mhurhangee/ep-ind-claims huggingface dataset:
Hydrostatic transmission device of a mobile machine, comprising: - a pump the main orifices of which are connected respectively to a "reversing-travel" high-pressure pipe and a "forwards-travel" high-pressure pipe, - at least one "front-left" first motor (Mavg) and at least one "front-right" second motor (Mavd), - at least one "rear-left" first double motor and at least one "rear-right" second double motor, which double motors are each made up of a first elementary motor (Mar1g; Mar1d) and a second elementary motor (Mar2d; Mar2g), - the first elementary motors (Mar1g; Mar1d), the "front-left" first motor (Mavg) and the "front-right" second motor (Mavd) are connected in parallel to the "forwards-travel" high-pressure pipe, - the first elementary motors (Mar1g; Mar1d) and the secondary elementary motors (Mar2d; Mar2g) are connected in parallel to the "reversing-travel" high-pressure pipe, - the second elementary motor (Mar2g) of the "rear-left" first double motor is connected in series with the "front-left" first motor (Mavg), there being a series pipe between these two motors, - the secondary elementary motor (Mar2d) of the "rear-right" second double motor is connected in series with the "front-right" second motor (Mavd), there being a series pipe between these two motors, characterized in that each series pipe (3g, 3d) comprises a valve (Vg, Vd) having an opening for the passage of the fluid in the series pipe, the said valve comprising a first position in which the said opening has a maximum cross section and a second position in which the said opening has a reduced cross section, the movement of the said valve between these two positions being activated in response to a command instruction generated when the mobile machine is travelling along a slope with a tilting side-slope. - a pump the main orifices of which are connected respectively to a "reversing-travel" high-pressure pipe and a "forwards-travel" high-pressure pipe, - at least one "front-left" first motor (Mavg) and at least one "front-right" second motor (Mavd), - at least one "rear-left" first double motor and at least one "rear-right" second double motor, which double motors are each made up of a first elementary motor (Mar1g; Mar1d) and a second elementary motor (Mar2d; Mar2g), - the first elementary motors (Mar1g; Mar1d), the "front-left" first motor (Mavg) and the "front-right" second motor (Mavd) are connected in parallel to the "forwards-travel" high-pressure pipe, - the first elementary motors (Mar1g; Mar1d) and the secondary elementary motors (Mar2d; Mar2g) are connected in parallel to the "reversing-travel" high-pressure pipe, - the second elementary motor (Mar2g) of the "rear-left" first double motor is connected in series with the "front-left" first motor (Mavg), there being a series pipe between these two motors, - the secondary elementary motor (Mar2d) of the "rear-right" second double motor is connected in series with the "front-right" second motor (Mavd), there being a series pipe between these two motors,
A system for identifying tissue, comprising: a subject-specific lesion signature stored in a memory, the subject-specific lesion signature being derived from at least one ultrasound image, the lesion signature having specified ranges of characteristics based on analysis of a reference tissue of a subject having a confirmed pathology, wherein the pathology is confirmed by one or more of biopsy, histopathology or definitive imaging; a searching module stored in the memory and configured to search through images of a volume of the subject to identify lesions in the images for comparison; and a comparison module configured to identify matches between the lesion signature of the reference tissue and lesions in the images of the volume, in accordance with a score based upon the specified ranges of characteristics. a subject-specific lesion signature stored in a memory, the subject-specific lesion signature being derived from at least one ultrasound image, the lesion signature having specified ranges of characteristics based on analysis of a reference tissue of a subject having a confirmed pathology, wherein the pathology is confirmed by one or more of biopsy, histopathology or definitive imaging; a searching module stored in the memory and configured to search through images of a volume of the subject to identify lesions in the images for comparison; and a comparison module configured to identify matches between the lesion signature of the reference tissue and lesions in the images of the volume, in accordance with a score based upon the specified ranges of characteristics.
A laundry treatment apparatus configured to be operated in a drying cycle and a washing cycle, the laundry treatment apparatus comprising: a cabinet having a laundry opening; a laundry receiving device provided in the cabinet and configured to receive laundry therein through the laundry opening; a drive system coupled to the laundry receiving device and configured to rotate the laundry receiving device; a hot air supply module, including: a circulation passage (41, 43, 47) configured to draw air from an interior of the laundry receiving device and guide the air back into the laundry receiving device; a heat exchanger provided in the circulation passage (41, 43, 47); and a blower configured to circulate the air from the interior of the laundry receiving device through the circulation passage (41, 43, 47) and back into the laundry receiving device; a first PCB, i.e. a first Printed Circuit Board, having a first controller configured to control the drive system; and a second PCB having a second controller, wherein the second controller is configured to implement data communication with the first controller, characterised in that the second controller is configured to control the heat exchanger and the blower during the drying cycle after the washing cycle. a cabinet having a laundry opening; a laundry receiving device provided in the cabinet and configured to receive laundry therein through the laundry opening; a drive system coupled to the laundry receiving device and configured to rotate the laundry receiving device; a hot air supply module, including: a circulation passage (41, 43, 47) configured to draw air from an interior of the laundry receiving device and guide the air back into the laundry receiving device; a heat exchanger provided in the circulation passage (41, 43, 47); and a blower configured to circulate the air from the interior of the laundry receiving device through the circulation passage (41, 43, 47) and back into the laundry receiving device; a circulation passage (41, 43, 47) configured to draw air from an interior of the laundry receiving device and guide the air back into the laundry receiving device; a heat exchanger provided in the circulation passage (41, 43, 47); and a blower configured to circulate the air from the interior of the laundry receiving device through the circulation passage (41, 43, 47) and back into the laundry receiving device; a first PCB, i.e. a first Printed Circuit Board, having a first controller configured to control the drive system; and a second PCB having a second controller, wherein the second controller is configured to implement data communication with the first controller, characterised in that the second controller is configured to control the heat exchanger and the blower during the drying cycle after the washing cycle.
Dishwasher comprising a machine frame and a machine door that is pivotally arranged thereon,a tension spring being arranged between the machine door and the machine frame, which tension spring is held on the machine frame by an adjustment slide that is arranged on the machine frame so as to be movable thereon in the vertical direction,the adjustment slide carrying a threaded plate and interacting with an adjustment screw, the screw head of which is supported with respect to an abutment provided by the machine frame, characterised in that the abutment has a hole, open on one side, in the form of an elongate slot, in that the adjustment slide, the threaded plate carried thereby, and the adjustment screw that interacts therewith form a pre-mountable modular unit, and in that, when finally assembled, the dishwasher has a side wall that has a hole at the top, through which the screw head of the adjustment screw is accessible.
A method for determining the walking safety of a person, wherein - a path distance is determined, wherein the path distance is determined to run at least between a starting point and a turning point and/or the path distance is determined to run at least between the turning point and an end point, - the movement of a person along the path distance is recorded, wherein a timing is started when the person starts the movement along the path at the starting point or at the turning point, and wherein the timing is stopped when the person stops the movement along the path at the turning point or at the end point, - the position of the person relative to the starting point and/or end point is measured, and wherein the measured values determined in this way are fed to a processing unit, wherein the processing unit generates a signal from the measured values recorded over time, - a polynomial function is derived as a model from the progression of the signal over the path distance, characterised in that - the progression of the signal is compared to the model and a measured value for the walking safety is determined on the basis of this comparison. - a path distance is determined, wherein the path distance is determined to run at least between a starting point and a turning point and/or the path distance is determined to run at least between the turning point and an end point, - the movement of a person along the path distance is recorded, wherein a timing is started when the person starts the movement along the path at the starting point or at the turning point, and wherein the timing is stopped when the person stops the movement along the path at the turning point or at the end point, - the position of the person relative to the starting point and/or end point is measured, and wherein the measured values determined in this way are fed to a processing unit, wherein the processing unit generates a signal from the measured values recorded over time, - a polynomial function is derived as a model from the progression of the signal over the path distance, characterised in that - the progression of the signal is compared to the model and a measured value for the walking safety is determined on the basis of this comparison.
A data structure for managing a series of call-routing numbers (24-0, 24-1,..., 24-n), such as Mobile Station Roaming Numbers or Handover Numbers, for a mobile communication network comprising a switch including at least one cluster, the cluster comprising a plurality of cluster members (14, 16, 18), each cluster member (14, 16, 18) capable of routing an incoming call, based on a temporary number associated with the call, either to a recipient subscriber served by the cluster member (14, 16, 18) or to another cluster member (14, 16, 18), wherein the data structure defines an amount of assignments equal to a length of the call-routing number series, wherein each assignment uniquely associates a cluster member with one or more least significant digits of the numbers of the call-routing number series.
Method of determining an offset relating to crank angle measurement in connection with a cylinder of an internal combustion piston engine, in which method: - the engine is rotated and it is refrained from fuel combustion in the cylinder during the method, - a reference value for the indicated mean effective pressure is determined, - an integral value of indicated mean effective pressure in the cylinder is determined over a range of crank angle during the combustion chamber of cylinder is closed and wherein a dead center position of the piston is located symmetrically within the range of crank angle, - a crank angle position offset value is determined based on the determined integral value of indicated mean effective pressure and the reference value for the indicated mean effective pressure - the dead center position is a bottom dead center position in the stage of intake-compression stroke, and the intake valves of the cylinder are closed so that during the method all of the gas exchange valves are maintained closed. - the engine is rotated and it is refrained from fuel combustion in the cylinder during the method, - a reference value for the indicated mean effective pressure is determined, - an integral value of indicated mean effective pressure in the cylinder is determined over a range of crank angle during the combustion chamber of cylinder is closed and wherein a dead center position of the piston is located symmetrically within the range of crank angle, - a crank angle position offset value is determined based on the determined integral value of indicated mean effective pressure and the reference value for the indicated mean effective pressure - the dead center position is a bottom dead center position in the stage of intake-compression stroke, and the intake valves of the cylinder are closed so that during the method all of the gas exchange valves are maintained closed.
A control method of an emergency call, adapted to a user equipment, UE, the control method comprising: originating an emergency call in a first public land mobile network, PLMN; determining whether a failure indication related to a radio resource is received; and selecting one of second PLMNs supported by the UE in response to the failure indication being received, and originating the emergency call again, characterized in that the UE disables a cell reselection procedure in the first PLMN and finds an acceptable cell of any one of the second PLMNs. originating an emergency call in a first public land mobile network, PLMN; determining whether a failure indication related to a radio resource is received; and selecting one of second PLMNs supported by the UE in response to the failure indication being received, and originating the emergency call again, characterized in that the UE disables a cell reselection procedure in the first PLMN and finds an acceptable cell of any one of the second PLMNs.
Strip drainage block (500; 700; 800) for use as pavement or as substructure on dikes or urban spaces, comprising a slab (502; 702; 802), a base (504; 706; 806), and a plurality of stems (506; 704; 804) connecting said slab and base, wherein each of the plurality of stems has a cross-sectional area that is smaller than the smallest cross-sectional areas of the slab and the base, wherein the slab and the base each comprise two longitudinal faces, each comprising a plurality of spacing projections (510, 512; 708, 710; 808, 810).
A trim assembly for a lock having a rotation axis extending normal to a plane of a door, the trim assembly comprising: a frame configured to be secured to a face of the door, the frame having a cam cavity extending transversally to the rotation axis, the cam cavity having a major depth along a first radial axis, a minor depth along a second radial axis, and a camming face having a reducing radial depth along a camming angle extending from the major depth to the minor depth, a clip having a transversally-oriented planar body received in the cam cavity, the clip having a radially-outer edge configured to slidingly engage the camming face, a rotary holder rotatably mounted to the frame around the rotation axis, the rotary holder having a first handle engagement member and a clip holder, the clip holder allowing radial sliding displacement of the clip while preventing rotational displacement of the clip relative to the rotary holder, a handle having a neck portion having a second engagement member tangentially engaged with the first engagement member, the handle having a transversal groove receiving a radially-inner edge of the clip. a frame configured to be secured to a face of the door, the frame having a cam cavity extending transversally to the rotation axis, the cam cavity having a major depth along a first radial axis, a minor depth along a second radial axis, and a camming face having a reducing radial depth along a camming angle extending from the major depth to the minor depth, a clip having a transversally-oriented planar body received in the cam cavity, the clip having a radially-outer edge configured to slidingly engage the camming face, a rotary holder rotatably mounted to the frame around the rotation axis, the rotary holder having a first handle engagement member and a clip holder, the clip holder allowing radial sliding displacement of the clip while preventing rotational displacement of the clip relative to the rotary holder, a handle having a neck portion having a second engagement member tangentially engaged with the first engagement member, the handle having a transversal groove receiving a radially-inner edge of the clip.
An apparatus in a base station of a cellular communication system, comprising: - means for storing, in the apparatus, information relating to a first direction sub-flow of a bidirectional sub-flow of a protocol connection on an air interface between the apparatus and a user equipment, the first direction being from the apparatus towards the user equipment; - means for determining, based on the stored information, the first direction sub-flow as a differentiated quality of service, QoS, sub-flow, - in response to the determining, means for causing transmission of a first indication of the differentiated QoS to the user equipment, to thereby request the user equipment to construct a classifier rule to apply the same differentiated QoS to an opposite direction sub-flow of the bidirectional sub-flow as used for packets in the first direction, the opposite direction being towards the apparatus from the user equipment, wherein the first indication comprises a first predetermined value in a header field of a packet transmitted on the first direction sub-flow of a bidirectional sub-flow, and - means for providing a second indication to the user equipment subsequent to the first indication, wherein the second indication indicates that applying the same differentiated QoS for the opposite direction sub-flow of the bidirectional sub-flow is to be ended. - means for storing, in the apparatus, information relating to a first direction sub-flow of a bidirectional sub-flow of a protocol connection on an air interface between the apparatus and a user equipment, the first direction being from the apparatus towards the user equipment; - means for determining, based on the stored information, the first direction sub-flow as a differentiated quality of service, QoS, sub-flow, - in response to the determining, means for causing transmission of a first indication of the differentiated QoS to the user equipment, to thereby request the user equipment to construct a classifier rule to apply the same differentiated QoS to an opposite direction sub-flow of the bidirectional sub-flow as used for packets in the first direction, the opposite direction being towards the apparatus from the user equipment, wherein the first indication comprises a first predetermined value in a header field of a packet transmitted on the first direction sub-flow of a bidirectional sub-flow, and - means for providing a second indication to the user equipment subsequent to the first indication, wherein the second indication indicates that applying the same differentiated QoS for the opposite direction sub-flow of the bidirectional sub-flow is to be ended.
A pigment paste composition comprising: a) a flame retardant comprising a combination of antimony oxide, a borate compound, and zinc sulfide; b) a coloring agent; c) a solvent comprising a plasticizer; and d) a wetting and dispersing agent. a) a flame retardant comprising a combination of antimony oxide, a borate compound, and zinc sulfide; b) a coloring agent; c) a solvent comprising a plasticizer; and d) a wetting and dispersing agent.
A user equipment, comprising: a transceiver unit, configured to exchange information with a first base station and a second base station; and a processing unit, coupled to the transceiver unit, wherein the transceiver unit and the processing unit are configured to perform a method according to which the processing unit exchanges information with the first base station through the first base station performing a random access procedure on the transceiver unit, the transceiver unit receives a first instruction message from the first base station, the processing unit transmits a reference message to the second base station through the transceiver unit according to the first instruction message, the transceiver unit receives a synchronization message from the second base station in response to the reference message and receives a second instruction message from the first base station, the processing unit records a round trip time of transmitting the reference message to the second base station, processing the reference message by the second base station, and receiving the synchronization message from the second base station according to the second instruction message and transmits the round trip time to the first base station through the transceiver unit according to the second instruction message, wherein the reference message and the synchronization message are periodically transmitted. a transceiver unit, configured to exchange information with a first base station and a second base station; and a processing unit, coupled to the transceiver unit, wherein the transceiver unit and the processing unit are configured to perform a method according to which the processing unit exchanges information with the first base station through the first base station performing a random access procedure on the transceiver unit, the transceiver unit receives a first instruction message from the first base station, the processing unit transmits a reference message to the second base station through the transceiver unit according to the first instruction message, the transceiver unit receives a synchronization message from the second base station in response to the reference message and receives a second instruction message from the first base station, the processing unit records a round trip time of transmitting the reference message to the second base station, processing the reference message by the second base station, and receiving the synchronization message from the second base station according to the second instruction message and transmits the round trip time to the first base station through the transceiver unit according to the second instruction message, wherein the reference message and the synchronization message are periodically transmitted.
A demineralized bone matrix scaffold product (7, 18, 20, 22, 31, 34) comprising a plurality of elongate demineralised bone fibres knitted together in a regular and repeating knit pattern.