mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for forming a temporary intestinal occlusion in a mammal, said composition being flowable and solidifiable to form a solid plug at a predetermined site in the intestine, the structure of said plug being changeable to allow for a subsequent, at least partial removal of said occlusion, said composition being or comprising a flowable suspension in a solvent or mixed solvent, characterized in that said composition comprises the following: a) a suspension of a solid in water or an aqueous mixed solvent, the suspension having a water content which exceeds the flow limit of the suspension by an amount X; b) a dehydrating agent in an amount which is sufficient to bind the amount X of water, so that, as a consequence of dehydration, the flow limit of the suspension is exceeded;and c) said dehydrating agent is passivated by means of chemical modification or a coating. a) a suspension of a solid in water or an aqueous mixed solvent, the suspension having a water content which exceeds the flow limit of the suspension by an amount X; b) a dehydrating agent in an amount which is sufficient to bind the amount X of water, so that, as a consequence of dehydration, the flow limit of the suspension is exceeded;and c) said dehydrating agent is passivated by means of chemical modification or a coating.
Frames for manufacturing doors or windows, comprising: a) at least one peripheral fixed frame comprising a rigid aluminium frame in which all sides are made with the same profile; b) at least one fixed or movable sash inserted inside the fixed frame and which moves laterally in parallel or perpendicular planes; c) a locking system of the sashes integrated in the aluminium profiles of the fixed frame , said locking system being multipoint; wherein each sash comprises: d) at one end a central post ; e) an upper profile and a lower profile ; f) at the other end a handle ; characterized in that : g) said central post has 1 mm to 5 mm of visible aluminium; h) said handle has 1 to 5 mm of visible aluminium; i) there are no visible aluminium profiles in the floor and ceiling; and j) a peripheral profile is coupled to the sashes and attached to a pane of glass or other type of material. a) at least one peripheral fixed frame comprising a rigid aluminium frame in which all sides are made with the same profile; b) at least one fixed or movable sash inserted inside the fixed frame and which moves laterally in parallel or perpendicular planes; c) a locking system of the sashes integrated in the aluminium profiles of the fixed frame , said locking system being multipoint; d) at one end a central post ; e) an upper profile and a lower profile ; f) at the other end a handle ; g) said central post has 1 mm to 5 mm of visible aluminium; h) said handle has 1 to 5 mm of visible aluminium; i) there are no visible aluminium profiles in the floor and ceiling; and j) a peripheral profile is coupled to the sashes and attached to a pane of glass or other type of material.
A nasal aspiration and wash device, comprising: a shell member ; a pump disposed in the shell member and comprising an inhalation port configured to inhale gas and an exhaust port configured to exhaust gas; a suction part disposed on the shell member and coupled to the inhalation port , configured to flow external gas into the pump ; and a spray part disposed in the shell member and comprising a liquid storage cavity for storing liquid , and an atomization unit configured to atomize liquid provided from the liquid storage cavity and spray the atomized liquid out; wherein, the suction part and the spray part are spaced apart from each other a distance; characterized in that the suction part and the spray part are configured to be disposed on different side surfaces of the shell member , so that the suction part 13 and the spray part 14 cannot simultaneously be applied to the nose cavity and point in opposite directions. a shell member ; a pump disposed in the shell member and comprising an inhalation port configured to inhale gas and an exhaust port configured to exhaust gas; a suction part disposed on the shell member and coupled to the inhalation port , configured to flow external gas into the pump ; and a spray part disposed in the shell member and comprising a liquid storage cavity for storing liquid , and an atomization unit configured to atomize liquid provided from the liquid storage cavity and spray the atomized liquid out; wherein, the suction part and the spray part are spaced apart from each other a distance; characterized in that the suction part and the spray part are configured to be disposed on different side surfaces of the shell member , so that the suction part 13 and the spray part 14 cannot simultaneously be applied to the nose cavity and point in opposite directions.
A pipe- or tube-shaped article having an innermost layer, wherein the innermost layer has a thickness of 0.001 to 100 mm and comprises a polyolefin composition comprising a) a propylene-ethylene copolymer, wherein the amount of repeat units derived from ethylene is 1 to 20 wt% based on the weight of the propylene-ethylene copolymer and wherein the propylene-ethylene copolymer has a density of at most 0.9 g/cm 3 as determined by ASTM D1505 and b) an olefin polymer selected from high-density polyethylene (HDPE), linear low density polyethylene (LLDPE), polypropylene (PP) and combinations thereof. a) a propylene-ethylene copolymer, wherein the amount of repeat units derived from ethylene is 1 to 20 wt% based on the weight of the propylene-ethylene copolymer and wherein the propylene-ethylene copolymer has a density of at most 0.9 g/cm 3 as determined by ASTM D1505 and b) an olefin polymer selected from high-density polyethylene (HDPE), linear low density polyethylene (LLDPE), polypropylene (PP) and combinations thereof.
A laser projection module , comprising: a laser emitter configured to emit laser, the laser comprising a zero order beam gathered and superimposed at a center of a light-emitting surface of the laser emitter , and a non-zero order beam transmitted towards the surrounding of the light-emitting surface of the laser emitter ; a reflection element arranged in a laser emission direction of the laser emitter and configured to reflect the laser emitted from the laser emitter ; a diffractive optical element arranged in a light exiting direction of the reflection element and configured to diffract the laser reflected by the reflection element ; and an optical detector arranged between the laser emitter and the reflection element , and configured to receive the laser emitted from the laser emitter and detect an intensity of the non-zero order beam of the laser, wherein the laser projection module further comprises a substrate assembly , the substrate assembly comprises a substrate and a circuit board carried on the substrate , and the laser emitter is carried on the circuit board , the optical detector is arranged on the circuit board and comprises a light-receiving surface , the light receiving surface is perpendicular to the circuit board or is inclined at an angle with respect to the circuit board . a laser emitter configured to emit laser, the laser comprising a zero order beam gathered and superimposed at a center of a light-emitting surface of the laser emitter , and a non-zero order beam transmitted towards the surrounding of the light-emitting surface of the laser emitter ; a reflection element arranged in a laser emission direction of the laser emitter and configured to reflect the laser emitted from the laser emitter ; a diffractive optical element arranged in a light exiting direction of the reflection element and configured to diffract the laser reflected by the reflection element ; and an optical detector arranged between the laser emitter and the reflection element , and configured to receive the laser emitted from the laser emitter and detect an intensity of the non-zero order beam of the laser, wherein the laser projection module further comprises a substrate assembly , the substrate assembly comprises a substrate and a circuit board carried on the substrate , and the laser emitter is carried on the circuit board , the optical detector is arranged on the circuit board and comprises a light-receiving surface , the light receiving surface is perpendicular to the circuit board or is inclined at an angle with respect to the circuit board .
Clamping device for fixing printing plates on the plate cylinder of printing presses, having a C-shaped upper clamping bar fixed in a plate cylinder channel, a lower clamping bar that can be moved between a clamping position and a changing position, a switching element which is supported by its upper end section on one underside of the lower clamping bar and by its lower end section on one underside of the C-shaped upper clamping bar , and which has at least one adjusting element for engaging the switching element, wherein the switching element is constructed as a flexurally rigid element , characterised in that the flexurally rigid element is guided, during the switching operation, by its upper end section sliding on a cam guide located on the underside of the lower clamping bar and which is held at its lower section by a thrust piece arranged in the lower portion of the C-shaped upper clamping strip , wherein the thrust piece is provided with a bearing point (6.1) for movably receiving the lower end section of the flexurally rigid element , and wherein the pressure piece forms, together with a spring element , a prestressing device that helps in pre-setting the gap height between the lower clamping strip and the upper clamping strip as well as the force to be applied when clamping the pressure plates .
An encryption unit for encrypting at least one packet (P1, P2) according to a predetermined cryptographic protocol, wherein the predetermined cryptographic protocol requires exchanging of service channel information, wherein the service channel information has a first bit length, the encryption unit comprising: a packet analyzer configured to recognize whether at least one packet (P1, P2) has unused bits, a packet builder configured to insert service channel information in the packet (P1, P2) if the number of unused bits is equal to or larger than the first bit length, an encryption engine configured to encrypt the packet (P1, P2) according to the predetermined cryptographic protocol, wherein the packet (P1, P2) is a SCC packet of a Multiprotocol Label Switching Protocol, or an ESMC packet of a Multiprotocol Label Switching Protocol, or a BFD packet according to the RFC5880 standard. a packet analyzer configured to recognize whether at least one packet (P1, P2) has unused bits, a packet builder configured to insert service channel information in the packet (P1, P2) if the number of unused bits is equal to or larger than the first bit length, an encryption engine configured to encrypt the packet (P1, P2) according to the predetermined cryptographic protocol, wherein the packet (P1, P2) is a SCC packet of a Multiprotocol Label Switching Protocol, or an ESMC packet of a Multiprotocol Label Switching Protocol, or a BFD packet according to the RFC5880 standard.
An image display device ; comprising: a memory ; a display unit configured to display at least one of a plurality of web pages loaded to the memory ; and a controller configured to display a memory capacity of the memory used by the plurality of loaded web pages on the display unit ; assign unloading priorities to the plurality of loaded web pages according to a predetermined reference; select either one of an automatic unloading mode and a manual unloading mode; display the unloading priorities assigned to the plurality of loaded web pages on the display unit , allow a user to select at least some of the plurality of loaded web pages to be unloaded and to unload the user selected webpages in the manual unloading mode; unload at least some of the plurality of loaded web pages according to the assigned unloading priorities when the memory capacity of the memory used by the plurality of loaded web pages exceeds an available reference value of the memory in the automatic unloading mode, detect when web pages to be unloaded include edited data content, responsively store the edited data content in the memory and then execute the unloading of the edited web pages; generate document selectors for each of the edited web pages and display each of the document selectors on the display unit ; and when any one of the document selectors is selected, a web page currently displayed on the display unit is changed to include the stored edited data content. a memory ; a display unit configured to display at least one of a plurality of web pages loaded to the memory ; and a controller configured to display a memory capacity of the memory used by the plurality of loaded web pages on the display unit ; assign unloading priorities to the plurality of loaded web pages according to a predetermined reference; select either one of an automatic unloading mode and a manual unloading mode; display the unloading priorities assigned to the plurality of loaded web pages on the display unit , allow a user to select at least some of the plurality of loaded web pages to be unloaded and to unload the user selected webpages in the manual unloading mode; unload at least some of the plurality of loaded web pages according to the assigned unloading priorities when the memory capacity of the memory used by the plurality of loaded web pages exceeds an available reference value of the memory in the automatic unloading mode, detect when web pages to be unloaded include edited data content, responsively store the edited data content in the memory and then execute the unloading of the edited web pages; generate document selectors for each of the edited web pages and display each of the document selectors on the display unit ; and when any one of the document selectors is selected, a web page currently displayed on the display unit is changed to include the stored edited data content.
Installation for purification by adsorption of a gaseous stream of TSA or PSA type comprising at least one corrosive impurity regarding carbon steel, comprising a radial adsorber comprising: - a ferrule with a carbon steel outer casing; - a vertical and perforated inner gate made of material resistant to corrosion; - a vertical and perforated outer gate made of carbon steel; - an adsorbent held vertically by the outer gate and the inner gate making it possible to stop at least partially said corrosive impurity; - means making it possible for a centrifugal circulation of the gaseous stream; and - means for making the regeneration gas circulate centripetally; - a means for collecting and extracting the liquids from the adsorber coming from the gaseous stream to be purified, and/or formed during the regeneration, with the adsorbent held vertically and resting on a support having a slope directed towards the central axis of the adsorber and the means for collecting the liquids. - a ferrule with a carbon steel outer casing; - a vertical and perforated inner gate made of material resistant to corrosion; - a vertical and perforated outer gate made of carbon steel; - an adsorbent held vertically by the outer gate and the inner gate making it possible to stop at least partially said corrosive impurity; - means making it possible for a centrifugal circulation of the gaseous stream; and - means for making the regeneration gas circulate centripetally; - a means for collecting and extracting the liquids from the adsorber coming from the gaseous stream to be purified, and/or formed during the regeneration, with the adsorbent held vertically and resting on a support having a slope directed towards the central axis of the adsorber and the means for collecting the liquids.
Method for manufacturing an acoustic element of an acoustic absorption structure comprising at least one enclosure that is cylindrical, conical or frustoconical in shape, characterized in that the method comprises a step of cutting out at least one preform from a plate or sheet of material, a step of shaping the preform by rolling, and a step of assembling two lateral edges (68.1, 72.1, 72.1', 68.2, 72.2, 72.2') of the preform so as to obtain the cylindrical, conical or frustoconical shape of the enclosure .
A fire suppression nozzle comprising: a body including: a cylindrical portion having a first end and a second end; and a conical portion connected to the second end of the cylindrical portion ; a main channel extending through the cylindrical portion for receiving fire suppression agent; a flow deflector connected to the body , the flow deflector including: a top portion in alignment with the main channel ; an annular flange extending out of a side of the flow deflector ; and a conical base extending out of the side of the flow deflector at an angle; further comprising: a flow foil ring positioned between the flow deflector and the conical portion of the body; wherein the flow foil ring is connected to the flow deflector ; and wherein the flow foil ring has an airfoil-shaped cross-section, a curved top surface , and a flat bottom surface ; an annular inlet passage formed by a sloped portion of the conical base of the flow deflector and the flat bottom surface of the flow foil ring; and an annular outlet passage formed by the conical portion of the body, the top portion of the flow deflector, the annular flange of the flow deflector, and the curved top surface of the flow foil ring, wherein the fire suppression agent flows at a higher velocity at the curved top surface of the flow foil ring than at the annular flange of the flow deflector. a body including: a cylindrical portion having a first end and a second end; and a conical portion connected to the second end of the cylindrical portion ; a cylindrical portion having a first end and a second end; and a conical portion connected to the second end of the cylindrical portion ; a main channel extending through the cylindrical portion for receiving fire suppression agent; a flow deflector connected to the body , the flow deflector including: a top portion in alignment with the main channel ; an annular flange extending out of a side of the flow deflector ; and a conical base extending out of the side of the flow deflector at an angle; further comprising: a top portion in alignment with the main channel ; an annular flange extending out of a side of the flow deflector ; and a conical base extending out of the side of the flow deflector at an angle; further comprising: a flow foil ring positioned between the flow deflector and the conical portion of the body; wherein the flow foil ring is connected to the flow deflector ; and wherein the flow foil ring has an airfoil-shaped cross-section, a curved top surface , and a flat bottom surface ; an annular inlet passage formed by a sloped portion of the conical base of the flow deflector and the flat bottom surface of the flow foil ring; and an annular outlet passage formed by the conical portion of the body, the top portion of the flow deflector, the annular flange of the flow deflector, and the curved top surface of the flow foil ring, wherein the fire suppression agent flows at a higher velocity at the curved top surface of the flow foil ring than at the annular flange of the flow deflector.
Track system for a work vehicle comprising at least a wheel having a polymeric crown insert and a rubber track contacting the crown insert , the track system comprising a temperature sensor and an antenna both attached to the at least one wheel , the antenna being connected to the temperature sensor to transmit to a receiver a temperature signal generated by the temperature sensor , characterized in that the crown insert is supported on a rolling frame and wherein said frame defines a seat housing a detector of the sensor to sense the temperature of the crown insert and wherein the seat is a through hole within the frame such that the detector is in contact with the crown insert .
A cap for forming a sealed cavity around one end of a fastener, the cap comprising an inner cap member with a base terminating at an edge which surrounds an opening into a central cavity ; and an outer cap member which fits over the inner cap member and has a base; and a sealant material between the inner cap member and the outer cap member, characterised in that either: the inner cap member has side walls with a substantially uniform wall thickness around the entire circumference of the inner cap member and a plurality of channels formed in an outer surface of the inner cap member and a plurality of corresponding ridges formed in an inner surface of the inner cap member, the channels and the ridges extending longitudinally along a substantial portion of the inner cap member; or the outer cap member has side walls with a substantially uniform wall thickness and a plurality of channels formed in an inner surface of the outer cap member and a corresponding plurality of ridges formed in an outer surface of the outer cap member, the channels and the ridges extending longitudinally along a substantial portion of the outer cap member.
A method for synchronization of a communication (D) between a vehicle and a backend device in a vehicle-to-cloud-system , by transmitting vital information being information that is substantial or essential for the operation of the vehicle, the method comprising: 1) sending a hash-message (m) from the vehicle to the backend device , the hash-message comprising the vital information and one or more hash values; 2) setting an inhibit value (t0) for a retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle , the acknowledgement comprising one or more hash-values to be matched against the one or more hash values of the hash-message; 3) resending the hash-message (m) from the vehicle to the backend device after expiration of the retry timer (t), if no acknowledgment (a) from the backend device was received at the vehicle , 4) setting at least one new value (ti) for the retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle , wherein resending the hash-message and setting at least one new value for the retry timer will be repeated after expiration of the retry timer (t), if no acknowledgment (a) from the backend device was received at the vehicle . 1) sending a hash-message (m) from the vehicle to the backend device , the hash-message comprising the vital information and one or more hash values; 2) setting an inhibit value (t0) for a retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle , the acknowledgement comprising one or more hash-values to be matched against the one or more hash values of the hash-message; (a) from the backend device at the vehicle , the acknowledgement comprising one or more hash-values to be matched against the one or more hash values of the hash-message; 3) resending the hash-message (m) from the vehicle to the backend device after expiration of the retry timer (t), if no acknowledgment (a) from the backend device was received at the vehicle , 4) setting at least one new value (ti) for the retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle ,