mhurhangee/patent-ind-claim-en huggingface dataset:
A member joining method wherein a first member and a second member each includes an outer member and an inner member which form a closed cross-sectional space therebetween, and the method comprises: a step of arranging a first resin member on the outer member of the first member ; a step of arranging a second resin member on the outer member of the second member ; a step of joining end portions of the outer member of the first member on which the first resin member is disposed and the outer member of the second member on which the second resin member is disposed to each other; a step of joining the inner member of the first member to the outer member of the first member to cover the first resin member ; and a step of joining the inner member of the second member to the outer member of the second member to cover the second resin member ; characterized by a step of integrally joining of the first resin member positioned in the closed cross-sectional space of the first member and the second resin member positioned in the closed cross-sectional space of the second member by heat deformation to mix and cure areas adjacent the end portions thereof at a time of coating. a step of arranging a first resin member on the outer member of the first member ; a step of arranging a second resin member on the outer member of the second member ; a step of joining end portions of the outer member of the first member on which the first resin member is disposed and the outer member of the second member on which the second resin member is disposed to each other; a step of joining the inner member of the first member to the outer member of the first member to cover the first resin member ; and a step of joining the inner member of the second member to the outer member of the second member to cover the second resin member ; characterized by a step of integrally joining of the first resin member positioned in the closed cross-sectional space of the first member and the second resin member positioned in the closed cross-sectional space of the second member by heat deformation to mix and cure areas adjacent the end portions thereof at a time of coating.
Hair styling appliance comprising: - a base comprising: ∘ a mount ; ∘ a removable reservoir configured to take up a disconnected position in which the reservoir is away from the mount and an operating position in which the reservoir engages fluidically with the mount , - a portable unit remote from the base ; - a line that fluidically connects the base and the portable unit ; characterised in that the base further comprises a detection system having a detector configured to detect the passage of the reservoir from the disconnected position to the operating position. - a base comprising: ∘ a mount ; ∘ a removable reservoir configured to take up a disconnected position in which the reservoir is away from the mount and an operating position in which the reservoir engages fluidically with the mount , ∘ a mount ; ∘ a removable reservoir configured to take up a disconnected position in which the reservoir is away from the mount and an operating position in which the reservoir engages fluidically with the mount , - a portable unit remote from the base ; - a line that fluidically connects the base and the portable unit ;
A method of generating electrode stimulation signals for electrode contacts in an electrode array associated with a hearing implant , the method comprising: processing an input audio signal to generate a plurality of band pass channel signals each representing an associated band of audio frequencies; applying stationary noise reduction so as to provide a stationary noise reduced channel envelope from each channel signal; detecting a transient in one or more of the channel envelopes; modifying the channel envelopes as a function of whether the transient is transient noise or transient speech, so as to form transient modified envelopes; wherein, if the transient is transient noise, the transient noise in one or more of the channel envelopes is reduced to form the transient modified envelopes; and if the transient is transient speech, the transient speech is enhanced in one or more of the channel envelopes to form the transient modified envelopes, and using the transient modified envelopes to generate electrode stimulation signals to the electrode contacts. processing an input audio signal to generate a plurality of band pass channel signals each representing an associated band of audio frequencies; applying stationary noise reduction so as to provide a stationary noise reduced channel envelope from each channel signal; detecting a transient in one or more of the channel envelopes; modifying the channel envelopes as a function of whether the transient is transient noise or transient speech, so as to form transient modified envelopes; wherein, if the transient is transient noise, the transient noise in one or more of the channel envelopes is reduced to form the transient modified envelopes; and if the transient is transient speech, the transient speech is enhanced in one or more of the channel envelopes to form the transient modified envelopes, and using the transient modified envelopes to generate electrode stimulation signals to the electrode contacts.
RF connection system for contacting a printed circuit board, PCB, , the RF connection system comprising: an RF connector configured to be mounted to the PCB ; and a mounting element configured to be mounted between a heat sink of the PCB and the RF connector to thermally decouple the RF connector from the heat sink , wherein the mounting element comprises at least one alignment interface for aligning the RF connector with respect to the heat sink ; wherein the mounting element comprises a thermally insulating material; characterized in that the at least one alignment interface comprises several fastening portions for fastening the RF connector to the mounting element and the mounting element to the heat sink , respectively; wherein each fastening portion is configured as a fastening hole for receiving a fastening element . an RF connector configured to be mounted to the PCB ; and a mounting element configured to be mounted between a heat sink of the PCB and the RF connector to thermally decouple the RF connector from the heat sink , wherein the mounting element comprises at least one alignment interface for aligning the RF connector with respect to the heat sink ; wherein the mounting element comprises a thermally insulating material; characterized in that the at least one alignment interface comprises several fastening portions for fastening the RF connector to the mounting element and the mounting element to the heat sink , respectively; wherein each fastening portion is configured as a fastening hole for receiving a fastening element .
An electronic control system for a gas turbine engine having a gas generator and a turbine driven by the gas generator , comprising: a control unit configured to control a forward operating mode or a reverse operating mode of the gas turbine engine ; and a supervising unit , operatively coupled to the control unit , configured to receive an input signal (PLA) indicative of a forward, or reverse, power request and to cause the control unit to control the forward, or reverse, operating mode based on the input signal (PLA), wherein the supervising unit comprises an enabling stage configured to enable a transition between the forward and reverse operating modes based on a check that a safety condition is satisfied, characterized in that the gas-turbine engine comprises a compressor coupled to the gas generator , and in that the check on the safety condition is based on a corrected speed (Ngr) of the gas generator , as a function of the altitude and the temperature at the inlet of the compressor . a control unit configured to control a forward operating mode or a reverse operating mode of the gas turbine engine ; and a supervising unit , operatively coupled to the control unit , configured to receive an input signal (PLA) indicative of a forward, or reverse, power request and to cause the control unit to control the forward, or reverse, operating mode based on the input signal (PLA), wherein the supervising unit comprises an enabling stage configured to enable a transition between the forward and reverse operating modes based on a check that a safety condition is satisfied, characterized in that the gas-turbine engine comprises a compressor coupled to the gas generator , and in that the check on the safety condition is based on a corrected speed (Ngr) of the gas generator , as a function of the altitude and the temperature at the inlet of the compressor .
A method for determining a wheel load (WL) acting on a wheel (W) of a vehicle , wherein the wheel (W) comprises a rim and a tire mounted onto the rim, and a sensor unit mounted at the wheel (W), and wherein the method comprises a) determining a tire pressure (p) of the tire by means of the sensor unit , b) determining a tire footprint of the tire by means of the sensor unit , when the vehicle is driving, c) determining the wheel load (WL) based on a predetermined relationship between the wheel load (WL), the tire pressure (p) and the tire footprint, characterized in that the method further comprises d) analysing temporal variations of the tire pressure (p) during a standstill period of the vehicle for determining one or more parameters indicating the temporal variations of the tire pressure (p), e) estimating a change (dWL) of the wheel load (WL) during the standstill period based on the one or more determined parameters. a) determining a tire pressure (p) of the tire by means of the sensor unit , b) determining a tire footprint of the tire by means of the sensor unit , when the vehicle is driving, c) determining the wheel load (WL) based on a predetermined relationship between the wheel load (WL), the tire pressure (p) and the tire footprint, characterized in that the method further comprises d) analysing temporal variations of the tire pressure (p) during a standstill period of the vehicle for determining one or more parameters indicating the temporal variations of the tire pressure (p), e) estimating a change (dWL) of the wheel load (WL) during the standstill period based on the one or more determined parameters.
A bleeding device for bleeding air from a hydraulic system, the device comprising a valve member and a bleed connector , the valve member comprising a socket , a sealing face and a fluid passageway between the sealing face and the socket , the bleed connector comprising a plug for releasable engaging receipt within the socket of the valve member and a fluid passageway which is in fluid communication with the fluid passageway of the valve member when the plug is received within the socket , characterised in that the valve member is movable, in use, between a sealed position in which the sealing face seats against the sealing face of a bleed port and a bleeding position in which the sealing face is unseated to open fluid communication between the bleed port and the fluid passageways .
A launch and recovery mechanism for a deployable bridge, wherein the mechanism has only a single actuator, the single actuator powers and controls deployment using a launch sequence, and recovery is powered and controlled by the single actuator and is achieved by the reverse of the launch sequence.
Bucket wheel comprising a bucket wheel frame , a plurality of buckets attached to the bucket wheel frame , the buckets being arranged on the bucket wheel frame pivotably about a pivot axis , wherein each bucket has a retaining device and is arranged on the bucket wheel frame by means of the retaining device and the retaining device is configured in such a way that the respective bucket can be locked on the bucket wheel frame by means of the retaining device in a first pivot position (I) and a second pivot position (II), in order to operate the bucket wheel in a first direction of rotation with the buckets in the first pivot position (I) and in an opposite second direction of rotation with the buckets in the second pivot position (II), characterised in that the retaining device is associated with precisely one bucket , so that the bucket can be locked by means of the same retaining device in the first pivot position (I) and the second pivot position (II), and in that the bucket wheel has an unlocking device for moving the retaining device from a retaining position, in which the retaining device prevents pivoting of the bucket about the pivot axis , to a released position in which the retaining device allows the bucket to pivot about the pivot axis , so that in the released position of the retaining device the bucket is moved by gravity from the first pivot position (I) to the second pivot position (II). a plurality of buckets attached to the bucket wheel frame , the buckets being arranged on the bucket wheel frame pivotably about a pivot axis , wherein each bucket has a retaining device and is arranged on the bucket wheel frame by means of the retaining device and the retaining device is configured in such a way that the respective bucket can be locked on the bucket wheel frame by means of the retaining device in a first pivot position (I) and a second pivot position (II), in order to operate the bucket wheel in a first direction of rotation with the buckets in the first pivot position (I) and in an opposite second direction of rotation with the buckets in the second pivot position (II), characterised in that the retaining device is associated with precisely one bucket , so that the bucket can be locked by means of the same retaining device in the first pivot position (I) and the second pivot position (II), and in that the bucket wheel has an unlocking device for moving the retaining device from a retaining position, in which the retaining device prevents pivoting of the bucket about the pivot axis , to a released position in which the retaining device allows the bucket to pivot about the pivot axis , so that in the released position of the retaining device the bucket is moved by gravity from the first pivot position (I) to the second pivot position (II).
A method for operating a session management function, SMF, node in a wireless communications network that includes an access and mobility management function, AMF, node, the method performed by the SMF node and comprising: performing a procedure for establishing a data session of a user equipment, UE, wherein the data session of the UE is established over the UE, the AMF node, the SMF node and a user plane function, UPF, node; receiving, from the AMF node, information related to a location change of the UE, wherein the location change of the UE is related to that the UE moved out of a local area data network, LADN, service area; and transmitting, to the UPF node, information enabling the UPF node to discard data related to the data session of the UE, based on (i) that the UE moved out of the LADN service area and (ii) that the data session of the UE is related to the LADN, wherein a context for the data session is maintained in the SMF node until a timer expires and the UE has not re-entered the LADN servicer area. performing a procedure for establishing a data session of a user equipment, UE, wherein the data session of the UE is established over the UE, the AMF node, the SMF node and a user plane function, UPF, node; receiving, from the AMF node, information related to a location change of the UE, wherein the location change of the UE is related to that the UE moved out of a local area data network, LADN, service area; and transmitting, to the UPF node, information enabling the UPF node to discard data related to the data session of the UE, based on (i) that the UE moved out of the LADN service area and (ii) that the data session of the UE is related to the LADN, wherein a context for the data session is maintained in the SMF node until a timer expires and the UE has not re-entered the LADN servicer area.
A control device configured to synchronize a second axis with a first axis , wherein the first axis and the second axis each refer to a shaft respectively, the control device comprising: a processor configured to use position information for the first axis to compute a position command for the second axis , and to correct the position command when outputting the position command to the second axis to compensate for a delay caused by the transmission of the position command from the control device to the second axis , and a response delay time on the second axis , the control device being characterized in that when the speed of the second axis based on the position command is greater than the maximum speed of the second axis , the processor is further configured to set the position command based on the maximum speed, and, taking into account travel of the second axis at the maximum speed, forward the remaining travel distance to a subsequent correction. a processor configured to use position information for the first axis to compute a position command for the second axis , and to correct the position command when outputting the position command to the second axis to compensate for a delay caused by the transmission of the position command from the control device to the second axis , and a response delay time on the second axis , the control device being characterized in that when the speed of the second axis based on the position command is greater than the maximum speed of the second axis , the processor is further configured to set the position command based on the maximum speed, and, taking into account travel of the second axis at the maximum speed, forward the remaining travel distance to a subsequent correction.
A surgical saw guide suitable for use in osteotomy and the temporary osteotomic removal of a bone fragment of a tibia for exposing the talus dome for treatment, said saw guide comprises a slit , configured to receive a saw cutting tool and to guide the saw cutting tool to form a single cut in a straight direction at an angle to at least a portion of an inner engagement surface of said saw guide where the inner engagement surface is the surface adapted to at least partly conform to the lower medial anterior portion of the tibia of a patient, wherein said saw guide further comprises, as an integral part, a drill guide having at least one hole configured to guide the drilling of a hole in a straight direction at an angle relative to the saw cutting direction provided by the guidance of said slit , said at least one hole of the drill guide is configured to guide the predrilling of at least one hole past the single saw cutting plane (B) provided by the guidance of said slit and into the inner portions of the tibia bone there behind where said inner portions are the portions remaining when the osteotomy is performed and the bone fragment is removed, thereby being adapted to provide for the predrilling of at least one fixation hole in the inner portions of the tibia bone to be used for facilitating correct refixation of the removed bone fragment in its original position after performed surgical treatment, characterised in that said slit for guiding a saw cutting tool is configured to guide a saw cutting tool to form a single osteotomy saw cut at an angle Φ which is within the angle range of 15-50 degrees to the longitudinal tibial axis A of a patient.
A sheet for covering a wound, which is a wound covering material containing fibers of carboxymethylated natural or regenerated cellulose, wherein the average degree of substitution of hydroxyl groups in a glucose unit constituting the cellulose is in the range of 0.3 to 1.0, and 5 % to 60 % of carboxymethyl groups are protonated.
Guide system comprising a hand-held machine tool having a guide element and a guide rail , which can be placed on a ground with its underside and on the top side of which a rail guide surface for a guide element guide surface on the underside of the guide element of the hand-held machine tool is provided, wherein at the guide surfaces at least one longitudinal guide projection and at least one longitudinal guide receptacle are provided, which engage with one another for the longitudinal guidance of the hand-held machine tool along a longitudinal axis (L) of the guide rail and the guide element , wherein between the guide rail and the guide element there exist engagement-from-behind structures which hold the guide element at the guide rail in a depth direction (T) oriented at an angle, in particular a right angle, at the guide surfaces in such a way that the guide surfaces remain in contact, wherein the engagement-from-behind structures comprise at least one engagement-from-behind projection projecting in front of the rail guide surface for engagement with at least one engagement-from-behind receptacle extending at the guide element guide surface parallel to the longitudinal axis (L), and wherein the at least one engagement-from-behind projection extends parallel to the longitudinal axis (L) and/or forms a part of an arrangement of engagement-from-behind projections arranged one behind the other parallel to the longitudinal axis (L) and the at least one engagement-from-behind receptacle extends parallel to the longitudinal axis (L) or forms a part of an arrangement of engagement-from-behind receptacles arranged one behind the other parallel to the longitudinal axis (L), characterised in that only one single engagement-from-behind projection extending in the direction of the longitudinal axis (L) or only one single arrangement of engagement-from-behind projections arranged linearly one behind the other along the longitudinal axis (L) is provided on the guide rail , wherein the one engagement-from-behind projection or the arrangement of engagement-from-behind projections is located approximately in the middle or in a central region between sides of the guide rail extending parallel to the longitudinal direction, or in that the guide element only has one engagement-from-behind receptacle extending in the direction of the longitudinal axis (L) or only one single arrangement of engagement-from-behind receptacles arranged one behind the other parallel to the longitudinal axis (L), wherein the one engagement-from-behind receptacle or the single arrangement of engagement-from-behind receptacles is located approximately in the middle or in a central region between sides of the guide element of the hand-held machine tool which extend parallel to the longitudinal direction.