mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus comprising: a feeder unit configured to feed a sheet; a separating unit configured to separate the sheets fed by the feeder unit one by one; a conveying unit disposed downstream of the separating unit in a sheet feeding direction and configured to convey the sheet; an image forming unit (T2, 12) disposed downstream of the conveying unit in the feeding direction and configured to convey the sheet while forming an image on the sheet; a drive unit (M1) configured to drive the conveying unit ; and a control unit configured to control the drive unit (M1), wherein the control unit reduces a conveyance speed of the sheet conveyed by the conveying unit after the conveyed sheet reaches the image forming unit , characterized in that the control unit determines a point in time at which the conveyance speed of the sheet conveyed by the conveying unit is reduced in accordance with the length of the conveyed sheet in a conveyance direction, and wherein the control unit increases the conveyance speed of the sheet conveyed by the conveying unit before the leading edge of the sheet reaches the image forming unit . a feeder unit configured to feed a sheet; a separating unit configured to separate the sheets fed by the feeder unit one by one; a conveying unit disposed downstream of the separating unit in a sheet feeding direction and configured to convey the sheet; an image forming unit (T2, 12) disposed downstream of the conveying unit in the feeding direction and configured to convey the sheet while forming an image on the sheet; a drive unit (M1) configured to drive the conveying unit ; and a control unit configured to control the drive unit (M1), wherein the control unit reduces a conveyance speed of the sheet conveyed by the conveying unit after the conveyed sheet reaches the image forming unit , characterized in that the control unit determines a point in time at which the conveyance speed of the sheet conveyed by the conveying unit is reduced in accordance with the length of the conveyed sheet in a conveyance direction, and wherein the control unit increases the conveyance speed of the sheet conveyed by the conveying unit before the leading edge of the sheet reaches the image forming unit .
Machine, comprising a mechanism having at least two components (3-7) arranged relative to each other, which are movable relative to each other with respect to an axis (A1-A6) by means of at least one drive of the machine , a memory , and a control device coupled to the drive, which is configured, - in a first operating mode, to control the at least one drive for moving the mechanism in such a way that the mechanism , in particular a defined point (TCP) associated to the mechanism , moves along a movement path, - in the first operating mode, to record the movement path in the memory , and - in a second operating mode, to control the at least one drive on the basis of the movement path recorded in the memory in such a way that the mechanism , in particular the defined point (TCP), moves along the movement path recorded in the memory counter to the direction of movement with which the mechanism has been moved during the first operating mode, whereby the speed of the movement of the mechanism in the second operating mode differs from the speed of the movement of the mechanism in the first operating mode, characterized in that the control device is configured to reschedule the speed profile for the movement of the mechanism during the second operating mode on the basis of the movement path stored in the memory and to control the at least one drive accordingly, without simply replaying the memory backwards. - in a first operating mode, to control the at least one drive for moving the mechanism in such a way that the mechanism , in particular a defined point (TCP) associated to the mechanism , moves along a movement path, - in the first operating mode, to record the movement path in the memory , and - in a second operating mode, to control the at least one drive on the basis of the movement path recorded in the memory in such a way that the mechanism , in particular the defined point (TCP), moves along the movement path recorded in the memory counter to the direction of movement with which the mechanism has been moved during the first operating mode, whereby the speed of the movement of the mechanism in the second operating mode differs from the speed of the movement of the mechanism in the first operating mode, characterized in that the control device is configured to reschedule the speed profile for the movement of the mechanism during the second operating mode on the basis of the movement path stored in the memory and to control the at least one drive accordingly, without simply replaying the memory backwards.
Method for updating a digital map for localizing motor vehicles, wherein, in order to update the digital map , surroundings information is recorded by a vehicle localized on the digital map and the recorded surroundings information is compared with surroundings information stored on the digital map, wherein the vehicle is navigated along a first route whose last performed comparison of surroundings information is farthest back in time in comparison with at least one further optional route, wherein the first route is determined on the basis of up-to-dateness information stored on the digital map and associated with the surroundings information , wherein, on the basis of the comparison of the recorded surroundings information with the stored surroundings information, the stored surroundings information is updated on the digital map, characterized in that various routes are available for selection, wherein the selection is made in favour of the route whose check for validity of surroundings information is farthest back in time.
A method of displaying a desktop, the method comprising: parsing a device type of a peripheral device connected to a terminal; and highlighting an application associated with the device type of the peripheral device in the desktop of the terminal, the method being characterized in that the step of highlighting an application associated with the device type of the peripheral device on a desktop of the terminal comprises: finding a display mode associated with the device type of the peripheral device according to a preset association relationship between device types and display modes; and switching the desktop into the found display mode; wherein, the application associated with the device type of the peripheral device is highlighted in the found display mode, or only the application associated with the device type of the peripheral device is comprised in the found display mode; wherein, if the peripheral device is disconnected from the terminal, switching the desktop back into the previous display mode used before the peripheral device was connected to the terminal. parsing a device type of a peripheral device connected to a terminal; and highlighting an application associated with the device type of the peripheral device in the desktop of the terminal, the method being characterized in that the step of highlighting an application associated with the device type of the peripheral device on a desktop of the terminal comprises: finding a display mode associated with the device type of the peripheral device according to a preset association relationship between device types and display modes; and switching the desktop into the found display mode; wherein, the application associated with the device type of the peripheral device is highlighted in the found display mode, or only the application associated with the device type of the peripheral device is comprised in the found display mode; wherein, if the peripheral device is disconnected from the terminal, switching the desktop back into the previous display mode used before the peripheral device was connected to the terminal. finding a display mode associated with the device type of the peripheral device according to a preset association relationship between device types and display modes; and switching the desktop into the found display mode; wherein, the application associated with the device type of the peripheral device is highlighted in the found display mode, or only the application associated with the device type of the peripheral device is comprised in the found display mode;
An electrical circuit including a mounting body to which is mounted a toroid magnetic device having a potting filling a central hole of a toroid of the device, the potting extending axially beyond the base of the toroid to form a contact surface which, in use, contacts a mounting body for the device, whereby heat generated by the device flows by conduction through walls of the toroid defining the central hole into the potting and thence through the contact surface into the mounting body; the device further having a carrier which supports the toroid, the carrier including fixing members which fix the device to the mounting body, characterised in that : the coefficient of thermal expansion of the carrier is substantially the same as the coefficient of thermal expansion of the mounting body; and a top portion of the central hole is filled with an elastomer . the coefficient of thermal expansion of the carrier is substantially the same as the coefficient of thermal expansion of the mounting body; and a top portion of the central hole is filled with an elastomer .
Drug delivery device for selecting and dispensing a number of user variable doses of a medicament, the device comprising a housing having a distal end and a proximal end, a cartridge holder releasably attached to the distal end of the housing , a piston rod engaging a housing insert and a drive member , a dose setting member guided within the housing to allow rotation of the dose setting member during dose setting and dose dispensing, and a clutch for rotationally coupling the drive member and the dose setting member , characterized in that the housing insert is rotationally constrained to the housing and is axially movable together with the drive member relative to the housing between a dose setting and dispensing position, and a resetting position, in which the drive member is rotationally de-coupled from the housing , and in that the housing insert is in permanent threaded engagement with the piston rod , wherein the housing insert and the drive member are coupled by an axial abutment of the drive member and the housing insert such that the housing insert entrains the drive member in an axial movement of the housing insert into the dose setting and dispensing position and that the drive member entrains the housing insert in an axial movement of the drive member into the resetting position.
A method, carried out by a user equipment UE, for determining a Reference Signal Time Difference, RSTD, measurement interval for a plurality of cells at the user equipment in a wireless communication system, comprising: acquiring a message including Observed Time Difference Of Arrival, OTDOA, related data in a higher layer, wherein the OTDOA related data includes cell identifiers of the plurality of cells and Positioning Reference Signal, PRS, configuration information of the plurality of cells; delivering the OTDOA related data to a physical layer from the higher layer; and determining the RSTD measurement interval for the plurality of cells by the following Equation by using a plurality of cell-specific PRS transmission periods T PRS associated with the plurality of cells obtained using the PRS configuration information of the plurality of cells: T RSTD = T PRS largest × M − 1 + Δ where T RSTD denotes the length of the RSTD measurement interval, T PRS denotes the largest value of the plurality of cell-specific PRS transmission periods T PRS , M denotes the number of PRS positioning occasions in the RSTD measurement interval, and Δ denotes a measurement time for one PRS positioning occasion associated with the largest value T PRS largest reporting RSTD measurements for the plurality of cells using the determined T RSTD to an Enhanced-Serving Mobile Location Center. acquiring a message including Observed Time Difference Of Arrival, OTDOA, related data in a higher layer, wherein the OTDOA related data includes cell identifiers of the plurality of cells and Positioning Reference Signal, PRS, configuration information of the plurality of cells; delivering the OTDOA related data to a physical layer from the higher layer; and determining the RSTD measurement interval for the plurality of cells by the following Equation by using a plurality of cell-specific PRS transmission periods T PRS associated with the plurality of cells obtained using the PRS configuration information of the plurality of cells: T RSTD = T PRS largest × M − 1 + Δ where T RSTD denotes the length of the RSTD measurement interval, T PRS denotes the largest value of the plurality of cell-specific PRS transmission periods T PRS , M denotes the number of PRS positioning occasions in the RSTD measurement interval, and Δ denotes a measurement time for one PRS positioning occasion associated with the largest value T PRS largest reporting RSTD measurements for the plurality of cells using the determined T RSTD to an Enhanced-Serving Mobile Location Center.
An arrangement for measuring moisture in buildings, which has a sensor and a means for signal processing, wherein the sensor is a capacitive sensor that is formed by means of two parallel elongate measuring electrodes and is arranged along a measurement distance, which is up to 100 m in length and is a joint of the building, and the means for signal processing comprises signal-processing electronics , which are connected to the measuring electrodes , a processing unit and an interface , characterised in that a measuring electrode is an electrically conductive surface of a joint face of the joint .
A dual-mode optical and radio frequency, RF, reflector comprising: a mirror having a reflective surface including a first zone having a first surface precision , a remainder of the reflective surface outside of the first zone having a second surface precision that is substantially lower than the first surface precision, the mirror being configured to collimate and reflect an RF signal from the reflective surface, and to collimate and reflect an optical signal from the first zone, characterised in that the reflective surface has an off-axis parabolic shape.
Sack for bulk goods like cement, gypsum, granules, animal feed, or the like, formed of a two or multiple layered planar material, wherein the sack comprises two opposite bottoms and a side wall extending between the walls, characterized in that a stabilization bond is present between at least one pair of adjacent material layers of the planar material, which bond adheres one-another abutting sides of the two adjacent material layers to one another, wherein the stabilization bond is at least formed: i) in the region of the side wall and ii) continuously or in sections along one or multiple of the bottom edges formed by the meeting of bottoms and side wall , on the side of the side wall and/or on the side of the bottom, wherein both adjacent material layers, adhered with the stabilization adhesive, consist of paper, coated paper or a paper-like material. i) in the region of the side wall and ii) continuously or in sections along one or multiple of the bottom edges formed by the meeting of bottoms and side wall , on the side of the side wall and/or on the side of the bottom,
A system for reducing blood pressure comprising: - at least one stimulation electrode for stimulating at least one chamber of a heart of a patient with a stimulation pattern comprising at least one stimulation pulse; and - at least one controller configured to: receive input relating to the patient's blood pressure; and adjust the stimulation pattern based on said blood pressure, wherein the controller is configured to adjust the stimulation pattern by performing an adjustment process that includes adjusting a parameter of a first stimulation setting of at least one of the at least one stimulation pulse, the first stimulation setting being configured to reduce or prevent atrial kick in at least one ventricle. - at least one stimulation electrode for stimulating at least one chamber of a heart of a patient with a stimulation pattern comprising at least one stimulation pulse; and - at least one controller configured to: receive input relating to the patient's blood pressure; and adjust the stimulation pattern based on said blood pressure, receive input relating to the patient's blood pressure; and adjust the stimulation pattern based on said blood pressure,
A friction material used for a disc brake pad, which is manufactured by forming a NAO friction material composition, characterised in that said friction material composition contains 1 - 15 weight % of ferrous sulfide (FeS) particles relative to the total amount of the friction material composition and 0.3 - 5 weight % of crushed expanded graphite particles with an average particle diameter of 1 - 100 μm relative to the total amount of the friction material composition both as one of lubricants, and the total amount of copper component contained in the friction material composition is less than 5 weight % relative to the total amount of the friction material composition. said friction material composition contains 1 - 15 weight % of ferrous sulfide (FeS) particles relative to the total amount of the friction material composition and 0.3 - 5 weight % of crushed expanded graphite particles with an average particle diameter of 1 - 100 μm relative to the total amount of the friction material composition both as one of lubricants, and the total amount of copper component contained in the friction material composition is less than 5 weight % relative to the total amount of the friction material composition.
A refrigerator comprising: a main body having a storage compartment ; and a door configured to open or close the storage compartment , wherein the door includes: a door cap coupled to at least one of an upper portion and a lower portion of the door ; a display unit provided at a front surface of the door ; a heat dissipation cover arranged behind the display unit to form a heat dissipation flow path through which heat generated in the display unit is dissipated; and a heat dissipation duct coupled to a coupling portion of the heat dissipation cover and inserted into an insertion portion of the door cap , characterized in that the heat dissipation duct is slidably inserted into the door through the at least one of the upper portion and the lower portion of the door , wherein the heat dissipation duct is slidably inserted through the coupling portion and the insertion portion , and the coupling portion and the insertion portion extend lengthwise along the heat dissipation duct to accommodate the heat dissipation duct therein. a main body having a storage compartment ; and a door configured to open or close the storage compartment , wherein the door includes: a door cap coupled to at least one of an upper portion and a lower portion of the door ; a display unit provided at a front surface of the door ; a heat dissipation cover arranged behind the display unit to form a heat dissipation flow path through which heat generated in the display unit is dissipated; and a heat dissipation duct coupled to a coupling portion of the heat dissipation cover and inserted into an insertion portion of the door cap , characterized in that the heat dissipation duct is slidably inserted into the door through the at least one of the upper portion and the lower portion of the door , wherein the heat dissipation duct is slidably inserted through the coupling portion and the insertion portion , and the coupling portion and the insertion portion extend lengthwise along the heat dissipation duct to accommodate the heat dissipation duct therein. a door cap coupled to at least one of an upper portion and a lower portion of the door ; a display unit provided at a front surface of the door ; a heat dissipation cover arranged behind the display unit to form a heat dissipation flow path through which heat generated in the display unit is dissipated; and a heat dissipation duct coupled to a coupling portion of the heat dissipation cover and inserted into an insertion portion of the door cap , characterized in that the heat dissipation duct is slidably inserted into the door through the at least one of the upper portion and the lower portion of the door , wherein the heat dissipation duct is slidably inserted through the coupling portion and the insertion portion , and the coupling portion and the insertion portion extend lengthwise along the heat dissipation duct to accommodate the heat dissipation duct therein.
A sterile barrier assembly comprising: a base member , a securing member and a barrier membrane securely interposed between the base member and the securing member, the base member and securing member defining a cavity with the barrier membrane partitioning the cavity into a sterile and a non-sterile side; a tab having a first and a second portion (176 a, 176 b ) with the barrier member interposed between the first and second portions of the tab, the tab being slideable along a sliding path in the cavity of the sterile barrier assembly, the barrier membrane at least partially moving with the tab as the tab slides along the sliding path, and being securely movable with the first and second portion of the tab while providing a hermetic seal between the sterile side and the non-sterile side, wherein the first portion of the tab interfaces with an output of a surgical tool driving unit on the non-sterile side, and the second portion of the tab interfaces with a tool driver of a surgical tool on the sterile side, characterised in that the second portion includes an elongated element extending into a longitudinal channel in the sterile barrier assembly, the tab and elongated element sliding in a longitudinal direction of the channel that is collinear with the barrier membrane, the elongated element including an engaging portion configured to facilitate engagement of the tab with a mechanical tool drive interface. a base member , a securing member and a barrier membrane securely interposed between the base member and the securing member, the base member and securing member defining a cavity with the barrier membrane partitioning the cavity into a sterile and a non-sterile side; a tab having a first and a second portion (176 a, 176 b ) with the barrier member interposed between the first and second portions of the tab, the tab being slideable along a sliding path in the cavity of the sterile barrier assembly, the barrier membrane at least partially moving with the tab as the tab slides along the sliding path, and being securely movable with the first and second portion of the tab while providing a hermetic seal between the sterile side and the non-sterile side, wherein the first portion of the tab interfaces with an output of a surgical tool driving unit on the non-sterile side, and the second portion of the tab interfaces with a tool driver of a surgical tool on the sterile side, characterised in that the second portion includes an elongated element extending into a longitudinal channel in the sterile barrier assembly, the tab and elongated element sliding in a longitudinal direction of the channel that is collinear with the barrier membrane, the elongated element including an engaging portion configured to facilitate engagement of the tab with a mechanical tool drive interface.