mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: - recording at least one item of acceleration information indicative of a curve of measured acceleration values, wherein the at least one item of acceleration information is recorded by at least one acceleration sensor in a treatment chamber of a dishwasher , wherein the acceleration sensor is part of a separate dosing device in the treatment chamber of the dishwasher; - determining an item of status information indicative of a process step within a cleaning program performed by the dishwasher, wherein the status information is determined on the basis of at least one item of acceleration information; - recording at least one item of sensor information indicative of a temperature and/or time curve, wherein the status information is further determined on the basis of at least one item of sensor information, - outputting or causing output of the determined status information, - wherein the at least one item of acceleration information is recorded with respect to a predefined orientation and/or positioning of the at least one acceleration sensor in the treatment chamber of the dishwasher, wherein the at least one item of acceleration information represents a signal in the direction of each of two or three degrees of freedom, - wherein the predefined orientation and/or the predefined positioning of the at least one acceleration sensor in the treatment chamber of the dishwasher is determined on the basis of a comparison between the signals in the direction of all degrees of freedom represented by the at least one item of acceleration information. - recording at least one item of acceleration information indicative of a curve of measured acceleration values, wherein the at least one item of acceleration information is recorded by at least one acceleration sensor in a treatment chamber of a dishwasher , wherein the acceleration sensor is part of a separate dosing device in the treatment chamber of the dishwasher; - determining an item of status information indicative of a process step within a cleaning program performed by the dishwasher, wherein the status information is determined on the basis of at least one item of acceleration information; - recording at least one item of sensor information indicative of a temperature and/or time curve, wherein the status information is further determined on the basis of at least one item of sensor information, - outputting or causing output of the determined status information, - wherein the at least one item of acceleration information is recorded with respect to a predefined orientation and/or positioning of the at least one acceleration sensor in the treatment chamber of the dishwasher, wherein the at least one item of acceleration information represents a signal in the direction of each of two or three degrees of freedom, - wherein the predefined orientation and/or the predefined positioning of the at least one acceleration sensor in the treatment chamber of the dishwasher is determined on the basis of a comparison between the signals in the direction of all degrees of freedom represented by the at least one item of acceleration information.
A system for a vehicle having at least one driven wheel, the system being operable to recover the vehicle from terrain having a deformable surface affording insufficient traction at said at least one driven wheel to mobilise the vehicle, the system comprising: a controller configured to maintain at least substantially continuous rotation of said at least one driven wheel of the vehicle at a target recovery speed or within a target recovery speed range (V UP , V LOW ) suitable for increasing the available traction at said at least one driven wheel, the target recovery speed and the target recovery speed range (V UP , V LOW ) being pre-defined, and the controller being configured to alter a rate of change of a rotational speed of said at least one driven wheel in proportion to a difference between a measured rotational speed of said at least one driven wheel and one of the following: (a) the pre-defined target recovery speed; (b) a pre-defined upper rotational speed threshold (V UP ); and (c) a pre-defined lower rotational speed threshold (V LOW ).
A remote unit for wideband digital RF transport, the remote unit comprising: a demultiplexer circuit configured to demultiplex a serial bit stream from a host unit into a plurality of sample streams; a plurality of digital to analog converter circuits , each digital to analog converter circuit configured to generate a wideband RF signal from one of the plurality of sample streams, characterized in that each digital to analog converter circuit is configured to operate at a selected output sample rate related to the signal bandwidth of its associated wideband RF signal; and a plurality of outputs, each output coupled to a selected one of the plurality of digital to analog converter circuits, wherein each output is configured to output a wideband RF signal. a demultiplexer circuit configured to demultiplex a serial bit stream from a host unit into a plurality of sample streams; a plurality of digital to analog converter circuits , each digital to analog converter circuit configured to generate a wideband RF signal from one of the plurality of sample streams, characterized in that each digital to analog converter circuit is configured to operate at a selected output sample rate related to the signal bandwidth of its associated wideband RF signal; and a plurality of outputs, each output coupled to a selected one of the plurality of digital to analog converter circuits, wherein each output is configured to output a wideband RF signal.
Piece of seating furniture having the following features: a. the piece of seating furniture has a base member , on the upper side of which a padded seat surface is provided, and b. the piece of seating furniture has at least one backrest member with an upholstered backrest surface , which can be positioned in various positions on the upperside of the base member , and c. a slot structure is provided in the padded seat surface of the base member , which penetrates the padded seat surface , and d. a guide member is connected to the backrest member which projects through the upholstered seat surface in the area of the slot structure , and e. the guide member is fastened in an articulated or movable manner to a fastening surface of the base member by means of at least one hinge device , and f. the guide member is attached to the fastening surface so as to be rotatable about a horizontal axis of rotation by means of the hinge device , characterized by the following feature: g. the guide member is attached to the fastening surface so as to be rotatable about a vertical axis of rotation by means of the hinge device . a. the piece of seating furniture has a base member , on the upper side of which a padded seat surface is provided, and b. the piece of seating furniture has at least one backrest member with an upholstered backrest surface , which can be positioned in various positions on the upperside of the base member , and c. a slot structure is provided in the padded seat surface of the base member , which penetrates the padded seat surface , and d. a guide member is connected to the backrest member which projects through the upholstered seat surface in the area of the slot structure , and e. the guide member is fastened in an articulated or movable manner to a fastening surface of the base member by means of at least one hinge device , and f. the guide member is attached to the fastening surface so as to be rotatable about a horizontal axis of rotation by means of the hinge device ,
A pressure tank having a lattice structure, comprising: a tank body that has a high-pressure fluid accommodated therein and is manufactured to have a prismatic shape; and cell structures that are disposed in the tank body , are manufactured in a lattice form, arrive from one side wall of the tank body 50 to the other side wall thereof facing it, and are orthogonally arranged regularly, characterised in that the cell structure includes beam structures that arrive from one side wall of the tank body to the other side wall thereof facing it and are orthogonally arranged regularly, the beam structures are manufactured in branching type beam structures (220, 230, 240 and 290), include beams that extend from intersecting part as center in a three-dimensional orthogonal coordinate system (X, Y, and Z) structure, and the pressure tank does not have any lobes outside of cell structure. a tank body that has a high-pressure fluid accommodated therein and is manufactured to have a prismatic shape; and cell structures that are disposed in the tank body , are manufactured in a lattice form, arrive from one side wall of the tank body 50 to the other side wall thereof facing it, and are orthogonally arranged regularly, characterised in that the cell structure includes beam structures that arrive from one side wall of the tank body to the other side wall thereof facing it and are orthogonally arranged regularly, the beam structures are manufactured in branching type beam structures (220, 230, 240 and 290), include beams that extend from intersecting part as center in a three-dimensional orthogonal coordinate system (X, Y, and Z) structure, and the pressure tank does not have any lobes outside of cell structure.
A driving tool comprising: a driving mechanism which drives a fastener supplied to a nose portion; a trigger which receives one operation for actuating the driving mechanism ; a contact arm which is provided so as to be reciprocally movable and which receives another operation for actuating the driving mechanism ; a contact lever which is provided so as to be capable of being actuated by operations of the trigger and the contact arm and which is configured to switch between presence and absence of actuation of the driving mechanism ; characterized in that a fluid damper which is configured to control a moving speed of the contact lever , wherein the fluid damper comprises: a cylinder tube portion which is filled with a fluid; a piston which is provided so as to be movable in an inner portion of the cylinder tube portion and whose moving speed is controlled with resistance of the fluid; and a biasing member which expands and contracts in accordance with a position of the piston and which applies a force corresponding to an expansion and contraction amount of the biasing member to the piston , wherein the resistance of the fluid at a time the piston moves is changed in accordance with the position of the piston . a driving mechanism which drives a fastener supplied to a nose portion; a trigger which receives one operation for actuating the driving mechanism ; a contact arm which is provided so as to be reciprocally movable and which receives another operation for actuating the driving mechanism ; a contact lever which is provided so as to be capable of being actuated by operations of the trigger and the contact arm and which is configured to switch between presence and absence of actuation of the driving mechanism ; characterized in that a fluid damper which is configured to control a moving speed of the contact lever , wherein the fluid damper comprises: a cylinder tube portion which is filled with a fluid; a piston which is provided so as to be movable in an inner portion of the cylinder tube portion and whose moving speed is controlled with resistance of the fluid; and a biasing member which expands and contracts in accordance with a position of the piston and which applies a force corresponding to an expansion and contraction amount of the biasing member to the piston , wherein the resistance of the fluid at a time the piston moves is changed in accordance with the position of the piston . a cylinder tube portion which is filled with a fluid; a piston which is provided so as to be movable in an inner portion of the cylinder tube portion and whose moving speed is controlled with resistance of the fluid; and a biasing member which expands and contracts in accordance with a position of the piston and which applies a force corresponding to an expansion and contraction amount of the biasing member to the piston , wherein the resistance of the fluid at a time the piston moves is changed in accordance with the position of the piston .
A power conversion device , comprising: a power module having a heat rejection surface ; a board connected to the power module by a connection portion , and provided on a surface side opposite to the heat rejection surface of the power module ; a casing accommodating the power module ; a heat rejection portion fixed to the heat rejection surface of the power module , and configured to receive heat from the power module ; a cooling panel removably fixed to a surface of the heat rejection portion opposite to a surface in contact with the power module , and configured to receive heat from the heat rejection portion , wherein the cooling panel is removably fixed to the surface of the heat rejection portion opposite to the surface in contact with the power module using screws; and a pipe fixed to a surface of the cooling panel opposite to a surface in contact with the heat rejection portion , and configured to transfer heat from the cooling panel to refrigerant circulating through the pipe , the heat rejection portion being mounted on the casing , wherein the heat rejection portion and the cooling panel are separable from each other for service purposes, while the power module remains fixed to the heat rejection portion . a power module having a heat rejection surface ; a board connected to the power module by a connection portion , and provided on a surface side opposite to the heat rejection surface of the power module ; a casing accommodating the power module ; a heat rejection portion fixed to the heat rejection surface of the power module , and configured to receive heat from the power module ; a cooling panel removably fixed to a surface of the heat rejection portion opposite to a surface in contact with the power module , and configured to receive heat from the heat rejection portion , wherein the cooling panel is removably fixed to the surface of the heat rejection portion opposite to the surface in contact with the power module using screws; and a pipe fixed to a surface of the cooling panel opposite to a surface in contact with the heat rejection portion , and configured to transfer heat from the cooling panel to refrigerant circulating through the pipe , the heat rejection portion being mounted on the casing , wherein the heat rejection portion and the cooling panel are separable from each other for service purposes, while the power module remains fixed to the heat rejection portion .
A process comprising: (a) receiving a solid organophosphite compound that has been recrystallized or triturated, wherein the solid organophosphite compound comprises phosphorous acid; (b) dissolving the solid organophosphite compound in a hydrocarbon solvent, wherein the hydrocarbon solvent comprises an aromatic hydrocarbon, a saturated aliphatic hydrocarbon, or a mixture thereof; and (c) removing undissolved phosphorous acid from the solution, wherein the acid content of the organophosphite following step (c) is 30 ppm or less.
An absorbable iron-based implantable device, comprising: an iron-based substrate, and a modified high polysaccharide attached to the iron-based substrate, wherein the high polysaccharide is at least one selected from glucan, chitosan, plant polysaccharides, starch, dextrin, cellulose, glycogen, chitin, tunicin, inulin, agar, gum arabic, hyaluronic acid, gellan gum, curdlan, xanthan gum, pectin, konjac glucomannan, gum arabic, lichenin, alginate, spirulina polysaccharide, chondroitin sulfate, dermatan sulfate, keratan sulfate, heparin and heparan sulfate, and wherein the modified high polysaccharide is a hydrophobically modified high polysaccharide. an iron-based substrate, and a modified high polysaccharide attached to the iron-based substrate, wherein the high polysaccharide is at least one selected from glucan, chitosan, plant polysaccharides, starch, dextrin, cellulose, glycogen, chitin, tunicin, inulin, agar, gum arabic, hyaluronic acid, gellan gum, curdlan, xanthan gum, pectin, konjac glucomannan, gum arabic, lichenin, alginate, spirulina polysaccharide, chondroitin sulfate, dermatan sulfate, keratan sulfate, heparin and heparan sulfate, and wherein the modified high polysaccharide is a hydrophobically modified high polysaccharide.
A gas turbine engine comprising: a fan section including a plurality of fan blades rotatable about an axis (A); a fan case disposed around the fan section ; a core engine static structure ; and at least one structural guide vane extending between the core engine static structure and the fan case , the structural vane being generally shaped as an airfoil and including a first side and a second side along with a leading edge and a trailing edge , the structural vane including a strut defining the first side , the structural guide vane including a plurality of channels disposed on the second side of the strut , each channel extending longitudinally in a span wise direction, each of the channels including a corresponding wall thickness between a bottom surface of the channel and the first side and transverse to the axis; wherein the plurality of channels includes an aft channel including a forward portion and an aft portion and a wall with a thickness that varies in a chord wise direction from the forward portion to the aft portion; wherein the structural guide vane includes a cover secured over the plurality of channels and defining a side of the structural guide vane , wherein the structural guide vane includes a recess on said side for receiving the cover ; characterised in that : the aft channel further includes an intermediate portion including a wall thickness that is less than the wall thickness of both the forward portion and the aft portion. a fan section including a plurality of fan blades rotatable about an axis (A); a fan case disposed around the fan section ; a core engine static structure ; and at least one structural guide vane extending between the core engine static structure and the fan case , the structural vane being generally shaped as an airfoil and including a first side and a second side along with a leading edge and a trailing edge , the structural vane including a strut defining the first side , the structural guide vane including a plurality of channels disposed on the second side of the strut , each channel extending longitudinally in a span wise direction, each of the channels including a corresponding wall thickness between a bottom surface of the channel and the first side and transverse to the axis; wherein the plurality of channels includes an aft channel including a forward portion and an aft portion and a wall with a thickness that varies in a chord wise direction from the forward portion to the aft portion; wherein the structural guide vane includes a cover secured over the plurality of channels and defining a side of the structural guide vane , wherein the structural guide vane includes a recess on said side for receiving the cover ; characterised in that : the aft channel further includes an intermediate portion including a wall thickness that is less than the wall thickness of both the forward portion and the aft portion.
A method, the method comprises: setting , by a radio device, length for a channel reservation window such that the channel reservation window comprises a plurality of subframes; dividing the channel reservation window at least into a downlink part and an uplink part, wherein the downlink part comprises at least one or more subframes of the plurality of subframes and the uplink part comprises at least one or more other subframes of the plurality of subframes; determining a timing offset between the start of the downlink part and the start of the uplink part, wherein the timing offset is based at least partly on applied timing advance; and defining timings, within the channel reservation window, for at least one of a downlink clear channel assessment -process and an uplink clear channel assessment - process at least partly on the basis of the timing offset. setting , by a radio device, length for a channel reservation window such that the channel reservation window comprises a plurality of subframes; dividing the channel reservation window at least into a downlink part and an uplink part, wherein the downlink part comprises at least one or more subframes of the plurality of subframes and the uplink part comprises at least one or more other subframes of the plurality of subframes; determining a timing offset between the start of the downlink part and the start of the uplink part, wherein the timing offset is based at least partly on applied timing advance; and defining timings, within the channel reservation window, for at least one of a downlink clear channel assessment -process and an uplink clear channel assessment - process at least partly on the basis of the timing offset.
A printer comprising a front opening through which one or more documents (D) to be treated could be introduced therein and a printing head , wherein the printer comprises a first substantially horizontal path for transporting said one or more documents (D) from a first position (A) to a second position (B) and back to the first position (A), wherein the printing head is arranged between said first position (A) and said second position (B); wherein the printer further comprises a second path for transporting said one or more documents (D) from said first position (A) to an exit , wherein said second path comprises a flap for deviating said one or more documents (D) towards said exit and a separator for directing the one or more documents (D) to one of a first tray and a second tray ; and wherein said second path comprises a part of said first path.
A partially thermally spray coated substrate including an outer surface adapted to be in contact with a workpiece as part of a rolling process or end-use application, said outer surface being non-smooth and defined by an underlying texture profile, said outer surface comprising a thermal spray coating along a plurality of first regions of the outer surface to produce a plurality of thermally coated first regions, and, and a remainder of said outer surface being devoid of the thermal spray coating along a plurality of second regions of the outer surface to produce a plurality of non-coated second regions , wherein said thermally coated first regions of the outer surface in combination with said second regions of the non-coated region do not substantially alter or degrade the underlying texture profile of the outer surface, wherein said partially thermally spray coated surface is devoid of a non-thermal spray coating, wherein the thermally sprayed coating is applied at regular intervals so as to provide for equal spacing between adjacent coated first regions along the non-smooth outer surface, and wherein adjacent coated first regions are separated by one of the non-coated second regions.