mhurhangee/ep-ind-claims huggingface dataset:
A massage apparatus that provides a pulsed electromagnetic field, the massage apparatus comprising: a massage unit including a mount frame provided to be movable along a user's body and acupressure modules provided to protrude from the mount frame so as to apply pressure to the user's body; a pulsed electromagnetic field generator provided on the mount frame independently of the acupressure module and configured to generate a pulsed electromagnetic field by means of power applied thereto; and a controller configured to control operation of the acupressure module and generation of the pulsed electromagnetic field, characterised in that the controller is configured to control the power of the pulsed electromagnetic field generator according to a location and moving speed of the massage unit such that the pulsed electromagnetic field is controlled depending on body parts of the user. a massage unit including a mount frame provided to be movable along a user's body and acupressure modules provided to protrude from the mount frame so as to apply pressure to the user's body; a pulsed electromagnetic field generator provided on the mount frame independently of the acupressure module and configured to generate a pulsed electromagnetic field by means of power applied thereto; and a controller configured to control operation of the acupressure module and generation of the pulsed electromagnetic field, characterised in that the controller is configured to control the power of the pulsed electromagnetic field generator according to a location and moving speed of the massage unit such that the pulsed electromagnetic field is controlled depending on body parts of the user.
A method of mitigating dispersion effects in a high frequency communications channel, the method comprising: passing a signal through an adjustable linear filter, the adjustable linear filter having a plurality of coefficients (y1, y2, y3,...), the output of the adjustable linear filter being an electrical signal; calculating a figure of merit that represents a quality of the electrical signal; and adjusting the coefficients (y1, y2, y3,...) of the adjustable linear filter based at least on the value of the figure of merit so as to minimize the figure of merit and improve the quality of the electrical signal; characterized in that the figure of merit is determined from the equation: F = M 4 M 2 2 wherein F is the value of the figure of merit; A(t) is the amplitude of the electrical signal; M 4 is the fourth moment of the electrical signal and equals the time average of A 4 (t); and M 2 is the second moment of the electrical signal and equals the time average of A 2 (t). passing a signal through an adjustable linear filter, the adjustable linear filter having a plurality of coefficients (y1, y2, y3,...), the output of the adjustable linear filter being an electrical signal; calculating a figure of merit that represents a quality of the electrical signal; and adjusting the coefficients (y1, y2, y3,...) of the adjustable linear filter based at least on the value of the figure of merit so as to minimize the figure of merit and improve the quality of the electrical signal; the figure of merit is determined from the equation: F = M 4 M 2 2 wherein F is the value of the figure of merit; A(t) is the amplitude of the electrical signal; M 4 is the fourth moment of the electrical signal and equals the time average of A 4 (t); and M 2 is the second moment of the electrical signal and equals the time average of A 2 (t).
Movable cable guiding device, comprising an articulated arm having a first, a second and a third section (30, 32, 34), the first and second sections (30, 32) being articulated with one another so as to be able to pivot relative to one another about a first articulation axis, the second section being a rod which is articulated with the first section by one of its ends, the third section being articulated with the other end of the rod so as to be able to pivot relative to the second section about a second articulation axis, the guiding device further comprising guiding means for guiding a cable along the articulated arm, the guiding means comprising a first spiral reel which is oriented along a first winding axis, coincident with the first articulation axis, for winding the cable about said first spiral reel to form at least one winding, the first spiral reel comprising a spacer member for keeping the successive windings of the cable about the first winding axis spaced apart from one another along the first winding axis, characterised in that the spacer member is formed of a low-friction material, and in that the first and second articulation axes (A1, A2) intersect, the third section having a channel for receiving the cable, which channel opens opposite the point of intersection of the first and second articulation axes (A1, A2).
Drink preparation apparatus with at least one liquid inlet, a drink delivery device comprising at least one drink outlet, a liquid conduit network fluidically connecting the at least one liquid inlet and the at least one drink outlet, and a housing, wherein the housing comprises an upper housing covering, and wherein arranged below the upper housing covering is a valve support on which at least two control and/or regulating valves of the drink preparation apparatus are arranged and are freely accessible after removing the upper housing covering, wherein a housing base is of substantially pan-shaped configuration and comprises an integrally formed liquid reservoir, characterized in that the housing base has a housing base surface which is set back in the direction toward the housing covering from a housing base outside pointing away from the housing covering, and in that the liquid reservoir at least partially surrounds the housing base surface.
An array substrate, comprising a plurality of data lines, a plurality of gate lines and a plurality of thin film transistors, the plurality of data lines and the plurality of gate lines intersecting with each other in different planes to divide the array substrate into a plurality of pixel units, a thin film transistor being provided in each pixel unit, wherein the array substrate further comprises a plurality of first touch sensing electrodes and a plurality of second touch sensing electrodes, wherein the first touch sensing electrodes are provided on a side of active regions of the thin film transistors facing away from the gate lines, and the first touch sensing electrodes are at least partially overlapped with active layers of the thin film transistors in a thickness direction of the array substrate so that the first touch sensing electrodes also serve as metal shielding layers for blocking light emitted by a backlight source and are able to prevent the light emitted by the backlight source from influencing photon-generated carriers of the active regions of the thin film transistors, and the first touch sensing electrodes and the second touch sensing electrodes are in different planes and intersect with each other, capacitances are formed at intersections of the first touch sensing electrodes and the second touch sensing electrodes, and the first touch sensing electrodes and the second touch sensing electrodes cooperate to achieve a touch control function. the first touch sensing electrodes are provided on a side of active regions of the thin film transistors facing away from the gate lines, and the first touch sensing electrodes are at least partially overlapped with active layers of the thin film transistors in a thickness direction of the array substrate so that the first touch sensing electrodes also serve as metal shielding layers for blocking light emitted by a backlight source and are able to prevent the light emitted by the backlight source from influencing photon-generated carriers of the active regions of the thin film transistors, and the first touch sensing electrodes and the second touch sensing electrodes are in different planes and intersect with each other, capacitances are formed at intersections of the first touch sensing electrodes and the second touch sensing electrodes, and the first touch sensing electrodes and the second touch sensing electrodes cooperate to achieve a touch control function.
An antibody or a functional fragment thereof which can react with a sweat antigen composition and inhibit histamine release, induced by the composition, from a sweat antigen stimulation-responsive cell, wherein the antibody is produced from a hybridoma deposited under accession No. FERM BP-11110, FERM BP-11111 or FERM BP-11112.
A total body imaging station comprising: an enclosed interior area; at least one door enabling a user to enter into the enclosed interior area; one or more body positioning members located within said enclosed interior area which enable the user to accurately position his/her body for one or more predetermined body poses; a plurality of cameras which together provide overlapping images of the user in the one or more predetermined body poses wherein the plurality of cameras exist in stationary position and are not capable of repositioning; at least one light panel positioned near said plurality of cameras; and at least one image display device located within the enclosed interior area that is viewable by the user; wherein the one or more body positioning members comprise at least one of one or more handles for the user's hands and a footplate for the user's foot or feet; characterized in that: said one or more handles and said footplate each comprise a signaling component configured to signal the user when the user has engaged the one or more handles and the footplate; and each signaling component comprises a light emitting component with capacitive touch sensors (446, 460, 476) thereby enabling the one or more handles and the footplate to light up when engaged by the user. an enclosed interior area; at least one door enabling a user to enter into the enclosed interior area; one or more body positioning members located within said enclosed interior area which enable the user to accurately position his/her body for one or more predetermined body poses; a plurality of cameras which together provide overlapping images of the user in the one or more predetermined body poses wherein the plurality of cameras exist in stationary position and are not capable of repositioning; at least one light panel positioned near said plurality of cameras; and at least one image display device located within the enclosed interior area that is viewable by the user; said one or more handles and said footplate each comprise a signaling component configured to signal the user when the user has engaged the one or more handles and the footplate; and each signaling component comprises a light emitting component with capacitive touch sensors (446, 460, 476) thereby enabling the one or more handles and the footplate to light up when engaged by the user.
A screwdriving tool (10, 10a, 10b, 10c, 10d, 10e) comprising a driving tool (12, 12b, 12c, 12e, 12f), a contact trip assembly (14, 14a, 14b, 14c, 14e, 14f) that is coupled to the driving tool (12, 12b, 12c, 12e, 12f), a sensor (42, 42b, 1000, 1000d, 1000e) and a sensor target (142, 142b, 1002, 1002d, 1002e), the driving tool (12, 12b, 12c, 12e, 12f) having a tool housing (40, 40b, 40c, 40e, 40f), a motor assembly (22, 22a, 22c) and an output member (28, 28c, 28d) that is driven by the motor assembly (22, 22a, 22c), whereby the contact trip assembly (14, 14a, 14b, 14c, 14e, 14f) has a nose element (72, 72a, 72c, 72d, 72e), one of the nose element (72, 72a, 72c, 72d, 72e) and the output member (28, 28c, 28d) being axially movable and biased by a spring (76, 1006, 1006d, 1006e) into an extended position, one of the sensor (42, 42b, 1000, 1000d, 1000e) and the sensor target (142, 142b, 1002, 1002d, 1002e) being coupled to the tool housing (40, 40b, 40c, 40e, 40f), the other one of the sensor (42, 42b, 1000, 1000d, 1000e) and the sensor target (142, 142b, 1002, 1002d, 1002e) being coupled to the one of the output member (28, 28c, 28d) and the nose element (72, 72a, 72c, 72d, 72e) for axial movement relative to the one of the sensor (42, 42b, 1000, 1000d, 1000e) and the sensor target (142, 142b, 1002, 1002d, 1002e), characterized in that the sensor (42, 42b, 1000, 1000d, 1000e) provides a sensor signal that is based upon a distance between the sensor (42, 42b, 1000, 1000d, 1000e) and the sensor target (142, 142b, 1002, 1002d, 1002e), wherein the motor assembly (22, 22a, 22c) is controllable in a first operational mode and at least one rotational direction based in part on the sensor signal; wherein the contact trip assembly (14, 14a, 14b, 14c, 14e, 14f) is removably coupled to the driving tool (12, 12b, 12c, 12e, 12f).
A method of quality control testing a FXIII containing sample which comprises the step of detecting the presence of and/or measuring the concentration of pre-activated FXIII (FXIIIa°) in said sample.
A stroller seat comprising a folding mechanism for a stroller seat backrest, the stroller seat comprising the backrest and a seat plate with positioners placed on its sides - to adjust the position of the backrest - with wavelike projections and recesses, where on each side of the backrest into each positioner a locking element is inserted, which on both sides of a backrest frame passes with its ends through longitudinal openings in the backrest frame, where the locking element at each its end is connected to a spring, which is mounted and led out preferably at or near an attachment point, wherein the seat plate - on each of both sides in a place close to the rear line connecting the seat plate with the backrest - has a handle located in this part of the seat plate in which the stroller seat backrest is placed, where in the lower part of the handle - along the edge of the seat plate - a generally rectangular element is formed, which is substantially parallel to the seat plate and from this rectangular element an element with a shape similar to a triangle is led out upwards where the handle in its central part has a recess adapted to recess in it a pendulum-mounted movable comb with a shape similar to a triangle with rounded corners, and therefore the recess with its shape corresponds to the shape of the movable comb, a place of pendulum connection of the handle with the movable comb is a connecting point and this place is the axis of rotation of the movable comb, at the same time the connecting point - i.e. the place where the handle connects with the movable comb - is located in one of the corners of the movable comb and at the same time in the upper corner of the handle with a shape similar to a triangle, along one of the edges of the movable comb a recess or opening is made with wavelike protrusions and recesses, where thus formed recess forms the positioner, wherein in the lower corner of the movable comb, which hides deepest in the recess the movable comb has the attachment point in which it is pendulum connected to the backrest frame, and the attachment point is the place of rotation of the backrest frame relative to the seat plate, the movable comb has a sliding lock of folding with an appropriately profiled end of the sliding lock of the movable comb, the sliding lock is hidden in the contour of the movable comb, in which the sliding lock is recessed, the end of the unlocked sliding lock - with a spring mechanism - adapted to lock the movable comb in the handle, and adapted to release the sliding lock allows pendulum rotation of the movable comb relative to the connecting point, wherein in the folding mechanism, the connecting point defining a folding place of the backrest frame is located above the attachment point, where the backrest inclination angle is adjusted, and an analogous backrest folding mechanism is attached to each of both sides of the stroller.
Process for partially or completely oxidizing one or more thiocarbonylthio ends of a polymer resulting from a radical polymerization controlled by reversible addition-fragmentation using thiocarbonylthio agents which comprises a stage in which said polymer is brought into contact with an ozone-comprising gas, during which the ozone reacts with the thiocarbonylthio end or ends.
A method of processing a compressed video signal that includes a succession of image frames and that is a compressed version of an original source video signal, the method comprising: analyzing the compressed video signal to generate one or more compression statistics; identifying a scene of the compressed video signal for re-encoding based on at least one of the compressed video signal and the compression statistics; selecting a target bit rate for re-encoding the identified scene based on the compression statistics and applicable compression constraints; determining compression parameters for the identified scene based on the identified scene's compression statistics and the selected target bit rate; re-encoding image frames for the identified scene from the original source video signal based on the determined compression parameters, thereby generating a new compressed scene; checking a visual quality of the new compressed scene by monitoring a parameter that is indicative of compressed picture quality to enable a decision to be made to accept or reject the new compressed scene; and integrating the new compressed scene into the compressed video signal if the visual quality is sufficient for the decision to be made to accept it. analyzing the compressed video signal to generate one or more compression statistics; identifying a scene of the compressed video signal for re-encoding based on at least one of the compressed video signal and the compression statistics; selecting a target bit rate for re-encoding the identified scene based on the compression statistics and applicable compression constraints; determining compression parameters for the identified scene based on the identified scene's compression statistics and the selected target bit rate; re-encoding image frames for the identified scene from the original source video signal based on the determined compression parameters, thereby generating a new compressed scene; checking a visual quality of the new compressed scene by monitoring a parameter that is indicative of compressed picture quality to enable a decision to be made to accept or reject the new compressed scene; and integrating the new compressed scene into the compressed video signal if the visual quality is sufficient for the decision to be made to accept it.
A method for controlling congestion in a communications network comprising a plurality of terminals capable of transmitting a message, said method being characterised in that it comprises the following steps: - receiving a message or message fragment at a given instant; - assessing the number of terminals currently transmitting; - defining a time slot, called congestion window, of duration ΔTf that is configured so as to be proportional to the number N of terminals currently transmitting and to be inversely proportional to the maximum input load G of the network that allows a substantially zero retransmissions rate to be obtained; - making, for each terminal and each message or message fragment (112, 122, 132) to be transmitted, the start of the congestion window coincide with said given instant (111, 121, 131) of receiving a message or message fragment and defining an actual transmission instant (T1, T2, T3) of said message or message fragment (112, 122, 132) as a random value taken in the congestion window. - receiving a message or message fragment at a given instant; - assessing the number of terminals currently transmitting; - defining a time slot, called congestion window, of duration ΔTf that is configured so as to be proportional to the number N of terminals currently transmitting and to be inversely proportional to the maximum input load G of the network that allows a substantially zero retransmissions rate to be obtained; - making, for each terminal and each message or message fragment (112, 122, 132) to be transmitted, the start of the congestion window coincide with said given instant (111, 121, 131) of receiving a message or message fragment and defining an actual transmission instant (T1, T2, T3) of said message or message fragment (112, 122, 132) as a random value taken in the congestion window.
A timer controlling method, being applicable to an electronic device, the method comprising: in response to that a medium access control layer receives a beam failure instance indication sent by a physical layer, determining whether a count value of a beam failure indication counter is greater than or equal to a preset value; in response to that the count value of the beam failure indication counter is greater than or equal to the preset value, triggering a random access; determining whether the triggered random access is to be initiated; in response to determining that the triggered random access is to be initiated, upon initiating the triggered random access, resetting a beam failure recovery timer in response to that a medium access control layer receives a beam failure instance indication sent by a physical layer, determining whether a count value of a beam failure indication counter is greater than or equal to a preset value; in response to that the count value of the beam failure indication counter is greater than or equal to the preset value, triggering a random access; determining whether the triggered random access is to be initiated; in response to determining that the triggered random access is to be initiated, upon initiating the triggered random access, resetting a beam failure recovery timer
A mining vehicle monitoring and control system, the system comprising: at least one sensor being located in the vehicle, wherein the at least one sensor is configured to collect real-time data for at least one condition of the vehicle; a server being located remote from the vehicle and being configured to load at least one control parameter onto the server; a first transmission means for transmitting collected data to the server; a comparison means in the server for comparing the collected data to the at least one control parameter and for generating at least one vehicle condition recommendation based upon the comparison; and a second transmission means for transmitting the at least one vehicle condition recommendation from the server to the display device, characterized in that the system comprises a display device being located in the vehicle in such a way that it is visible to a driver of the vehicle, and in that the system is configured to enable the driver to see the recommendations on the display device and to adjust the vehicle operating conditions in real time. at least one sensor being located in the vehicle, wherein the at least one sensor is configured to collect real-time data for at least one condition of the vehicle; a server being located remote from the vehicle and being configured to load at least one control parameter onto the server; a first transmission means for transmitting collected data to the server; a comparison means in the server for comparing the collected data to the at least one control parameter and for generating at least one vehicle condition recommendation based upon the comparison; and a second transmission means for transmitting the at least one vehicle condition recommendation from the server to the display device, characterized in that the system comprises a display device being located in the vehicle in such a way that it is visible to a driver of the vehicle, and in that the system is configured to enable the driver to see the recommendations on the display device and to adjust the vehicle operating conditions in real time.