mhurhangee/ep-ind-claims huggingface dataset:
A spinner (60;76), comprising: a body extending between a first and a second end (62,64), the body (60;76) having a generally conical shape and comprising a nonwoven mat of chopped unidirectional fiber pre-impregnated material; wherein the nonwoven mat of chopped unidirectional fiber pre-impregnated material includes a plurality of short segments of cured chopped unidirectional fiber pre-impregnated material; and wherein the plurality of short segments are randomly oriented with respect to each other. a body extending between a first and a second end (62,64), the body (60;76) having a generally conical shape and comprising a nonwoven mat of chopped unidirectional fiber pre-impregnated material; wherein the nonwoven mat of chopped unidirectional fiber pre-impregnated material includes a plurality of short segments of cured chopped unidirectional fiber pre-impregnated material; and wherein the plurality of short segments are randomly oriented with respect to each other.
A method of operating a communications network comprising a base station and a wireless terminal which communicates over an air interface with the base station, the method comprising the base station making a categorization of the wireless terminal during a ranging procedure, the categorization being whether or not the wireless terminal has an enhanced capability permitting the wireless terminal to use a 802.16m-specific signal and/or procedure, the categorization being made on a basis of a transmission characteristic of the wireless terminal, wherein the transmission characteristic comprises utilization of a specified portion of a time-frequency grid reserved for use by the wireless terminal with the enhanced capability during the ranging procedure; the base station communicating with the wireless terminal in a manner to utilize the enhanced capability of the wireless terminal.
Method for adjusting a clamping force applied by a parking brake, which clamping force is generated at least partially by an electromotive brake device having an electric brake motor and, if necessary, by an additional brake device which is embodied as a hydraulic vehicle brake, characterized in that in order to check the plausibility of an electromechanical clamping force which is to be set by the brake motor a clamping force characteristic curve is acquired and is compared at least partially with a setpoint characteristic curve range which is bounded by setpoint characteristic curves of the clamping force for brake linings (7, 8) in a different state of wear, wherein the electromechanical clamping force is set in the way provided if the acquired clamping force characteristic curve is within the setpoint characteristic curve range, wherein a hydraulic admission pressure which is generated in the hydraulic vehicle brake by the driver by activation of the brake pedal and acts on the parking brake is taken into account in such a way that the admission pressure brings about a virtual shift in the point of increase of force on the clamping force characteristic curve.
A user terminal that receives downlink signals transmitted from a plurality of transmission points, the user terminal comprising: a receiving section that receives given downlink control information, DCI, including PDSCH RE Mapping and Quasi-Co-Location Indicator, PQI, on a downlink control channel and receives Carrier Indicator Field, CIF, configuration information indicating whether or not CIF is configured in the DCI by RRC signaling; and a baseband signal processing section that performs a receiving process of a downlink signal based on the DCI, wherein, when the CIF configuration information indicates that the CIF is configured in the DCI, the baseband signal processing section performs the receiving process based on the PQI and CIF that are respectively contained in different bit fields of the DCI, and when the CIF configuration information indicates that the CIF is not configured in the DCI, the baseband signal processing section performs the receiving process based on the PQI contained in the DCI. a receiving section that receives given downlink control information, DCI, including PDSCH RE Mapping and Quasi-Co-Location Indicator, PQI, on a downlink control channel and receives Carrier Indicator Field, CIF, configuration information indicating whether or not CIF is configured in the DCI by RRC signaling; and a baseband signal processing section that performs a receiving process of a downlink signal based on the DCI, wherein, when the CIF configuration information indicates that the CIF is configured in the DCI, the baseband signal processing section performs the receiving process based on the PQI and CIF that are respectively contained in different bit fields of the DCI, and when the CIF configuration information indicates that the CIF is not configured in the DCI, the baseband signal processing section performs the receiving process based on the PQI contained in the DCI.
Support device adjustable by electric motor and intended for supporting an upholstered unit of a piece of furniture for sitting and/or lying on, in particular a mattress of a bed comprising: a main body, a supporting arrangement for supporting the upholstered unit and an adjustment device for adjusting the inclination and/or height of the support arrangement relative to the main body, wherein the adjustment device has at least one lifting arrangement which is like a scissor lift and acts between the main body and the support arrangement, characterised in that the lifting arrangement can be actuated by a Bowden cable, each lifting arrangement (224 - 230) has an erecting lever which can be erected under the pulling action of a Bowden cable, in such a way that the support arrangement can be raised or is raised during the erection of the erecting lever or can be adjusted or is adjusted in its inclination and the ends of the erecting lever are mounted to be pivotable about pivot axes (244, 246) which are parallel to one another, on the one hand on a second rotary bearing on the main body and on the other hand on the support arrangement. a main body, a supporting arrangement for supporting the upholstered unit and an adjustment device for adjusting the inclination and/or height of the support arrangement relative to the main body, wherein the adjustment device has at least one lifting arrangement which is like a scissor lift and acts between the main body and the support arrangement, characterised in that the lifting arrangement can be actuated by a Bowden cable, each lifting arrangement (224 - 230) has an erecting lever which can be erected under the pulling action of a Bowden cable, in such a way that the support arrangement can be raised or is raised during the erection of the erecting lever or can be adjusted or is adjusted in its inclination and the ends of the erecting lever are mounted to be pivotable about pivot axes (244, 246) which are parallel to one another, on the one hand on a second rotary bearing on the main body and on the other hand on the support arrangement.
A drill bit comprising a shank and a drill bit head which are both centred on a longitudinal axis; wherein the drill bit head has a gauge and a front face with a peripheral edge which is adjacent to the gauge, the peripheral edge having a diameter D1, the area within the peripheral edge defining the total area of the front face; wherein the front face has a central island at its radially innermost section, a plurality of peripheral platforms at its radially outermost section adjacent to the peripheral edge and a recessed section positioned radially between the central island and the peripheral platforms; wherein the central island and the peripheral platforms are axially raised in comparison to the recessed section; wherein a plurality of inner front inserts are positioned on the central island and at least one outer front insert is positioned on each of the peripheral platforms; characterized in that: the area of the recessed section is > 62% of the area of the total area of the front face. wherein the drill bit head has a gauge and a front face with a peripheral edge which is adjacent to the gauge, the peripheral edge having a diameter D1, the area within the peripheral edge defining the total area of the front face; wherein the front face has a central island at its radially innermost section, a plurality of peripheral platforms at its radially outermost section adjacent to the peripheral edge and a recessed section positioned radially between the central island and the peripheral platforms; wherein the central island and the peripheral platforms are axially raised in comparison to the recessed section; wherein a plurality of inner front inserts are positioned on the central island and at least one outer front insert is positioned on each of the peripheral platforms; characterized in that: the area of the recessed section is > 62% of the area of the total area of the front face.
A method of supporting mobility of selected IP traffic offload, SIPTO, in a communication network comprising i) a terminal, ii) a server undertaking a control plane in the mobile communication network, iii) a source base station, iv) a target base station and v) a source local gateway, L-GW,, the method comprising the steps of: receiving (2, 4), by the server, a handover required message for the terminal, which receives a SIPTO service via a source base station, toward the target base station;deciding, by the server, whether to deactivate the SIPTO service; performing, by the server, a process for releasing a public data network, PDN, connection for the SIPTO, based on the decision; and receiving, by the server and from the source L-GW, a bearer deletion request message including information for reactivating the SIPTO within the target base station after the handover process is completed; and transmitting, by the server, the bearer deletion request message including the information for reactivating the SIPTO after the handover process is completed, to the terminal through the source base station, wherein the source base station is a small cell base station for traffic offload to a wired network and the target base station is a macro cell base station for mobile communication, and wherein the source L-GW is a gateway for enabling the SIPTO or Local IP Access, LIPA, through the small cell base station. receiving (2, 4), by the server, a handover required message for the terminal, which receives a SIPTO service via a source base station, toward the target base station;deciding, by the server, whether to deactivate the SIPTO service; performing, by the server, a process for releasing a public data network, PDN, connection for the SIPTO, based on the decision; and receiving, by the server and from the source L-GW, a bearer deletion request message including information for reactivating the SIPTO within the target base station after the handover process is completed; and transmitting, by the server, the bearer deletion request message including the information for reactivating the SIPTO after the handover process is completed, to the terminal through the source base station, wherein the source base station is a small cell base station for traffic offload to a wired network and the target base station is a macro cell base station for mobile communication, and wherein the source L-GW is a gateway for enabling the SIPTO or Local IP Access, LIPA, through the small cell base station.
A power tool comprising: a motor; a drive unit driven by the motor; a trigger switch operable by a user and switchable between an activation state, in which the motor is driven, and a deactivation state, in which the motor is stopped; a forward-reverse switch operable by the user and used to switch a motor rotation direction between a forward rotation direction and a reverse rotation direction; and a control unit configured to drive the motor based on an operation of the trigger switch; the power tool being characterized in that the control unit is adapted to allow an operation mode of the power tool to be switched between a first mode and a second mode, wherein in the first mode, the control unit switches the motor rotation direction to a rotation direction that is selected by the forward-reverse switch, in the second mode, when the trigger switch is switched from the activation state to the deactivation state, the control unit switches the motor rotation direction so that the motor is driven in a rotation direction opposite to the present rotation direction when the trigger switch is activated next, and in the second mode, when the trigger switch continues to be in the activation state, the control unit continuously drives the motor in the present rotation direction. a motor; a drive unit driven by the motor; a trigger switch operable by a user and switchable between an activation state, in which the motor is driven, and a deactivation state, in which the motor is stopped; a forward-reverse switch operable by the user and used to switch a motor rotation direction between a forward rotation direction and a reverse rotation direction; and a control unit configured to drive the motor based on an operation of the trigger switch; the power tool being characterized in that the control unit is adapted to allow an operation mode of the power tool to be switched between a first mode and a second mode, wherein in the first mode, the control unit switches the motor rotation direction to a rotation direction that is selected by the forward-reverse switch, in the second mode, when the trigger switch is switched from the activation state to the deactivation state, the control unit switches the motor rotation direction so that the motor is driven in a rotation direction opposite to the present rotation direction when the trigger switch is activated next, and in the second mode, when the trigger switch continues to be in the activation state, the control unit continuously drives the motor in the present rotation direction. in the first mode, the control unit switches the motor rotation direction to a rotation direction that is selected by the forward-reverse switch, in the second mode, when the trigger switch is switched from the activation state to the deactivation state, the control unit switches the motor rotation direction so that the motor is driven in a rotation direction opposite to the present rotation direction when the trigger switch is activated next, and in the second mode, when the trigger switch continues to be in the activation state, the control unit continuously drives the motor in the present rotation direction.
A ligation clip comprising: a first jaw including a body having an inner surface defining a first clamping surface and an outer surface; a second jaw including a body having an inner surface defining a second clamping surface and an outer surface; and a hinge integrally formed with the first and second jaws, the hinge including an inner hinge portion and an outer hinge portion, the inner hinge portion having an inner surface that is contiguous with the first and second clamping surfaces (22, 28) of the first and second jaws and an outer surface, the outer hinge portion having an outer surface and an inner surface, the inner surface of the outer hinge portion and the outer surface of the inner hinge portion defining a cavity in the hinge, the hinge being configured to facilitate pivotal movement of the first jaw in relation to the second jaw between an open position and a clamped position, characterized in that, in the open position of the ligation clip: the inner surface of the inner hinge portion is defined by a concave section bounded by two convex sections; and the outer surface of the inner hinge portion includes a central convex section bounded by two concave sections. a first jaw including a body having an inner surface defining a first clamping surface and an outer surface; a second jaw including a body having an inner surface defining a second clamping surface and an outer surface; and a hinge integrally formed with the first and second jaws, the hinge including an inner hinge portion and an outer hinge portion, the inner hinge portion having an inner surface that is contiguous with the first and second clamping surfaces (22, 28) of the first and second jaws and an outer surface, the outer hinge portion having an outer surface and an inner surface, the inner surface of the outer hinge portion and the outer surface of the inner hinge portion defining a cavity in the hinge, the hinge being configured to facilitate pivotal movement of the first jaw in relation to the second jaw between an open position and a clamped position, characterized in that, in the open position of the ligation clip: the inner surface of the inner hinge portion is defined by a concave section bounded by two convex sections; and the outer surface of the inner hinge portion includes a central convex section bounded by two concave sections. the inner surface of the inner hinge portion is defined by a concave section bounded by two convex sections; and the outer surface of the inner hinge portion includes a central convex section bounded by two concave sections.
A tire which includes a plurality of rib-shaped land portions (10, 20, 30, 40) extending in a tire circumferential direction and in which a circumferential groove (50, 60, 70) is formed extending in the tire circumferential direction between the land portions (10, 20, 30, 40), wherein the circumferential groove (50, 60, 70) is provided with an intra-groove groove formed to recess inwardly in a tire radial direction from the circumferential groove (50, 60, 70) while having its upper ends at a groove bottom of the circumferential groove (50, 60, 70), paired wall surfaces (82, 83) forming the intra-groove groove each continuously extend in the tire circumferential direction while meandering in the tread width direction, the intra-groove groove includes: a wide groove portion in which a groove width of the intra-groove groove in the tread width direction is a predetermined width; and a narrow groove portion which is continuous with the wide groove portion and which has a narrower width than the predetermined width, and the wide groove portion and the narrow groove portion are alternately provided in the tire circumferential direction; characterized in that a depth of the narrow groove portion in the tire radial direction is larger than a depth of the wide groove portion in the tire radial direction. a wide groove portion in which a groove width of the intra-groove groove in the tread width direction is a predetermined width; and a narrow groove portion which is continuous with the wide groove portion and which has a narrower width than the predetermined width, and the wide groove portion and the narrow groove portion are alternately provided in the tire circumferential direction; characterized in that a depth of the narrow groove portion in the tire radial direction is larger than a depth of the wide groove portion in the tire radial direction.
An induction cooking hob with a cooling system, wherein: - the induction cooking hob comprises a casing and at least one induction module, and - the casing includes at least one air guide arranged inside a front channel, so that an air stream from a cooling element is deflected and guided to at least one lateral outlet hole of a closest lateral wall, - the casing includes a bottom plate, a front wall, a rear wall and two lateral walls, - the at least one lateral outlet hole is arranged in a front portion of the lateral wall, and - each induction module is arranged inside the casing, characterised in that the induction cooking hop comprises two induction modules arranged side-by-side; each induction module is spaced from the front wall, so that the front channel is formed between the induction module and the front wall; wherein each induction module includes a circuitry, a cooling element and at least one cooling fan; wherein a first air guide is arranged in front of the cooling element of the induction module on a first side, while a second air guide is arranged in front of the cooling element of the induction module on a second side, and wherein the first air guide deflects the air stream to the at least one lateral outlet hole of the lateral wall on the first side, while the right air guide deflects the air stream to the at least one lateral outlet hole of the lateral wall on the second side. - the induction cooking hob comprises a casing and at least one induction module, and - the casing includes at least one air guide arranged inside a front channel, so that an air stream from a cooling element is deflected and guided to at least one lateral outlet hole of a closest lateral wall, - the casing includes a bottom plate, a front wall, a rear wall and two lateral walls, - the at least one lateral outlet hole is arranged in a front portion of the lateral wall, and - each induction module is arranged inside the casing, the induction cooking hop comprises two induction modules arranged side-by-side; each induction module is spaced from the front wall, so that the front channel is formed between the induction module and the front wall; wherein each induction module includes a circuitry, a cooling element and at least one cooling fan; wherein a first air guide is arranged in front of the cooling element of the induction module on a first side, while a second air guide is arranged in front of the cooling element of the induction module on a second side, and wherein the first air guide deflects the air stream to the at least one lateral outlet hole of the lateral wall on the first side, while the right air guide deflects the air stream to the at least one lateral outlet hole of the lateral wall on the second side.
A method of dosing pharmaceutically active ingredients in a compressed chewing gum tablet, the method comprising the steps of: providing one or more pharmaceutically active ingredients, mixing a chewing gum composition comprising said one or more pharmaceutically active ingredients and chewing gum granules, said chewing gum granules comprising gum base, and dosing said chewing gum composition to obtain a desired weight of the chewing gum composition and thereby obtaining a desired dosage of said pharmaceutically active ingredient in the chewing gum tablet, and wherein the step of mixing said chewing gum composition forms a chewing gum composition having a desired concentration of said one or more pharmaceutically active ingredients, wherein said one or more pharmaceutically active ingredients are evenly distributed within said chewing gum composition, wherein the dosage of pharmaceutically active ingredient between a series of at least 10 of said compressed chewing gum tablets holds a relative standard deviation of at most 6%. providing one or more pharmaceutically active ingredients, mixing a chewing gum composition comprising said one or more pharmaceutically active ingredients and chewing gum granules, said chewing gum granules comprising gum base, and dosing said chewing gum composition to obtain a desired weight of the chewing gum composition and thereby obtaining a desired dosage of said pharmaceutically active ingredient in the chewing gum tablet, and