mhurhangee/patent-ind-claim-en huggingface dataset:
A bottle pouch with an integrated fitment and inner support handle piece comprising: a flexible pouch in the shape of a bottle comprising a flexible pouch body with a handle region and at least one outer sleeve or loop coupled to an outer periphery of the flexible pouch body , a combined fitment and inner support handle piece including a rigid handle portion extending from the combined fitment and inner support handle piece , wherein the combined fitment and inner support handle piece is coupled to the flexible pouch and the inner support handle piece passes through the interior of the at least one outer sleeve or loop , wherein the inner support handle piece extends from the outer periphery of the fitment and is external to the flexible pouch body , and wherein the inner support handle piece passes from the interior of the outer sleeve or loop to the exterior of the flexible pouch body adjacent to the handle region of the flexible pouch body to form the rigid handle portion that increases the rigidity of the handle region of the flexible pouch . a flexible pouch in the shape of a bottle comprising a flexible pouch body with a handle region and at least one outer sleeve or loop coupled to an outer periphery of the flexible pouch body , a combined fitment and inner support handle piece including a rigid handle portion extending from the combined fitment and inner support handle piece , wherein the combined fitment and inner support handle piece is coupled to the flexible pouch and the inner support handle piece passes through the interior of the at least one outer sleeve or loop , wherein the inner support handle piece extends from the outer periphery of the fitment and is external to the flexible pouch body , and wherein the inner support handle piece passes from the interior of the outer sleeve or loop to the exterior of the flexible pouch body adjacent to the handle region of the flexible pouch body to form the rigid handle portion that increases the rigidity of the handle region of the flexible pouch .
A device (200; 300; 400) for contactless communication with a terminal (202; 302; 402), the device comprising: an antenna (204; 304; 404; 504) for receiving a wireless signal emitted by the terminal; an embedded chip (206; 306; 406) configured to generate data for communication to the terminal to perform a first function associated with the device; and a module (208; 308; 408; 508) separate from the chip and configured to perform processes as part of a second function associated with the device, the module being connected to the antenna and comprising a power-harvesting unit (212; 316; 420; 520) configured to harvest power from the received wireless signal to power at least the module; characterised in that the embedded chip comprises a first power management unit (218; 318; 432) for controlling the use and/or consumption of power by the embedded chip and the module further comprises a second power management unit (216; 320; 422; 522) for controlling the use and/or consumption of power by the module. an antenna (204; 304; 404; 504) for receiving a wireless signal emitted by the terminal; an embedded chip (206; 306; 406) configured to generate data for communication to the terminal to perform a first function associated with the device; and a module (208; 308; 408; 508) separate from the chip and configured to perform processes as part of a second function associated with the device, the module being connected to the antenna and comprising a power-harvesting unit (212; 316; 420; 520) configured to harvest power from the received wireless signal to power at least the module; characterised in that the embedded chip comprises a first power management unit (218; 318; 432) for controlling the use and/or consumption of power by the embedded chip and the module further comprises a second power management unit (216; 320; 422; 522) for controlling the use and/or consumption of power by the module.
A bottle flakes recycling and pelletizing apparatus, including a bottle flakes feeding apparatus and screw extrusion pelletizing apparatus with 3A grade bottle flakes as raw material, said 3A grade bottle flakes as defined in the description, wherein between the bottle flakes feeding apparatus and screw extrusion pelletizing apparatus, a dust removing and drying apparatus is located, wherein said dust removing and drying apparatus includes an eddy current separator , characterized in that said dust removing and drying apparatus also includes a material sorter , a fluid-bed apparatus , a round vibrating sieve and a drying tower , and in that the said screw extrusion pelletizing apparatus has a multiple-hopper material mixing apparatus at the output end. wherein between the bottle flakes feeding apparatus and screw extrusion pelletizing apparatus, a dust removing and drying apparatus is located, wherein said dust removing and drying apparatus includes an eddy current separator , characterized in that said dust removing and drying apparatus also includes a material sorter , a fluid-bed apparatus , a round vibrating sieve and a drying tower , and in that the said screw extrusion pelletizing apparatus has a multiple-hopper material mixing apparatus at the output end.
A method for controlling a collision process in a vehicle convoy comprising at least two vehicles, of which at least one vehicle is a lead vehicle and at least one vehicle is a trail vehicle, each of said at least two vehicles comprising a vehicle cab, the method comprising the steps of: - automatically controlling by control systems a certain distance between said lead vehicle and said trail vehicle for lowering the air resistance for said trail vehicle; - controlling (s401; s440), in the event of a identified collision risk as a result of an erroneous determination by said control systems, the triggering of an airbag configuration arranged for an external effect (305; 310; 320; 330; 340), said airbag configuration comprising airbag elements (310a; 310b, 310c; 320a; 320b) disposed at the front of the vehicle cab and at the rear of the vehicle cab and, if trailers are present, at the front of said trailers and at the rear of said trailers, and wherein at least one of said vehicles is equipped with said airbag configuration for controlling said collision process and wherein the control of said collision process is achieved by means of different pressures in said airbag elements (310a; 310b, 310c; 320a; 320b). - automatically controlling by control systems a certain distance between said lead vehicle and said trail vehicle for lowering the air resistance for said trail vehicle; - controlling (s401; s440), in the event of a identified collision risk as a result of an erroneous determination by said control systems, the triggering of an airbag configuration arranged for an external effect (305; 310; 320; 330; 340), said airbag configuration comprising airbag elements (310a; 310b, 310c; 320a; 320b) disposed at the front of the vehicle cab and at the rear of the vehicle cab and, if trailers are present, at the front of said trailers and at the rear of said trailers, and wherein at least one of said vehicles is equipped with said airbag configuration for controlling said collision process and wherein the control of said collision process is achieved by means of different pressures in said airbag elements (310a; 310b, 310c; 320a; 320b).
Cabinet of a vehicle cabin, having a lid (H) and a remaining body (B) suitable to be closed by said lid (H), the lid being fixed to the body by means of a hinge having a substantially planar form, being intended to assume at least three mutual positions with respect to a remaining body (B) of said cabinet, the hinge comprising a plate intended to be fastened to or to be integral with the body (B) of said cabinet , a pivot (P) intended to be fastened parallel to an edge of said lid (H), said plate (PS) having: - a circular hole (F), defining a symmetry axis (X) perpendicular to a planar extension of the plate (PS) said pivot (P) comprising: - a tubular body (PB) having a longitudinal extension according to said symmetry axis (X) and a closed base ending with a pin (PN) which is coaxial with the tubular body (PB), said pin (PN) being complementary to said hole (F) of the plate (PS) and being intended to engage the hole (F) when said lid (H) is assembled with the body (B) of the cabinet and being coupled in a translation free manner and in a substantially rotationally blocked manner to the lid (H). said cabined being characterized in by the fact that said plate (PS) has at least three notches (N1, N2) having a longitudinal shape, arranged at the edge of said hole (F), radially extending and mutually angularly offset with respect to said symmetry axis (X), and in that said pivot (P) comprises: - one or more axially mobile teeth (T), arranged on the edge of said pin (PN), radially arranged with respect to said symmetry axis (X) and complementary to each of said notches (N1 and N2) - a helical spring (SP), at least partially arranged in said tubular body to load said one or more teeth (T) so that it/they externally protrudes/protrude with respect to said closed base of the tubular body (PB) of the pivot (P), wherein said lid (H) comprises a groove-shaped seat (TH) formed on a face of said lid, parallel to said edge of the lid, having a longitudinal extension according to said symmetry axis (X), said tubular body (PB) is complementary with said seat (TH). - a circular hole (F), defining a symmetry axis (X) perpendicular to a planar extension of the plate (PS) - a tubular body (PB) having a longitudinal extension according to said symmetry axis (X) and a closed base ending with a pin (PN) which is coaxial with the tubular body (PB), said pin (PN) being complementary to said hole (F) of the plate (PS) and being intended to engage the hole (F) when said lid (H) is assembled with the body (B) of the cabinet and being coupled in a translation free manner and in a substantially rotationally blocked manner to the lid (H). - one or more axially mobile teeth (T), arranged on the edge of said pin (PN), radially arranged with respect to said symmetry axis (X) and complementary to each of said notches (N1 and N2) - a helical spring (SP), at least partially arranged in said tubular body to load said one or more teeth (T) so that it/they externally protrudes/protrude with respect to said closed base of the tubular body (PB) of the pivot (P),
A cabin enabling steam bathes to individuals and including at least two exterior walls , one access door , one cabin floor and one cabin roof , • the cabin containing a vapour feed aperture , a fresh air aperture , a discharge , and an exhaust-air discharge , and • a seat unit enabling cabin occupants to sit in the cabin , and • the surface materials of the cabin being made of water-resistant material, and • the cabin being equipped with steering and control systems enabling to precisely control vapour content in the cabin and the yield of which is adapted to the cabin dimensions, and • the cabin being equipped with equipotential bonding equalising electric and electrostatic charges, characterised in that • the cabin includes another foam entry arranged downstream said vapour feed aperture , said fresh air feed aperture , and downstream said exhaust air discharge , and • the cabin is equipped with steering and control systems enabling generation of foam to be introduced into the cabin in defined quantities. • the cabin containing a vapour feed aperture , a fresh air aperture , a discharge , and an exhaust-air discharge , and • a seat unit enabling cabin occupants to sit in the cabin , and • the surface materials of the cabin being made of water-resistant material, and • the cabin being equipped with steering and control systems enabling to precisely control vapour content in the cabin and the yield of which is adapted to the cabin dimensions, and • the cabin being equipped with equipotential bonding equalising electric and electrostatic charges, characterised in that • the cabin includes another foam entry arranged downstream said vapour feed aperture , said fresh air feed aperture , and downstream said exhaust air discharge , and • the cabin is equipped with steering and control systems enabling generation of foam to be introduced into the cabin in defined quantities.
An information processing system comprising: a display device ; an image management server ; a microscope ; and a controller configured to: acquire from the microscope a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; and for each sub-region, generate in-focus position information which corresponds to a depth position; and output to the image management server the plurality of images, and the in-focus position information for each sub-region, wherein, for each sub-region, the in-focus position information indicates said sub-region and one of the plurality of images in an in-focus state, wherein the controller is configured to generate, as the in-focus position information, at least one of a color distribution map and a look-up table. a display device ; an image management server ; a microscope ; and a controller configured to: acquire from the microscope a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; and for each sub-region, generate in-focus position information which corresponds to a depth position; and output to the image management server the plurality of images, and the in-focus position information for each sub-region, wherein, for each sub-region, the in-focus position information indicates said sub-region and one of the plurality of images in an in-focus state, acquire from the microscope a plurality of images having different depth positions; divide the plurality of images into a plurality of sub-regions; and for each sub-region, generate in-focus position information which corresponds to a depth position; and output to the image management server the plurality of images, and the in-focus position information for each sub-region, wherein, for each sub-region, the in-focus position information indicates said sub-region and one of the plurality of images in an in-focus state, wherein the controller is configured to generate, as the in-focus position information, at least one of a color distribution map and a look-up table.
Submarine having a container which can be closed off to one side and outwardly by a pivotably articulated and outwardly convexly curved cover which closes in a pressure-tight manner, having means for flooding the closed container under water and having means for collecting and storing the gas or gas mixture displaced from the container during flooding, and having a gas trap which is provided on the cover and which collects and stores the gas or gas mixture situated in the cover upon opening of the cover , characterized in that the gas trap is formed by a pocket which is formed on the inner side of the cover and which is open only towards the articulation side of the cover .
A microfracture device comprising: a guide shaft having a proximal end and a distal end and defining an internal passage between the proximal and distal ends, the guide shaft having a curved tip region and an angled tip at the distal end of the guide shaft; a stabilizing portion disposed along an outer surface of the guide shaft, at least a portion of the stabilizing portion being wider than the guide shaft; and a flexible element movably positioned within the internal passage of the guide shaft, the flexible element having a distal tip configured for driving into bone, characterized in that the stabilizing portion is configured for insertion with the guide shaft to a surgery site. a guide shaft having a proximal end and a distal end and defining an internal passage between the proximal and distal ends, the guide shaft having a curved tip region and an angled tip at the distal end of the guide shaft; a stabilizing portion disposed along an outer surface of the guide shaft, at least a portion of the stabilizing portion being wider than the guide shaft; and a flexible element movably positioned within the internal passage of the guide shaft, the flexible element having a distal tip configured for driving into bone, characterized in that the stabilizing portion is configured for insertion with the guide shaft to a surgery site.
A mobility management entity selection method executed by a first mobility management entity, comprising: receiving an access request message from user equipment, UE, wherein the access request message carries identity information of the UE; obtaining subscription data of the UE from a home subscriber server according to the identity information of the UE, wherein the subscription data comprises information about a type of a second mobility management entity that the UE needs to access; determining , according to the subscription data, the type of the second mobility management entity; selecting the second mobility management entity according to the type of the second mobility management entity; and forwarding the access request message to the second mobility management entity. receiving an access request message from user equipment, UE, wherein the access request message carries identity information of the UE; obtaining subscription data of the UE from a home subscriber server according to the identity information of the UE, wherein the subscription data comprises information about a type of a second mobility management entity that the UE needs to access; determining , according to the subscription data, the type of the second mobility management entity; selecting the second mobility management entity according to the type of the second mobility management entity; and forwarding the access request message to the second mobility management entity.
Doner-style meat spit, with minced meat layers and contiguous intermediate layers , wherein the intermediate layers are preformed and sheet-like, and consist of a meatless, edible, fully cookable, thin material which stabilizes the meat spit , and wherein the meat spit has a central area which contains a middle spit , around which the minced meat layers are arranged in layers, characterized in that one of the intermediate layers is arranged on the spit after each minced meat layer .
A display device of a vehicle , the display device comprising: a communicator ; a display ; a memory configured to store a plurality of templates; and a processor configured to: control the display to display a plurality of icons, in response to a user input for selecting an icon from among the plurality of icons, identify a template among the plurality of templates corresponding to the selected icon and identify status information of the vehicle corresponding to the selected icon, generate a message combining the template and the status information of the vehicle , and control the communicator to transmit the message to an external apparatus. a communicator ; a display ; a memory configured to store a plurality of templates; and a processor configured to: control the display to display a plurality of icons, in response to a user input for selecting an icon from among the plurality of icons, identify a template among the plurality of templates corresponding to the selected icon and identify status information of the vehicle corresponding to the selected icon, generate a message combining the template and the status information of the vehicle , and control the communicator to transmit the message to an external apparatus. control the display to display a plurality of icons, in response to a user input for selecting an icon from among the plurality of icons, identify a template among the plurality of templates corresponding to the selected icon and identify status information of the vehicle corresponding to the selected icon, generate a message combining the template and the status information of the vehicle , and control the communicator to transmit the message to an external apparatus.
An apparatus for active generation of a sound of an engine of a land vehicle, the apparatus comprising a device for detecting a fundamental frequency (f E ) of the sound of the engine and a generator for generating signals (w 2 , ..., w N ) corresponding to waveforms representing sound waves that have spectral characteristics that depend upon said fundamental 10 frequency (f E ), wherein said device for detecting a fundamental frequency (f E ) of the sound of the engine comprises a converter for converting the engine revolutions per minute r.p.m. (ER) into a value of fundamental frequency (f E ), said apparatus being characterized in that it further comprises a modulator (13; 23) including a module configured for applying a modulation to said waveforms (w 2 , ..., w N ) so as to control the obtaining of a determined value of roughness (R) or fluctuation strength of an audio signal (SG) for driving an actuator that generates an engine noise (RM), wherein said module is configured for modulating said sound waves (w 2 , ..., w N ), and comprises a plurality of sub-modules for modulating each sound wave (w i ) with characteristics that depend upon the i-th multiple (f 2 , ..., f N ) of the fundamental frequency (f E ), each sub-module being governed by a respective modulation index (m i ) and a respective modulation frequency (f mi ), and which receives at input a corresponding sinusoidal harmonic (w i ) selected to supply at output a respective modulated harmonic (wm i ) ; said module further comprising a module configured for adding together said modulated harmonics (wm i ) so as to control the value of roughness and/or fluctuation strength of an audio signal (SG) to supply at output said audio signal (SG) for driving an actuator that generates an engine noise (RM), wherein said module configured for modulating said sound waves (w 2 , ..., w N ) is further configured, given a value of roughness R or fluctuation strength of the audio signal (SG) to be obtained to access a table, which, as a function of the value of roughness R or fluctuation strength, of at least a central frequency (f c ) of the tone of the audio signal to be obtained (SG) supplies the values of respective modulation index (m i ) and a respective modulation frequency (f mi ) for the respective sub-module .
A sensor system for sensing pressure of a first fluid , the sensor system comprising - an optical sensing fiber that is configured for sensing pressure, - at least one sensor housing embedding the optical sensing fiber , whereby the sensor housing is filled with a second fluid , the sensor housing containing a non-hermetic pressure transfer medium comprised in the sensor system and positioned in the sensor housing such that a pressure of the first fluid can be transferred via the pressure transfer medium onto the second fluid towards the optical sensing fiber for determining based thereon a pressure of the first fluid wherein the system comprises an inner housing comprised in the sensor housing , the sensor system being characterised by the inner housing being in open connection with the second fluid in the sensor housing and giving additional protection to the optical sensing fiber such that the optical sensing fiber cannot bend. - an optical sensing fiber that is configured for sensing pressure, - at least one sensor housing embedding the optical sensing fiber , whereby the sensor housing is filled with a second fluid , the sensor housing containing a non-hermetic pressure transfer medium comprised in the sensor system and positioned in the sensor housing such that a pressure of the first fluid can be transferred via the pressure transfer medium onto the second fluid towards the optical sensing fiber for determining based thereon a pressure of the first fluid wherein the system comprises an inner housing comprised in the sensor housing , the sensor system being characterised by the inner housing being in open connection with the second fluid in the sensor housing and giving additional protection to the optical sensing fiber such that the optical sensing fiber cannot bend.