mhurhangee/patent-ind-claim-en huggingface dataset:
A turbofan engine nacelle comprising an inlet configured to be fluidly connected to a main gas path of a turbofan engine core, wherein: the inlet has an inlet edge connecting an external skin to an internal duct wall , and a step formed in a surface of at least one of the external skin and the duct wall , the step delimiting a first portion of the surface from a second portion of the surface , the second portion of the surface being recessed relative to the first portion of the surface by the height of the step ; the second portion of the surface extends away from both the step and the inlet edge ; the first portion of the surface extends between the inlet edge and the step ; the step extends around an entire circumference of the inlet ; characterized in that : the step is formed by a junction between a D-duct and adjacent sections of the nacelle ; and the turbofan engine nacelle further comprises a heater internal to the D-duct , the heater being configured to heat water, in solid or liquid phase, which comes in contact with the inlet . the inlet has an inlet edge connecting an external skin to an internal duct wall , and a step formed in a surface of at least one of the external skin and the duct wall , the step delimiting a first portion of the surface from a second portion of the surface , the second portion of the surface being recessed relative to the first portion of the surface by the height of the step ; the second portion of the surface extends away from both the step and the inlet edge ; the first portion of the surface extends between the inlet edge and the step ; the step extends around an entire circumference of the inlet ; the step is formed by a junction between a D-duct and adjacent sections of the nacelle ; and the turbofan engine nacelle further comprises a heater internal to the D-duct , the heater being configured to heat water, in solid or liquid phase, which comes in contact with the inlet .
A display device comprising: a plurality of stand assemblies ; a plurality of center frames connected in series, the plurality of center frames fixed to the plurality of stand assemblies , and the plurality of center frames having a curved first surface ; and a plurality of display panels having a cable (CB) and coupled to the curved first surface of the plurality of the center frames , characterized in that : the plurality of stand assemblies includes a first and second stand frame and a transverse frame bar positioned between the first stand frame and the second stand frame , wherein the transverse frame bar forms a frame coupling space for receiving and coupling the center frame between the first and second stand frames , wherein the plurality of center frames is positioned in the frame coupling space between the first and second stand frames , wherein the cable (CB) is positioned on a back surface of the plurality of display panels , and wherein each of the plurality of center frames has a first groove on the curved first surface of the center frame , wherein the first groove is configured to accommodate the cable (CB). a plurality of stand assemblies ; a plurality of center frames connected in series, the plurality of center frames fixed to the plurality of stand assemblies , and the plurality of center frames having a curved first surface ; and a plurality of display panels having a cable (CB) and coupled to the curved first surface of the plurality of the center frames , characterized in that : the plurality of stand assemblies includes a first and second stand frame and a transverse frame bar positioned between the first stand frame and the second stand frame , wherein the transverse frame bar forms a frame coupling space for receiving and coupling the center frame between the first and second stand frames , wherein the plurality of center frames is positioned in the frame coupling space between the first and second stand frames , wherein the cable (CB) is positioned on a back surface of the plurality of display panels , and wherein each of the plurality of center frames has a first groove on the curved first surface of the center frame , wherein the first groove is configured to accommodate the cable (CB). the plurality of stand assemblies includes a first and second stand frame and a transverse frame bar positioned between the first stand frame and the second stand frame , wherein the transverse frame bar forms a frame coupling space for receiving and coupling the center frame between the first and second stand frames , wherein the plurality of center frames is positioned in the frame coupling space between the first and second stand frames , wherein the cable (CB) is positioned on a back surface of the plurality of display panels , and wherein each of the plurality of center frames has a first groove on the curved first surface of the center frame , wherein the first groove is configured to accommodate the cable (CB).
An intravaginal device comprising a substantially ring-shaped form having an outer edge configured to contact the vaginal wall and an internal diameter sized to substantially circumferentially surround a cervix or a vaginal cuff and a tether attached to the substantially ring-shaped form, wherein the tether comprises at least one sensor that is an accelerometer that is capable of detecting an upward lifting movement of a pelvic floor muscle of a subject
A method of manufacturing a thermal flow meter , the method including supporting a gas flow measurement element on a support member, the gas flow measurement element including a cavity portion surrounded by a substrate inclined portion inclined to a substrate surface such that a cross section vertical to the substrate surface is reduced from a lower substrate surface side to an upper substrate surface side, a diaphragm that covers the cavity portion at the upper substrate surface side, and an electrical resistive element formed in the diaphragm , including a circuit package in which the gas flow measurement element and the support member are covered with a resin portion formed with a mold , arranging the diaphragm of the circuit package in a sub-passage that takes in a gas, and measuring a flow rate of the gas, using the electrical resistive element, wherein the support member includes a lead member made of metal that also functions as a wiring member of the circuit package , and a plate provided between the lead member and the gas flow measurement element , the method comprising: gluing the lead member and the plate with a first adhesive tape , gluing the plate and the gas flow measurement element with a second adhesive tape , and setting the mold such that an acting portion of pressure force by the mold that molds the resin portion is positioned outside the substrate inclined portion in an entire periphery of the diaphragm , characterised in that the thickness dimension of the second adhesive tape is made smaller than the thickness dimension of the first adhesive tape . gluing the lead member and the plate with a first adhesive tape , gluing the plate and the gas flow measurement element with a second adhesive tape , and setting the mold such that an acting portion of pressure force by the mold that molds the resin portion is positioned outside the substrate inclined portion in an entire periphery of the diaphragm , characterised in that the thickness dimension of the second adhesive tape is made smaller than the thickness dimension of the first adhesive tape .
Polypropylene composition comprising a) A propylene homopolymer (H-PP) and b) A propylene copolymer (C-PP) of propylene and 1-hexene, Wherein i. the propylene copolymer (C-PP) has an overall 1-hexene content in the range of 3.8 to 10.0 wt.-%, ii. the propylene copolymer (C-PP) has a xylene soluble content (XCS) in the range of 8.0 to 30.0 wt.-%, and iii. the weight ratio [(C-PP)/(H-PP)] of the propylene copolymer (C-PP) to the propylene homopolymer (H-PP) is in the range of 10/90 to 45/55. a) A propylene homopolymer (H-PP) and b) A propylene copolymer (C-PP) of propylene and 1-hexene, i. the propylene copolymer (C-PP) has an overall 1-hexene content in the range of 3.8 to 10.0 wt.-%, ii. the propylene copolymer (C-PP) has a xylene soluble content (XCS) in the range of 8.0 to 30.0 wt.-%, and iii. the weight ratio [(C-PP)/(H-PP)] of the propylene copolymer (C-PP) to the propylene homopolymer (H-PP) is in the range of 10/90 to 45/55.
A method for operating a machine-to-machine, M2M, device in an M2M system, the method comprising: generating (S801) a request message requesting creation of a resource, wherein the resource comprises a <contentInstance> resource with corresponding attributes including data and a counter, wherein the counter has an initial value greater than 0 and is decremented by 1 for each RETRIEVE operation performed to the resource, wherein the RETRIEVE operation comprises another M2M device reading the data of the resource, and wherein the resource, including the data and the counter, should be deleted when the counter becomes 0; and transmitting (S803, S1001) the request message to a hosting common service entity, CSE, to create the resource. generating (S801) a request message requesting creation of a resource, wherein the resource comprises a <contentInstance> resource with corresponding attributes including data and a counter, wherein the counter has an initial value greater than 0 and is decremented by 1 for each RETRIEVE operation performed to the resource, wherein the RETRIEVE operation comprises another M2M device reading the data of the resource, and wherein the resource, including the data and the counter, should be deleted when the counter becomes 0; and transmitting (S803, S1001) the request message to a hosting common service entity, CSE, to create the resource.
A synthetic prosthesis for use in eye surgery, the synthetic prosthesis comprising a porous part and a solid part and a hole through the porous part and the solid part configured for receiving an optical cylinder, wherein the porous part and the solid part form a rectangular cuboid.
A magnetic measurement target adapted to be positioned inside a vehicle axle and to co-operate with at least two magnetic movement sensors in order to measure deformation of the axle, the magnetic measurement target comprising a body that includes a fastener end for fastening to one end of the axle and a main portion having a slot formed in an axial direction therein to separate two longitudinal portions of the body , each longitudinal portion of the body presenting a target surface for which movement can be measured by a magnetic movement sensor .
A packaging machine for arranging elements, preferably cartons (K), on pallets (Z), wherein the packaging machine comprises: - a palletizing station that has a platform and a Scara robot , which is positioned on the platform and which is embodied to move elements, preferably cartons (K), to be stowed on pallets (Z); and - a pallet feed , which is embodied to feed empty pallets (Z) along a path, wherein the platform is embodied in a bridge-like manner and the path extends through under the platform of the palletizing station to a pallet loading station . wherein the platform serves as an intermediate store for elements to be stowed on pallets (Z), so that during a pallet exchange, the Scara robot no longer moves these elements (K) directly onto a pallet (Z), instead temporarily storing them on the platform and once an empty pallet (Z) has been fed to the pallet loading station , the elements (K) to be stowed, which have been temporarily stored on the platform , can be loaded onto the pallet (Z), and wherein the area of the platform is greater than the area of a pallet (Z). - a palletizing station that has a platform and a Scara robot , which is positioned on the platform and which is embodied to move elements, preferably cartons (K), to be stowed on pallets (Z); and - a pallet feed , which is embodied to feed empty pallets (Z) along a path, wherein the platform is embodied in a bridge-like manner and the path extends through under the platform of the palletizing station to a pallet loading station .
A computer-implemented method comprising: identifying, using a camera coupled to a vehicle travelling on a road, a pedestrian crossing the road; determining that the pedestrian is far from a crosswalk; determining whether a driver of the vehicle performs an action that is responsive to the pedestrian crossing the road far from a crosswalk; assessing a risk of a collision event between the vehicle and the pedestrian after the driver of the vehicle performed the action; comparing the risk of the collision event after the driver of the vehicle performed the action with a risk assessment of a predicted collision event had the driver not performed the action; generating an alert notification based on a determination that the action mitigated the risk of the collision event; and communicating a positive reinforcement to the driver. identifying, using a camera coupled to a vehicle travelling on a road, a pedestrian crossing the road; determining that the pedestrian is far from a crosswalk; determining whether a driver of the vehicle performs an action that is responsive to the pedestrian crossing the road far from a crosswalk; assessing a risk of a collision event between the vehicle and the pedestrian after the driver of the vehicle performed the action; comparing the risk of the collision event after the driver of the vehicle performed the action with a risk assessment of a predicted collision event had the driver not performed the action; generating an alert notification based on a determination that the action mitigated the risk of the collision event; and communicating a positive reinforcement to the driver.
A method for producing a tampon comprising a pressed, absorbent material wound up to form a winding and a covering material at least partially covering the outer boundary surface of the winding, wherein a functional material that affects the feel, the look and/or the function of the tampon is provided in the winding and/or the covering material and/or between the winding and the covering material and/or on a surface of the covering material facing away from the winding, wherein a covering material is applied to a material web made of absorbent material, the absorbent material that is thus provided is wound up relative to a winding axis to form a winding such that the covering material at least partially covers the outer boundary surface of the winding, the winding is pressed in the axial and/or radial direction, wherein the absorbent material and/or the covering material is provided with the functional material before and/or during the winding process, characterized in that the functional material has a softening temperature as determined according to ASTME28 in glycerine in the range of between 80° C and 200° C and a processing temperature in the range of between 80° C and 280° C and is brought to the desired processing temperature and applied with an adhesive application head.
A communication system , comprising: a housing having an open proximal face configured to receive a plurality of patch panel devices therein in a stacked arrangement; a first hanger plate assembly including a first hanger plate , the first hanger plate having a first edge hingedly coupled to a left side of the housing ; a second hanger plate assembly including a second hanger plate, the second hanger plate having a first edge hingedly coupled to a right side of the housing ; wherein the first and second hanger plate assemblies have an open condition in which the first and second hanger plate assemblies do not cover the open proximal face of the housing , and a stored condition in which the first and second hanger plate assemblies are configured to rotate in opposite directions to at least partially cover the open proximal face of the housing ; and a first plurality of hangers connected to an inner surface of the first hanger plate in a stacked arrangement, each hanger of the first plurality of hangers adapted to support a respective cable of a first plurality of cables (C) thereon, wherein in the stored condition of the first and second hanger plate assemblies , the first hanger plate assembly at least partially overlies the second hanger plate assembly , wherein the partial overlap results in the first plurality of cables (C) being hidden behind the first hanger plate assembly and a second plurality of cables (C) on an inner surface of the second hanger plate being hidden behind both of the first and second hanger plate assemblies . a housing having an open proximal face configured to receive a plurality of patch panel devices therein in a stacked arrangement; a first hanger plate assembly including a first hanger plate , the first hanger plate having a first edge hingedly coupled to a left side of the housing ; a second hanger plate assembly including a second hanger plate, the second hanger plate having a first edge hingedly coupled to a right side of the housing ; wherein the first and second hanger plate assemblies have an open condition in which the first and second hanger plate assemblies do not cover the open proximal face of the housing , and a stored condition in which the first and second hanger plate assemblies are configured to rotate in opposite directions to at least partially cover the open proximal face of the housing ; and a first plurality of hangers connected to an inner surface of the first hanger plate in a stacked arrangement, each hanger of the first plurality of hangers adapted to support a respective cable of a first plurality of cables (C) thereon, wherein in the stored condition of the first and second hanger plate assemblies , the first hanger plate assembly at least partially overlies the second hanger plate assembly , wherein the partial overlap results in the first plurality of cables (C) being hidden behind the first hanger plate assembly and a second plurality of cables (C) on an inner surface of the second hanger plate being hidden behind both of the first and second hanger plate assemblies .
A blood analyzer comprising: a control system configured to control the operation of the analyzer , a sensor (310a-d) configured to measure at least parameters pH, p O 2 and p CO 2 of a blood sample, exposure means configured to expose the sensor to the blood sample, the exposure means comprising: an inlet probe suitable for transfer of a test sample from a blood sampler ; reporting means configured to report the parameters of the blood sample to an operator, and a sample handler comprising: an interface providing operational communication with a blood analyzer comprising transfer means for allowing transfer of a test sample from a sampler held in the handler to the analyzer, a sampler bed (120a-e), which is moveable relative to an inlet probe of the blood analyzer, for receiving a blood sampler and a stirring element , and moving means configured to move the stirring element in the blood sampler when the blood sampler is arranged in the blood sampler bed (120a-e) and; identification means for reading identification data of the blood sampler. a control system configured to control the operation of the analyzer , a sensor (310a-d) configured to measure at least parameters pH, p O 2 and p CO 2 of a blood sample, exposure means configured to expose the sensor to the blood sample, the exposure means comprising: an inlet probe suitable for transfer of a test sample from a blood sampler ; reporting means configured to report the parameters of the blood sample to an operator, and an inlet probe suitable for transfer of a test sample from a blood sampler ; reporting means configured to report the parameters of the blood sample to an operator, and a sample handler comprising: an interface providing operational communication with a blood analyzer comprising transfer means for allowing transfer of a test sample from a sampler held in the handler to the analyzer, a sampler bed (120a-e), which is moveable relative to an inlet probe of the blood analyzer, for receiving a blood sampler and a stirring element , and moving means configured to move the stirring element in the blood sampler when the blood sampler is arranged in the blood sampler bed (120a-e) and; identification means for reading identification data of the blood sampler. an interface providing operational communication with a blood analyzer comprising transfer means for allowing transfer of a test sample from a sampler held in the handler to the analyzer, a sampler bed (120a-e), which is moveable relative to an inlet probe of the blood analyzer, for receiving a blood sampler and a stirring element , and moving means configured to move the stirring element in the blood sampler when the blood sampler is arranged in the blood sampler bed (120a-e) and; identification means for reading identification data of the blood sampler.
A method of presenting an image on a display device having color channel dependent light emission comprising: (a) receiving an image input signal including a plurality of input pixel signals, each input pixel signal having three color components; (b) selecting a reduction color component which is lowest in luminance and has least effect on a perceived quality of a display image among the three color components, wherein the selected reduction color component is a blue color component; (c) calculating a blue reduction factor for only the blue color component of each input pixel signal based on a panel intensity value of the reduction color component compared with a weighted average of panel intensity values of the remaining color components; (d) selecting a respective saturation adjustment factor for each color component of each pixel signal; (e) producing an image output signal having four color components from the image input signal using the blue reduction factors and saturation adjustment factors to adjust the luminance and color saturation, respectively, of the image input signal ; (f) providing a four-channel display device having color channel dependent light emission; and (g) applying the image output signal to the display device to cause it to present an image corresponding to the image output signal . (a) receiving an image input signal including a plurality of input pixel signals, each input pixel signal having three color components; (b) selecting a reduction color component which is lowest in luminance and has least effect on a perceived quality of a display image among the three color components, wherein the selected reduction color component is a blue color component; (c) calculating a blue reduction factor for only the blue color component of each input pixel signal based on a panel intensity value of the reduction color component compared with a weighted average of panel intensity values of the remaining color components; (d) selecting a respective saturation adjustment factor for each color component of each pixel signal; (e) producing an image output signal having four color components from the image input signal using the blue reduction factors and saturation adjustment factors to adjust the luminance and color saturation, respectively, of the image input signal ; (f) providing a four-channel display device having color channel dependent light emission; and (g) applying the image output signal to the display device to cause it to present an image corresponding to the image output signal .