and further comprising a barrier layer; and an upper anti-reflection layer; and wherein the barrier layer is located in sequence from the glass substrate, over and in contact with the silver-based functional layer; and wherein the barrier layer does not comprise a sacrificial barrier layer comprising NiCrOx; and wherein the change in percentage light transmittance ΔT L, of the glass pane upon heat treatment is less than or equal to 2. - a glass substrate; - a lower anti-reflection layer, comprising in sequence from the glass substrate a layer based on an oxide of Zn and Sn and/or an oxide of Sn, a separation layer based on a metal oxide and/or an (oxi)nitride of silicon and/or an (oxi)nitride of aluminium, and a top layer based on an oxide of Zn; and a silver-based functional layer; and further comprising a base layer based on an (oxi)nitride of silicon and/or an (oxi)nitride of aluminium located between the glass substrate and the layer based on an oxide of Zn and Sn and/or an oxide of Sn; a layer based on an oxide of Zn and Sn and/or an oxide of Sn, a separation layer based on a metal oxide and/or an (oxi)nitride of silicon and/or an (oxi)nitride of aluminium, and a top layer based on an oxide of Zn; and a silver-based functional layer; and further comprising a base layer based on an (oxi)nitride of silicon and/or an (oxi)nitride of aluminium located between the glass substrate and the layer based on an oxide of Zn and Sn and/or an oxide of Sn;
A method for use by a base station of a first wireless communication system in determining whether or not to use dynamic configurations in communicating with a mobile station being handed over by a base station of a different wireless communication system, the communication consisting of uplink signals from the mobile station to the base station of the first wireless communication system and downlink signals from the base station of the first wireless communication system to the mobile station, the mobile station communicating with the base station of the first wireless communication according to a protocol in which a transport format combination indicator is used, the method comprising: a) a step of transmitting to and receiving from the mobile station using dynamic configuration parameters; b) a step of examining the uplink transport format combination indicator to determine whether the transport format combination indicator points to a dynamic configuration; and c) a step of continuing to transmit to and receive from the mobile station with the dynamic configuration pointed to by the uplink transport format combination indicator, if the uplink transport format combination indicator points to a dynamic configuration, and otherwise a step of transmitting to and receiving from the mobile station using a static preconfiguration. a) a step of transmitting to and receiving from the mobile station using dynamic configuration parameters; b) a step of examining the uplink transport format combination indicator to determine whether the transport format combination indicator points to a dynamic configuration; and c) a step of continuing to transmit to and receive from the mobile station with the dynamic configuration pointed to by the uplink transport format combination indicator, if the uplink transport format combination indicator points to a dynamic configuration, and otherwise a step of transmitting to and receiving from the mobile station using a static preconfiguration.