mhurhangee/ep-ind-claims huggingface dataset:
A printer comprising: communication means able to execute a first communication mode in which wireless communication is performed with a terminal device via an external access point, and a second communication mode in which the printer serves as a parent station to directly, wirelessly communicate with a terminal device without using the external access point; wherein the communication means is capable of performing wireless communication using a 2.4-GHz band and wireless communication using a 5-GHz band, respectively, the 5-GHz band including a frequency band in which a DFS, Dynamic Frequency Selection, function is required; control means for controlling the communication means and for setting a usage channel of the communication means; and print control means for executing printing based on data transmitted from the terminal device and received by the communication means via a communication using the usage channel set by the control means, characterized in that the communication means sets the same channel as a usage channel of the first communication mode to a usage channel of the second communication mode in a case where the control means performs a communication in the first communication mode using a channel in the 2.4-GHz band as the usage channel of the first communication mode; and the control means is adapted to perform control such that the communication of the second communication mode is not executed using a channel in the frequency band in which the DFS function is required. communication means able to execute a first communication mode in which wireless communication is performed with a terminal device via an external access point, and a second communication mode in which the printer serves as a parent station to directly, wirelessly communicate with a terminal device without using the external access point; wherein the communication means is capable of performing wireless communication using a 2.4-GHz band and wireless communication using a 5-GHz band, respectively, the 5-GHz band including a frequency band in which a DFS, Dynamic Frequency Selection, function is required; control means for controlling the communication means and for setting a usage channel of the communication means; and print control means for executing printing based on data transmitted from the terminal device and received by the communication means via a communication using the usage channel set by the control means, characterized in that the communication means sets the same channel as a usage channel of the first communication mode to a usage channel of the second communication mode in a case where the control means performs a communication in the first communication mode using a channel in the 2.4-GHz band as the usage channel of the first communication mode; and the control means is adapted to perform control such that the communication of the second communication mode is not executed using a channel in the frequency band in which the DFS function is required.
A printed circuit board arrangement having a printed circuit board which can be populated with components which include at least one microswitch, wherein the printed circuit board is fastened to a printed circuit board carrier, characterized in that the microswitch is held between the printed circuit board and the printed circuit board carrier at least by means of frictional clamping owing to the normal forces which are caused by the printed circuit board being fastened to the printed circuit board carrier.
A variable displacement-type clutchless compressor comprising a housing, the housing being constituted by a front head, a cylinder block, a rear head and a cover member, the housing including: a discharge area through which refrigerant discharged from a compression space flows out of said compressor; a check valve disposed in said discharge area, wherein said discharge area is constituted with a muffler chamber, a check valve housing portion located downstream relative to said muffler chamber, where said check valve is accommodated; a discharge passage connected with a high-pressure side piping of a refrigerant circuit and formed substantially parallel to said check valve housing portion; and a communicating passage that communicates between said check valve housing portion on a check valve discharge side and said discharge passage wherein the check valve housing portion, the communication passage and the discharge passage are formed in series from said muffler chamber on the downstream side of the muffler chamber, characterized in that the discharge area is formed in the housing. a discharge area through which refrigerant discharged from a compression space flows out of said compressor; a check valve disposed in said discharge area, wherein said discharge area is constituted with a muffler chamber, a check valve housing portion located downstream relative to said muffler chamber, where said check valve is accommodated; a discharge passage connected with a high-pressure side piping of a refrigerant circuit and formed substantially parallel to said check valve housing portion; and a communicating passage that communicates between said check valve housing portion on a check valve discharge side and said discharge passage wherein the check valve housing portion, the communication passage and the discharge passage are formed in series from said muffler chamber on the downstream side of the muffler chamber, characterized in that the discharge area is formed in the housing.
A position detection sensor comprising a rod-shaped contact part having a distal end and a proximal end, the contact part being configured such that an outer peripheral surface of the contact part at the distal end contacts an object and the contact part pivots about the proximal end in accordance with displacement of the object; a movable part configured to move with a pivot of the contact part; and a proximity switch configured to sense a presence of the movable part and detect a position of the object when the movable part moves to approach a predetermined distance, characterized in that the contact part includes a columnar outer member having elasticity and constituting an outer peripheral portion of the contact part, and a rod-shaped inner member inserted in the outer member and having an elastic modulus larger than an elastic modulus of the outer member. a rod-shaped contact part having a distal end and a proximal end, the contact part being configured such that an outer peripheral surface of the contact part at the distal end contacts an object and the contact part pivots about the proximal end in accordance with displacement of the object; a movable part configured to move with a pivot of the contact part; and a proximity switch configured to sense a presence of the movable part and detect a position of the object when the movable part moves to approach a predetermined distance, characterized in that the contact part includes a columnar outer member having elasticity and constituting an outer peripheral portion of the contact part, and a rod-shaped inner member inserted in the outer member and having an elastic modulus larger than an elastic modulus of the outer member. a columnar outer member having elasticity and constituting an outer peripheral portion of the contact part, and a rod-shaped inner member inserted in the outer member and having an elastic modulus larger than an elastic modulus of the outer member.
A method for braking a single coil BLDC motor, the method comprising iterating a plurality of times through a sequence of: a braking state which lasts a braking period, and a high impedance state which lasts a cool down period, wherein current runs through the single coil during the braking state and wherein no current runs through the single coil during the high impedance state, and wherein transiting from the braking state to the high impedance state is done when the motor operates in generator mode characterized in that the method comprises a clamping function for absorbing a flyback pulse induced by transiting from the braking state to the high impedance state such that a supply voltage of the motor is clamped to a maximum voltage and wherein the cool down period is adjusted in function of a signal indicative of an operating temperature induced by the clamping function. a braking state which lasts a braking period, and a high impedance state which lasts a cool down period, wherein current runs through the single coil during the braking state and wherein no current runs through the single coil during the high impedance state, and wherein transiting from the braking state to the high impedance state is done when the motor operates in generator mode
A method of operating a user equipment (201, 401) in a cellular communication system, the method comprising: tuning a demodulation frequency of the user equipment (201, 401) based on signals received from a first encountered cell, wherein tuning the demodulation frequency causes an accuracy of the demodulation frequency to be within limits of accuracy that enable successful reception and decoding of received information; using a non-initial cell search procedure to continue searching for a qualified cell for camping on, wherein the non-initial cell search procedure relies on the demodulation frequency being within the limits of accuracy that enable successful reception and decoding of received information, and wherein qualification of a cell for camping on is an indicator of whether the cell is permitted to act as a service provider to the user equipment (201, 401); prior to finding a qualified cell for camping on, saving information about a first discovered unqualified cell, wherein the saved information enables the first discovered unqualified cell to be found; after a period of time during which the non-initial cell search procedure has been performed, using the saved information about the first discovered unqualified cell to again tune the demodulation frequency based on reading signals from the first discovered unqualified cell; and continuing to perform the non-initial cell search procedure, and using a timer to detect expiration of the period of time. tuning a demodulation frequency of the user equipment (201, 401) based on signals received from a first encountered cell, wherein tuning the demodulation frequency causes an accuracy of the demodulation frequency to be within limits of accuracy that enable successful reception and decoding of received information; using a non-initial cell search procedure to continue searching for a qualified cell for camping on, wherein the non-initial cell search procedure relies on the demodulation frequency being within the limits of accuracy that enable successful reception and decoding of received information, and wherein qualification of a cell for camping on is an indicator of whether the cell is permitted to act as a service provider to the user equipment (201, 401); prior to finding a qualified cell for camping on, saving information about a first discovered unqualified cell, wherein the saved information enables the first discovered unqualified cell to be found; after a period of time during which the non-initial cell search procedure has been performed, using the saved information about the first discovered unqualified cell to again tune the demodulation frequency based on reading signals from the first discovered unqualified cell; and continuing to perform the non-initial cell search procedure, and using a timer to detect expiration of the period of time.
An enclosure for housing and fastening a length of optical cable, said optical cable having an outer sheath and a flexible strength member, wherein said enclosure comprises a fixing element and a retention assembly, said fixing element being adapted for engaging a portion of the outer sheath and said retention assembly being adapted for fastening said flexible strength member, wherein said fixing element and said retention assembly are independent from each other, wherein said retention assembly comprises a reel and a reel seat, said reel being adapted to receive at least one turn of the flexible strength member wound thereon and to be inserted without rotation into the reel seat, and said reel seat being adapted for housing the reel, wherein said reel seat is shaped at least partially mating the shape of the reel, wherein said reel has a winding path for at least one turn of flexible strength member, wherein said reel is adapted to be pressure pushed into the reel seat, wherein in use the reel can be rendered separated from the enclosure, and wherein the enclosure further comprises a base and wherein the fixing element is integrally formed with the base.
Method for bonding of shaped bodies made of fiber composite compositions containing a plastic matrix KFZ with polyurethane compositions P, comprising the steps: a) application of IR radiation to a defined region DB of the shaped body of KFZ or application of IR radiation to the surface of the defined region DB that faces away and to which the polyurethane composition P is applied in step b); b) application of a polyurethane composition P to the defined region DB of the shaped body of KFZ; c) bonding of the polyurethane composition P on the defined region DB of the shaped body of KFZ to a substrate, d) curing of the polyurethane composition P. a) application of IR radiation to a defined region DB of the shaped body of KFZ or application of IR radiation to the surface of the defined region DB that faces away and to which the polyurethane composition P is applied in step b); b) application of a polyurethane composition P to the defined region DB of the shaped body of KFZ; c) bonding of the polyurethane composition P on the defined region DB of the shaped body of KFZ to a substrate, d) curing of the polyurethane composition P.
A lawn mower having a cutting deck supported for movement over the ground, the cutting deck having a single, downwardly facing cutting chamber, the cutting chamber having a top wall, a generally circular sidewall extending vertically downwardly from the top wall, and an open bottom circumscribed by the sidewall, wherein the sidewall in a mulching mode of operation extends 360° around a peripheral circumference of the cutting chamber to confine grass clippings within the cutting chamber until such grass clippings drop out of the open bottom of the cutting chamber in the mulching mode of operation, a rotatable cutting blade within the cutting chamber for cutting grass, wherein the cutting blade rotates about a generally vertical axis of rotation with the axis of rotation being generally centered within the sidewall of the cutting chamber; said lawn mower further comprising: (a) an exit tunnel overlying at least a portion of the cutting chamber on the cutting deck for receiving grass clippings from the cutting chamber in a discharge/collection mode of operation and for conducting such clippings to a discharge opening on the cutting deck, wherein the discharge opening of the exit tunnel is a separate opening from the open bottom of the cutting chamber; and (b) a pivotal mulch door selectively pivotal between an open position in the discharge/collection mode of operation and a closed position in the mulching mode of operation; characterized in that the mulch door is located in the exit tunnel to selectively open and close an entrance to the exit tunnel, said mulch door having a first portion forming a portion of the top wall of the cutting chamber and a second portion forming a portion of the sidewall of the cutting chamber when the door is in the closed position, the second portion of the mulch door extending vertically downwardly from the first portion of the mulch door in the same manner that the sidewall extends vertically downwardly from the top wall. (a) an exit tunnel overlying at least a portion of the cutting chamber on the cutting deck for receiving grass clippings from the cutting chamber in a discharge/collection mode of operation and for conducting such clippings to a discharge opening on the cutting deck, wherein the discharge opening of the exit tunnel is a separate opening from the open bottom of the cutting chamber; and (b) a pivotal mulch door selectively pivotal between an open position in the discharge/collection mode of operation and a closed position in the mulching mode of operation;
A medical delivery system comprising: a balloon catheter; and an inflatable balloon associated with a portion of the balloon catheter, the inflatable balloon comprising a balloon wall at least partially defining an inflated volume of the inflatable balloon, the balloon wall comprising a first balloon wall layer and a second balloon wall layer, the first balloon wall layer comprising a Shore A durometer hardness value smaller than that of the second balloon wall layer, and the first balloon wall layer being an inner layer of the balloon wall relative to the second balloon wall layer; wherein the first balloon wall layer is about 70% to about 85% of a total thickness of the balloon wall. a balloon catheter; and an inflatable balloon associated with a portion of the balloon catheter, the inflatable balloon comprising a balloon wall at least partially defining an inflated volume of the inflatable balloon, the balloon wall comprising a first balloon wall layer and a second balloon wall layer, the first balloon wall layer comprising a Shore A durometer hardness value smaller than that of the second balloon wall layer, and the first balloon wall layer being an inner layer of the balloon wall relative to the second balloon wall layer; wherein the first balloon wall layer is about 70% to about 85% of a total thickness of the balloon wall.
A method performed by a home network proximity service function in the home network of a mobile terminal for authorizing the mobile terminal to use a proximity service, comprising: receiving a request from the mobile terminal to obtain proximity service authorization for at least one other network (107, 108) different from the home network; in response to receiving the request, obtaining authorization information from a proximity service function (103, 105) of the at least one other network (107, 108) for which proximity service authorization is requested; and providing the mobile terminal with authorization information required for authorization with said at least one other network (107, 108) for which the request is made. receiving a request from the mobile terminal to obtain proximity service authorization for at least one other network (107, 108) different from the home network; in response to receiving the request, obtaining authorization information from a proximity service function (103, 105) of the at least one other network (107, 108) for which proximity service authorization is requested; and providing the mobile terminal with authorization information required for authorization with said at least one other network (107, 108) for which the request is made.
A method for obtaining channel state information in a wireless access system for supporting traffic adaption, the method performed by a user equipment, UE, and comprising: receiving first uplink, UL, and downlink, DL, configuration information; receiving interference measurement resource information comprising location information of interference measurement resource; receiving dynamic control information indicating one or more UL subframes among UL resources corresponding to the first UL and DL configuration information, wherein the one or more UL subframes are reconfigured to one or more DL subframes by the dynamic control information for the traffic adaption; and measuring interference on the interference measurement resource within the one or more DL subframes. receiving first uplink, UL, and downlink, DL, configuration information; receiving interference measurement resource information comprising location information of interference measurement resource; receiving dynamic control information indicating one or more UL subframes among UL resources corresponding to the first UL and DL configuration information, wherein the one or more UL subframes are reconfigured to one or more DL subframes by the dynamic control information for the traffic adaption; and measuring interference on the interference measurement resource within the one or more DL subframes.
A monitor device for an ostomy system, the monitor device comprising: a processor; memory; and a first interface connected to the processor and the memory, the first interface comprising a plurality of terminals including a ground terminal and a first terminal for collecting ostomy data from an ostomy appliance of the ostomy system via the first interface, characterised in that the processor is configured to process the ostomy data according to a processing scheme selected from a first processing scheme and a second processing scheme, the second processing scheme being different from the first processing scheme, the processor comprising an ostomy processing controller configured to select the processing scheme based on one or more control parameters comprising a control parameter indicative of an operating state of the ostomy appliance. a processor; memory; and a first interface connected to the processor and the memory, the first interface comprising a plurality of terminals including a ground terminal and a first terminal for collecting ostomy data from an ostomy appliance of the ostomy system via the first interface,
Circuit arrangement for starting and operating a high-pressure discharge lamp, comprising: - a half-bridge arrangement comprising a half-bridge centre point, which is connected to a DC link voltage (U_B) with a reference potential and a feed voltage potential, - a lamp inductor, which is connected at one end to the half-bridge centre point, - a striking stage, which is connected to the other end of the lamp inductor of the high-pressure discharge lamp, and to the DC link voltage and has a node, - a first switch, which is connected between the reference potential of the DC link voltage (U_B) and the node, - a series circuit comprising a first capacitor and a second capacitor, which series circuit is connected to the DC link voltage, - connections for connecting the high-pressure discharge lamp, wherein a first connection is connected to the striking stage and a second connection is connected to the node between the first capacitor and the second capacitor, - a two-pole network, whose first pole is connected to the node and whose second pole is connected to the node between the first capacitor and the second capacitor, wherein - the first switch is drivable for generating striking pulses for striking the high-pressure discharge lamp connected to the circuit arrangement and for discharging the second capacitor via the two-pole network. - a half-bridge arrangement comprising a half-bridge centre point, which is connected to a DC link voltage (U_B) with a reference potential and a feed voltage potential, - a lamp inductor, which is connected at one end to the half-bridge centre point, - a striking stage, which is connected to the other end of the lamp inductor of the high-pressure discharge lamp, and to the DC link voltage and has a node, - a first switch, which is connected between the reference potential of the DC link voltage (U_B) and the node, - a series circuit comprising a first capacitor and a second capacitor, which series circuit is connected to the DC link voltage, - connections for connecting the high-pressure discharge lamp, wherein a first connection is connected to the striking stage and a second connection is connected to the node between the first capacitor and the second capacitor, - a two-pole network, whose first pole is connected to the node and whose second pole is connected to the node between the first capacitor and the second capacitor, wherein - the first switch is drivable for generating striking pulses for striking the high-pressure discharge lamp connected to the circuit arrangement and for discharging the second capacitor via the two-pole network.