mhurhangee/patent-ind-claim-en huggingface dataset:
A quick connection device, comprising a sleeve configured to be connected with a first member to be connected and a moving assembly (A) movably disposed in the sleeve along an axial direction of the sleeve , wherein the moving assembly (A) comprises: a support base disposed in the sleeve ; a mounting base , configured to be connected with a second member to be connected and movably disposed along the axial direction relative to the support base ; a locking member , fixed to the mounting base and configured to cooperate with the support base to achieve a locking state and an unlocking state, and configured to restrict movement of the mounting base towards a direction away from the support base in the locking state and configured to allow movement of the mounting base towards a direction away from the support base in the unlocking state; and a limiting member, configured to restrict movement of the moving assembly (A) in the sleeve when the mounting base is in an initial position corresponding to the locking state, and configured to release limiting when the mounting base is configured to move a preset distance towards the direction away from the support base , in order to allow the moving assembly (A) to move out of the sleeve . a support base disposed in the sleeve ; a mounting base , configured to be connected with a second member to be connected and movably disposed along the axial direction relative to the support base ; a locking member , fixed to the mounting base and configured to cooperate with the support base to achieve a locking state and an unlocking state, and configured to restrict movement of the mounting base towards a direction away from the support base in the locking state and configured to allow movement of the mounting base towards a direction away from the support base in the unlocking state; and a limiting member, configured to restrict movement of the moving assembly (A) in the sleeve when the mounting base is in an initial position corresponding to the locking state, and configured to release limiting when the mounting base is configured to move a preset distance towards the direction away from the support base , in order to allow the moving assembly (A) to move out of the sleeve .
A clamping bar holder component configured to be secured to an endplate of a battery module of an energy storage system, comprising: a plurality of clamping bar holders (800C; 805C) configured to hold a respective plurality of clamping bars (850; 855) and to facilitate transitions of each of the plurality of clamping bars between a parked state and an unparked state, characterised in that : wherein, in the parked state, each clamping bar is secured by a respective clamping bar holder inside of a respective clearance threshold (1030A; 1035A) outside of the battery module so as to permit the battery module to be inserted into a battery module compartment and/or to be removed from the battery module compartment, and wherein, in the unparked state, each clamping bar extends out of the clamping bar holder past the clearance threshold outside of the battery module so as to block removal of the battery module from the battery module compartment. wherein, in the parked state, each clamping bar is secured by a respective clamping bar holder inside of a respective clearance threshold (1030A; 1035A) outside of the battery module so as to permit the battery module to be inserted into a battery module compartment and/or to be removed from the battery module compartment, and wherein, in the unparked state, each clamping bar extends out of the clamping bar holder past the clearance threshold outside of the battery module so as to block removal of the battery module from the battery module compartment.
A hydraulic system for an implement , the hydraulic system comprising: a supply line connection configured to removably couple a hydraulic fluid supply line to a source hydraulic system associated with a support machine ; a return line connection (214; 220; 226) configured to removably couple a hydraulic fluid return line (210; 216; 222) to the source hydraulic system associated with the support machine , the hydraulic fluid return line (210; 216; 222) comprising an implement connector configured to connect to a corresponding support machine connector on the support machine ; a hydraulic fluid reservoir (228; 600; 700; 800); and a hydraulic fluid recovery component (230; 232; 234; 236) configured to convey hydraulic fluid from the hydraulic fluid return line (210; 216; 222) to the hydraulic fluid reservoir (228; 600; 700; 800) while the hydraulic fluid return line (210; 216; 222) is decoupled from the source hydraulic system associated with the support machine , and when fluid pressure in the hydraulic fluid return line (210; 216; 222) reaches a first pressure threshold, wherein: the implement connector comprises a flow control mechanism configured to allow fluid flow through the implement connector when the fluid pressure reaches a second pressure threshold, and the first pressure threshold is less than the second pressure threshold. a supply line connection configured to removably couple a hydraulic fluid supply line to a source hydraulic system associated with a support machine ; a return line connection (214; 220; 226) configured to removably couple a hydraulic fluid return line (210; 216; 222) to the source hydraulic system associated with the support machine , the hydraulic fluid return line (210; 216; 222) comprising an implement connector configured to connect to a corresponding support machine connector on the support machine ; a hydraulic fluid reservoir (228; 600; 700; 800); and a hydraulic fluid recovery component (230; 232; 234; 236) configured to convey hydraulic fluid from the hydraulic fluid return line (210; 216; 222) to the hydraulic fluid reservoir (228; 600; 700; 800) while the hydraulic fluid return line (210; 216; 222) is decoupled from the source hydraulic system associated with the support machine , and when fluid pressure in the hydraulic fluid return line (210; 216; 222) reaches a first pressure threshold, wherein: the implement connector comprises a flow control mechanism configured to allow fluid flow through the implement connector when the fluid pressure reaches a second pressure threshold, and the first pressure threshold is less than the second pressure threshold.
Transmission for a bicycle, having a transmission input shaft which is connectable in a rotationally fixed manner to a bottom bracket bearing crankshaft , a first planetary set (PS1), a second planetary set (PS2), and a third planetary set (PS3), said planetary sets (PS1, PS2, PS3) being operatively connected to one another, wherein one element of the first planetary set (PS1) is connected in a rotationally fixed manner to the transmission input shaft , and the first planetary set has a planet having a first planetary stage and a second planetary stage , characterized in that a first ring gear which engages with a toothed region of the first planetary stage by means of a first shifting element (S1) is connectable in a rotationally fixed manner to a transmission housing , and a second ring gear which engages with a toothed region of the second planetary stage by means of a second shifting element (S2) is connectable in a rotationally fixed manner to the transmission housing .
A method of decoding a coded picture of a coded video sequence, the method being performed by at least one processor and the method comprising: decoding , from a first high level syntax structure for a plurality of pictures, a syntax element related to a reference segment resolution; decoding , from a second high level syntax structure that changes from a first coded picture to a second coded picture, a syntax element related to a decoded segment resolution, the first coded picture and the second coded picture containing a plurality of tiles; resampling a sample from a reference picture buffer for use for prediction by a decoder, the decoder decoding a tile at decoding resolution, and the sample from the reference picture buffer is in the reference segment resolution; decoding the tile in the decoded segment resolution into a decoded tile in the decoded segment resolution; resampling the decoded tile into the reference segment resolution; and storing the decoded tile into the reference picture buffer. decoding , from a first high level syntax structure for a plurality of pictures, a syntax element related to a reference segment resolution; decoding , from a second high level syntax structure that changes from a first coded picture to a second coded picture, a syntax element related to a decoded segment resolution, the first coded picture and the second coded picture containing a plurality of tiles; resampling a sample from a reference picture buffer for use for prediction by a decoder, the decoder decoding a tile at decoding resolution, and the sample from the reference picture buffer is in the reference segment resolution; decoding the tile in the decoded segment resolution into a decoded tile in the decoded segment resolution; resampling the decoded tile into the reference segment resolution; and storing the decoded tile into the reference picture buffer.
A system for metering of a fuel flow, the system comprising a first metering module that receives fluid fuel from a main fluid fuel pump through a first fluid inlet, the first metering module comprising: a first rotating component driven by the fluid fuel, wherein the fluid fuel is received from the first fluid inlet at an inlet flow rate, and the first rotating component provides the fluid fuel to an outlet of the first rotating component at an outlet pressure; and a first electric machine configured to generate electrical power in response to rotation of the first rotating component , characterised in that the first metering module further comprises: a first controller powered by the electrical power generated by the first electric machine , wherein the first controller controls a rotational speed of the first rotating component to control the outlet pressure. a first rotating component driven by the fluid fuel, wherein the fluid fuel is received from the first fluid inlet at an inlet flow rate, and the first rotating component provides the fluid fuel to an outlet of the first rotating component at an outlet pressure; and a first electric machine configured to generate electrical power in response to rotation of the first rotating component , characterised in that the first metering module further comprises: a first controller powered by the electrical power generated by the first electric machine , wherein the first controller controls a rotational speed of the first rotating component to control the outlet pressure.
A vehicle having at least three load compartments (A, B, C), which comprises a refrigeration system for refrigerating or freezing said load compartments by operating a vapour compression cycle, which compartments are separated from each other by a partitioning wall, so that each load compartment (A, B, C) can be refrigerated to its own individual temperature, characterized in that the refrigeration system comprises at least two separate closed circuits (20', 20") for refrigerant, wherein a first one of said circuits includes a first evaporator , a first compressor (2',) and a first condenser , and wherein said first evaporator is disposed in the first load compartment (A), and wherein a separate second one of said circuits (20") includes a separate second evaporator (6B"), a separate second compressor (2") and a separate second condenser (3"), and wherein said separate second evaporator (6B") is disposed in the second load compartment (B), and wherein at least one separate third evaporator is disposed in the third load compartment (C), and wherein said two closed circuits (20', 20") include said at least one third evaporator .
Method for recycling plastic Nylon 6,6 from vacuum bags to obtain filaments for 3D printing processes, that comprises the following steps: - providing used Nylon 6,6 vacuum bags , - quality control step to check the status of the used vacuum bags , - step to form smaller parts from the used vacuum bags: - the vacuum bags are cut into films, the films are rolled up and then are introduced into a set of extruder and cutter to obtain pellets, - quality control step to check the status of the pellets, - extrusion step: the pellets are introduced into an extruder , where they are melted, and the molten material is cooled and expelled through the die of the extruder to produce the recycled filaments , and - winding step: the recycled filaments that go out of the extruder are rolled up in coils . - providing used Nylon 6,6 vacuum bags , - quality control step to check the status of the used vacuum bags , - step to form smaller parts from the used vacuum bags: - the vacuum bags are cut into films, the films are rolled up and then are introduced into a set of extruder and cutter to obtain pellets, - the vacuum bags are cut into films, the films are rolled up and then are introduced into a set of extruder and cutter to obtain pellets, - quality control step to check the status of the pellets, - extrusion step: the pellets are introduced into an extruder , where they are melted, and the molten material is cooled and expelled through the die of the extruder to produce the recycled filaments , and - winding step: the recycled filaments that go out of the extruder are rolled up in coils .
A fog lamp mounting structure comprising a front bumper skin , a fog lamp bracket mounted on the front bumper skin , and a fog lamp cover plate mounted on the fog lamp bracket , characterized in that the fog lamp cover plate comprises a cover plate main body , a plurality of holding parts , in a hook shape, formed by flanging inwards from a top edge of the cover plate main body for holding an edge of the fog lamp bracket , and a plurality of cover plate buckles provided at a bottom edge of the cover plate main body ; wherein the fog lamp bracket is provided with cover plate buckle mounting holes engaged with the cover plate buckles by means of a snap fit connection, wherein the fog lamp cover plate is mounted from the top down along the Z direction which refers to the up-down direction of the vehicle.
A nonaqueous electrolyte secondary battery comprising: a sulfur-containing positive electrode ; a negative electrode ; a nonaqueous electrolyte; a cation exchange resin layer which is disposed between the positive electrode and the negative electrode , and has a first surface having a roughness factor of 3 or more and 20 or less; and a porous layer , the porous layer being in contact with the first surface of the cation exchange resin layer , wherein the roughness factor is determined by photographing and measuring a surface of the cation exchange resin layer under the following conditions, and performing shape analysis, using • measuring equipment: ultra-deep shape measurement microscope VK-8500 (manufactured by KEYENCE CORPORATION); • measurement range: 1.04 x 10 -3 cm 2 ; • shape analysis application: VK-H1A9 (manufactured by KEYENCE CORPORATION). a sulfur-containing positive electrode ; a negative electrode ; a nonaqueous electrolyte; a cation exchange resin layer which is disposed between the positive electrode and the negative electrode , and has a first surface having a roughness factor of 3 or more and 20 or less; and a porous layer , the porous layer being in contact with the first surface of the cation exchange resin layer , wherein the roughness factor is determined by photographing and measuring a surface of the cation exchange resin layer under the following conditions, and performing shape analysis, using • measuring equipment: ultra-deep shape measurement microscope VK-8500 (manufactured by KEYENCE CORPORATION); • measurement range: 1.04 x 10 -3 cm 2 ; • shape analysis application: VK-H1A9 (manufactured by KEYENCE CORPORATION). • measuring equipment: ultra-deep shape measurement microscope VK-8500 (manufactured by KEYENCE CORPORATION); • measurement range: 1.04 x 10 -3 cm 2 ; • shape analysis application: VK-H1A9 (manufactured by KEYENCE CORPORATION).
A method, at a wireless device, comprising: receiving, at the wireless device, a higher layer signaling message including, for each of a plurality of transmit power control, TPC, commands for physical uplink control channel, PUCCH, values, a mapping of the TPC command to an orthogonal resource index for a first antenna and an orthogonal resource index for a second antenna; receiving, at the wireless device, a downlink control channel, wherein said downlink control channel includes information in a TPC command for a PUCCH field; determining, at the wireless device, a first orthogonal resource based on the received information and the received mapping; determining, at the wireless device, a second orthogonal resource based on the received information and the received mapping; spreading, at the wireless device, an uplink message using said first orthogonal resource to form a first spread signal; spreading, at the wireless device, the uplink message using said second orthogonal resource to form a second spread signal; transmitting said first spread signal using a first antenna of the wireless device; and transmitting said second spread signal using a second antenna of the wireless device. receiving, at the wireless device, a higher layer signaling message including, for each of a plurality of transmit power control, TPC, commands for physical uplink control channel, PUCCH, values, a mapping of the TPC command to an orthogonal resource index for a first antenna and an orthogonal resource index for a second antenna; receiving, at the wireless device, a downlink control channel, wherein said downlink control channel includes information in a TPC command for a PUCCH field; determining, at the wireless device, a first orthogonal resource based on the received information and the received mapping; determining, at the wireless device, a second orthogonal resource based on the received information and the received mapping; spreading, at the wireless device, an uplink message using said first orthogonal resource to form a first spread signal; spreading, at the wireless device, the uplink message using said second orthogonal resource to form a second spread signal; transmitting said first spread signal using a first antenna of the wireless device; and transmitting said second spread signal using a second antenna of the wireless device.
A method for producing a dental hand or angle piece having a rotating tool which is driven via a rotating drive element arranged in a housing , the rotating drive element being mounted in the housing by means of a radial upper rolling bearing and a radial lower rolling bearing , each rolling bearing having an axial contact surface (7.4, 8.4) and the housing having axial mating surfaces (9.1, 10.1) and the rolling bearings being axially preloaded relative to the housing via at least one spring element having axial contact surfaces (11.1, 11.2), each rolling bearing having an outer ring (7.2, 8.2) with an end face (7.4, 8.4) which is at least partially designed as an axial contact surface (7.4, 8.4) and which is in contact with the mating surface (9.1, 10.1) of the housing , the axial bearing of each outer ring (7.2, 8.2) of the rolling bearings taking place via the axial contact surface (7.4, 8.4) on the outer ring (7.2, 8.2), which directly abuts the axial mating surface (9.1, 10.1) in the housing in the case of the upper rolling bearing and indirectly abuts the same in the case of the lower rolling bearing with the interposition of the spring element , the coefficient of friction for the static friction of the axial contact surface (7.4) on the end face of the outer ring (7.2) of the upper rolling bearing to the mating surface (9.1) on the housing and the axial contact surface (8.4) on the end face of the outer ring (8.2) of the lower rolling bearing and the mating surface (10.1) on the housing to the contact surfaces (11.1, 11.2) of the spring element being formed such that it is at least 0.25 in the unlubricated state, characterised in that both the axial contact surfaces (7.4, 8.4) on the end faces (7.4, 8.4) of the outer rings (7.2, 8.2) and the mating surfaces (9.1, 10.1) on the housing are roughened.
A method of forming a thermal barrier coating on a metal part, said method sequentially comprising the steps of: a) laser cleaning a surface of the metal part by providing a laser beam focused at the surface of the part to remove undesirable oxides and residues from the surface of the part; b) depositing an aluminum containing bondcoat on the part; c) thermally interdiffusing the aluminum containing bondcoat and the part with a vacuum diffusion heat treatment at 1079°C (1975°F) for four hours; d) laser cleaning a surface of the aluminum containing bondcoat to remove oxides and debris from the surface of the bondcoat and form an alpha aluminum oxide layer on the bondcoat; e) preheating the metal part above 982°C (1800°F); and f) depositing a ceramic topcoat on the alpha aluminum oxide layer on the bondcoat. a) laser cleaning a surface of the metal part by providing a laser beam focused at the surface of the part to remove undesirable oxides and residues from the surface of the part; b) depositing an aluminum containing bondcoat on the part; c) thermally interdiffusing the aluminum containing bondcoat and the part with a vacuum diffusion heat treatment at 1079°C (1975°F) for four hours; d) laser cleaning a surface of the aluminum containing bondcoat to remove oxides and debris from the surface of the bondcoat and form an alpha aluminum oxide layer on the bondcoat; e) preheating the metal part above 982°C (1800°F); and f) depositing a ceramic topcoat on the alpha aluminum oxide layer on the bondcoat.
A hand operated gripping tool comprising a first handle , a first jaw connected with said first handle, a second handle pivotably connected with said first handle to permit relative pivoting movement of said first and second handles and a second jaw connected with said second handle, wherein one of said first jaw and second jaws is a removable jaw and said removable jaw is push-fit attachable to the respective said handle, wherein said removable jaw comprises an outboard portion defining a gripping region and an inboard portion that projects from said outboard portion and is received by the respective said handle, and wherein said inboard portion comprises a first part and a second part disposed opposite said first part to define a slot between said first and second parts, said respective handle defines respective recesses to receive said first and second parts and said recesses define a blade that complementarily engages in said slot when said removable jaw is push-fit attached to said respective handle, characterised in that said blade comprises a leading end provided with a plurality of formations that complementarily engage a plurality of formations defined by said removable jaw to define a plurality of selectable orientations of said removable jaw with respect to the respective said handle. wherein one of said first jaw and second jaws is a removable jaw and said removable jaw is push-fit attachable to the respective said handle, wherein said removable jaw comprises an outboard portion defining a gripping region and an inboard portion that projects from said outboard portion and is received by the respective said handle, and wherein said inboard portion comprises a first part and a second part disposed opposite said first part to define a slot between said first and second parts, said respective handle defines respective recesses to receive said first and second parts and said recesses define a blade that complementarily engages in said slot when said removable jaw is push-fit attached to said respective handle, characterised in that said blade comprises a leading end provided with a plurality of formations that complementarily engage a plurality of formations defined by said removable jaw to define a plurality of selectable orientations of said removable jaw with respect to the respective said handle.