mhurhangee/patent-ind-claim-en huggingface dataset:
A camera assembly , comprising: a shell comprising a top wall and a side wall extending from an edge of the top wall ; a light incident opening , defined in the top wall ; a first imaging module , accommodated in the shell ; a light-redirecting element , accommodated in the shell and configured to redirect an incident light from the light incident opening to the first imaging module ; a receiving recess , defined in the shell and adjacent to the light incident opening ; and a decorative member , mounted on the shell in such a manner that the light incident opening is exposed from the decorative member and the decorative member is arranged around the light incident opening and partially received in the receiving recess ; characterized in that the receiving recess is defined at the junction of the top wall and the side wall , and the decorative member abuts against the top wall and the side wall . a shell comprising a top wall and a side wall extending from an edge of the top wall ; a light incident opening , defined in the top wall ; a first imaging module , accommodated in the shell ; a light-redirecting element , accommodated in the shell and configured to redirect an incident light from the light incident opening to the first imaging module ; a receiving recess , defined in the shell and adjacent to the light incident opening ; and a decorative member , mounted on the shell in such a manner that the light incident opening is exposed from the decorative member and the decorative member is arranged around the light incident opening and partially received in the receiving recess ; characterized in that the receiving recess is defined at the junction of the top wall and the side wall , and the decorative member abuts against the top wall and the side wall .
A three-dimensional bouquet comprising an outer layer and one or more inner layer: , with the inner layer(s) located within the outer layer, such that the outer layer surrounds and forms a three-dimensional cavity; the cavity wall has at least two symmetrical creases and symmetrically positioned through-holes on the left and right sides; the cavity wall is equipped with connecting components with one end passing through the through-holes in the cavity wall and fixed on the inner side of the cavity wall, characterized by the other end having matching latches or fasteners; the left and right connecting components can enclose the outer surface of the three-dimensional bouquet and securely lock it into place.
A railway unit on which a semi-trailer is intended to be loaded, which includes a locking system for the kingpin of said semi-trailer comprising a receiving structure provided to receive said kingpin, and which includes a general pipe for supplying fluid supplying and commanding in particular the brakes of the railway unit , characterized in that it further includes an impact detection device comprising the following means: - a rigid connecting piece connected to the receiving structure , the impacts experienced by the receiving structure being transmitted to said rigid connecting piece ; - at least one connecting shaft by which the rigid connecting piece is connected to the railway unit , this connecting shaft being mounted on the railway unit , received pivoting in an oblong provided in the rigid connecting piece and able to move in the oblong over a limited travel D provided on each side in the oblong ; - at least one shear pin inserted through the connecting shaft and the oblong that prevents the connecting shaft from moving in the oblong , this shear pin being provided to break in case of impact exceeding a certain threshold and then allowing the connecting shaft to move in the oblong ; - at least one bypass pipe mounted as a bypass on the general pipe of the railway unit , this bypass pipe being secured to the rigid connecting piece ; - at least one cutoff tool secured to the railway unit , which cuts off a part of the bypass pipe when a shear pin is broken and a connecting shaft is moving in the oblong associated with it. - a rigid connecting piece connected to the receiving structure , the impacts experienced by the receiving structure being transmitted to said rigid connecting piece ; - at least one connecting shaft by which the rigid connecting piece is connected to the railway unit , this connecting shaft being mounted on the railway unit , received pivoting in an oblong provided in the rigid connecting piece and able to move in the oblong over a limited travel D provided on each side in the oblong ; - at least one shear pin inserted through the connecting shaft and the oblong that prevents the connecting shaft from moving in the oblong , this shear pin being provided to break in case of impact exceeding a certain threshold and then allowing the connecting shaft to move in the oblong ; - at least one bypass pipe mounted as a bypass on the general pipe of the railway unit , this bypass pipe being secured to the rigid connecting piece ; - at least one cutoff tool secured to the railway unit , which cuts off a part of the bypass pipe when a shear pin is broken and a connecting shaft is moving in the oblong associated with it.
A dental prosthesis for anchoring in the jawbone , comprising a dental implant with an implant body and an abutment , - a tooth part with an internal guide penetrating the tooth part , and - a closure body which, to seal the dental prosthesis , can be arranged within the internal guide penetrating the tooth part , characterised In that a connecting sleeve is arranged between the closure body and the Internal guide of the tooth part , wherein the connecting sleeve has a flat outer surface and the internal guide has a flat surface, with the result that the connecting sleeve can be inserted into the internal guide in sliding manner, and by means of which connecting sleeve - the tooth part and the dental implant can be connected to one another, indirectly, releasably and - the closure body can be releasably locked within the internal guide penetrating the tooth part . - a tooth part with an internal guide penetrating the tooth part , and - a closure body which, to seal the dental prosthesis , can be arranged within the internal guide penetrating the tooth part , - the tooth part and the dental implant can be connected to one another, indirectly, releasably and - the closure body can be releasably locked within the internal guide penetrating the tooth part .
A stretch laminate hot melt adhesive composition comprising: (a) 35 to 70 weight percent of a polypropylene (co)polymer having (i) a heat of fusion less than 15J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12; (ii) a propylene content greater than 50% of the (co)polymer; and wherein the propylene (co)polymer comprises at least a propylene homopolymer; and (b) 2 to 15 weight percent of a wax having (i) a heat of fusion greater than 50 J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12, and (ii) a melting peak greater than 100°C measured in accordance with ASTM D3418-12; and (c) a tackifier wherein the adhesive has (i) a storage modulus (G' 40 ) of 5×10 5 to 5×10 7 Pascal at 40°C, 10 rad/s; (ii) a storage modulus (G' 80 ) of 5×10 3 to 1×10 7 Pascal at 80°C, 10 rad/s; (iii) wherein the adhesive has a loss modulus (G") of at least 5×10 4 Pascal at 40°C, 10 rad/s; and (iv) a density range of 0.75 to 0.90 g/cm 3 at 160°C measured in accordance with ASTM D1475. (a) 35 to 70 weight percent of a polypropylene (co)polymer having (i) a heat of fusion less than 15J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12; (ii) a propylene content greater than 50% of the (co)polymer; and wherein the propylene (co)polymer comprises at least a propylene homopolymer; and (b) 2 to 15 weight percent of a wax having (i) a heat of fusion greater than 50 J/g measured at 10°C/min heating and cooling rate in accordance with ASTM D3418-12, and (ii) a melting peak greater than 100°C measured in accordance with ASTM D3418-12; and (c) a tackifier
A disposable diaper comprising: a crotch portion; a front side portion extending to a front side of the crotch portion; a back side portion extending to a back side of the crotch portion; an absorbent body provided in a range including the crotch portion in a front-back direction; and a top sheet covering a front surface of the absorbent body, wherein the top sheet is formed of a thermoplastic nonwoven fabric, the absorbent body is formed of a lower layer absorbent body and an upper layer absorbent body provided on a front surface of the lower layer absorbent body, a slit having a predetermined width is provided in the upper layer absorbent body at least at the crotch portion so as to extend in the front-back direction, and the slit having the predetermined width is not provided in the lower layer absorbent body, the top sheet includes a depressed portion that is depressed into the slit, and low permeation portions are provided in multiple quantities with intervals at least in the depressed portion, the low permeation portions being portions that are compressed in a thickness direction and portions where fibers are welded to each other. a crotch portion; a front side portion extending to a front side of the crotch portion; a back side portion extending to a back side of the crotch portion; an absorbent body provided in a range including the crotch portion in a front-back direction; and a top sheet covering a front surface of the absorbent body, wherein the top sheet is formed of a thermoplastic nonwoven fabric, the absorbent body is formed of a lower layer absorbent body and an upper layer absorbent body provided on a front surface of the lower layer absorbent body, a slit having a predetermined width is provided in the upper layer absorbent body at least at the crotch portion so as to extend in the front-back direction, and the slit having the predetermined width is not provided in the lower layer absorbent body, the top sheet includes a depressed portion that is depressed into the slit, and low permeation portions are provided in multiple quantities with intervals at least in the depressed portion, the low permeation portions being portions that are compressed in a thickness direction and portions where fibers are welded to each other.
Clutch for a rotary shaft , said clutch comprising an annular chamber , a housing and a thin-walled sleeve forming an axially extended thin wall of the annular chamber , which chamber is arranged to be supplied with a pressurized fluid for substantially elastic deformation of the sleeve , so that a surface of the sleeve engages a smooth complementary shaped surface so that the shaft is drivingly connected to the clutch , the clutch further comprising a trigger device and a channel system activatable by said trigger device upon a relative angular movement between the shaft and the housing , the chamber being connected to said channel system and the channel system being arranged to, when it is activated by said trigger device , assume a state in which the pressurized fluid can flow through the channel system away from the chamber , so that the shaft can rotate independently of the housing , wherein the clutch further comprises a control means arranged to receive said fluid flowing through the channel system away from the chamber , and also comprising a pump in turn arranged to pump fluid to the chamber so as to achieve said pressure therein, in that the control means is fixedly arranged in relation to the housing , so that the control means is arranged to rotate with the shaft , characterised in that the clutch further comprises a generator means arranged to harvest electric energy from the rotation of the shaft , and in that the generator means is arranged to power the control means .
Separation device intended to separate a profiled element from a conveying surface which conveys said profiled element in a longitudinal direction (L0) so as to forward the profiled element with an advancing movement (FM2) in the direction of which said profiled element displays a free end, termed "front edge" , said device being characterized in that it comprises a detachment roller which is mounted so as to be able to rotate on a support about an axis, termed "detachment axis" (X10), and which is intended to be interposed between the profiled element and the conveying surface in order to cause the profiled element to become detached from said conveying surface , said support and the detachment roller being arranged to be able to adopt a configuration, termed "engagement configuration" (C1), in which the detachment axis (X10) is oriented transversely, preferably perpendicularly, to the longitudinal direction (L0) and parallel to the conveying surface , and in which the detachment axis (X10) is situated at a distance (H10) from the conveying surface which is such that, on the one hand, a gap remains between said detachment roller and the conveying surface , that, on the other hand, the detachment roller forms a stop which opposes the progression of the front edge of the profiled element on the conveying surface and prevents said front edge from crossing the gap , and that, finally, there can be generated a rotation (R10) of the detachment roller about the detachment axis (X10), termed "detachment rotation" (R10), that constrains the front edge of the profiled element to become detached from the conveying surface so that the profiled element can continue its advancing movement (FM2) by bypassing and crossing the detachment roller on the opposite side from the gap , while following said detachment rotation (R10).
A cord disconnect apparatus comprising: a housing defining a receptacle for a plug of a cord ; an ejection mechanism ;and a motor and a gear assembly ; characterized in that the ejection mechanism includes a scotch yoke assembly driven by the motor through the gear assembly supported by the housing , the scotch yoke assembly being reciprocatable to engage and eject the plug from the receptacle by turning the motor in a single direction. a housing defining a receptacle for a plug of a cord ; an ejection mechanism ;and a motor and a gear assembly ; characterized in that the ejection mechanism includes a scotch yoke assembly driven by the motor through the gear assembly supported by the housing , the scotch yoke assembly being reciprocatable to engage and eject the plug from the receptacle by turning the motor in a single direction.
A backhaul bandwidth adjusting method, applied to a wired backhaul base station, the method comprising: acquiring an amount of data to be transmitted of each access device in a first time window, the access device comprising an accessed user equipment and a wireless backhaul base station; and determining , based on the amount of data to be transmitted of each access device in the first time window and a wired backhaul bandwidth, an available backhaul bandwidth allocated for each wireless backhaul base station in a next first time window; characterized in that the determining, based on the amount of data to be transmitted of each access device in the first time window and the wired backhaul bandwidth, the available backhaul bandwidth allocated for each wireless backhaul base station in the next first time window comprises: determining , based on an amount of uplink data to be transmitted reported by each access device in the first time window, a total amount of uplink data reported by all access devices in the first time window; and determining , based on a ratio of an amount of uplink data to be transmitted reported by each wireless backhaul base station in the first time window to the total amount of uplink data and the wired backhaul bandwidth, an uplink available backhaul bandwidth of each wireless backhaul base station in the next first time window. acquiring an amount of data to be transmitted of each access device in a first time window, the access device comprising an accessed user equipment and a wireless backhaul base station; and determining , based on the amount of data to be transmitted of each access device in the first time window and a wired backhaul bandwidth, an available backhaul bandwidth allocated for each wireless backhaul base station in a next first time window; characterized in that the determining, based on the amount of data to be transmitted of each access device in the first time window and the wired backhaul bandwidth, the available backhaul bandwidth allocated for each wireless backhaul base station in the next first time window comprises: determining , based on an amount of uplink data to be transmitted reported by each access device in the first time window, a total amount of uplink data reported by all access devices in the first time window; and determining , based on a ratio of an amount of uplink data to be transmitted reported by each wireless backhaul base station in the first time window to the total amount of uplink data and the wired backhaul bandwidth, an uplink available backhaul bandwidth of each wireless backhaul base station in the next first time window. determining , based on an amount of uplink data to be transmitted reported by each access device in the first time window, a total amount of uplink data reported by all access devices in the first time window; and determining , based on a ratio of an amount of uplink data to be transmitted reported by each wireless backhaul base station in the first time window to the total amount of uplink data and the wired backhaul bandwidth, an uplink available backhaul bandwidth of each wireless backhaul base station in the next first time window.
Child carrier comprising a front wheel attachment device, the front wheel attachment device comprising a fork with closed dropouts and an axle configured for attaching a front wheel to the fork , characterized in that the front wheel attachment device further comprises a wheel tilt adjustment device configured for adjusting a tilt angle of the front wheel relative to the fork . the front wheel attachment device comprising a fork with closed dropouts and an axle configured for attaching a front wheel to the fork , characterized in that the front wheel attachment device further comprises a wheel tilt adjustment device configured for adjusting a tilt angle of the front wheel relative to the fork .
A container for packaging of food, such as vacuum packaging or modified atmosphere packaging, said container comprising a bottom part defining a bottom plane, and upwardly extending side walls surrounding said bottom part , and having inner wall surfaces facing the interior of said container and outer wall surfaces facing the outside of said container , said upwardly extending side walls comprising, at an upper end thereof, a circumferential longitudinal rim part having a planer main surface being substantially parallel to said bottom plane, said container being arranged with a junction between said side walls and said rim part , characterized in that a least 50% of said junction is non-parallel in relation to a longitudinal direction of said rim part , for generating an increased moment of inertia of said rim part along the longitudinal direction thereof. said upwardly extending side walls comprising, at an upper end thereof, a circumferential longitudinal rim part having a planer main surface being substantially parallel to said bottom plane, said container being arranged with a junction between said side walls and said rim part , characterized in that a least 50% of said junction is non-parallel in relation to a longitudinal direction of said rim part , for generating an increased moment of inertia of said rim part along the longitudinal direction thereof.
A micropump comprising: a pumping chamber (20; 120; 220; 320), between a first semiconductor substrate (7; 107; 207; 307) and a second semiconductor substrate (8; 108; 208; 308) bonded to each other; an inlet valve (21; 121; 221; 321), having an inlet shutter element (27; 127) between an inlet passage (18; 118) and the pumping chamber (20; 120; 220; 320); an outlet valve (22; 121; 221; 321), having an outlet shutter element (33; 133) between the pumping chamber (20; 120; 220; 320) and an outlet passage (19; 119); a first recess (28; 128) fluidly coupled to the pumping chamber (20; 120; 220; 320) and configured to house the inlet shutter element (27; 127) when the inlet valve (21; 121; 221; 321) is in an open configuration; a second recess (35; 135) fluidly decoupled from the pumping chamber (20; 120; 220; 320) and configured to house the outlet shutter element (33; 133) when the outlet valve (22; 121; 221; 321) is in an open configuration. a pumping chamber (20; 120; 220; 320), between a first semiconductor substrate (7; 107; 207; 307) and a second semiconductor substrate (8; 108; 208; 308) bonded to each other; an inlet valve (21; 121; 221; 321), having an inlet shutter element (27; 127) between an inlet passage (18; 118) and the pumping chamber (20; 120; 220; 320); an outlet valve (22; 121; 221; 321), having an outlet shutter element (33; 133) between the pumping chamber (20; 120; 220; 320) and an outlet passage (19; 119); a first recess (28; 128) fluidly coupled to the pumping chamber (20; 120; 220; 320) and configured to house the inlet shutter element (27; 127) when the inlet valve (21; 121; 221; 321) is in an open configuration; a second recess (35; 135) fluidly decoupled from the pumping chamber (20; 120; 220; 320) and configured to house the outlet shutter element (33; 133) when the outlet valve (22; 121; 221; 321) is in an open configuration.
An apparatus comprising: at least one processor configured to determine a designated cell measurement for a respective transmission gap within a transmission gap pattern sequence, to determine whether the respective transmission gap is also usable for an alternate cell measurement based on at least one criterion, and to use the respective transmission gap for the alternate cell measurement if the at least one criterion is satisfied; and a memory coupled to the at least one processor. at least one processor configured to determine a designated cell measurement for a respective transmission gap within a transmission gap pattern sequence, to determine whether the respective transmission gap is also usable for an alternate cell measurement based on at least one criterion, and to use the respective transmission gap for the alternate cell measurement if the at least one criterion is satisfied; and a memory coupled to the at least one processor.