mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle , such as a bus, a minivan, or the like, with a combined entrance and emergency exit for passengers, said combined entrance and emergency exit comprising: - a door or hatch covering an entrance opening to an interior passenger compartment of said vehicle ; and - a hydraulic or pneumatic operated lift and/or ramp assembly comprising a swing-out ramp adapted to be positioned in front of said door or hatch in its retracted and raised position, thereby blocking said door or hatch from being opened, and adapted to be positioned at a lower level than said door or hatch in its forwarded and lowered position, thereby allowing said door or hatch to be opened; wherein said hydraulic or pneumatic operated lift and/or ramp assembly further comprises one or more hydraulic or pneumatic actuators operably connected to said swing-out ramp , and a first pressure release valve operably coupled to a first emergency actuator , wherein said first pressure release valve, upon activation of said first emergency actuator , such as a handle, a turn knob, push button, or the like, is configured to lower the fluid pressure in said one or more hydraulic or pneumatic actuators, thereby lowering said swing-out ramp from its retracted and raised position to its forwarded and lowered position; characterized in that said first emergency actuator is positioned on said swing-out ramp and/or integrated into said swing-out ramp . - a door or hatch covering an entrance opening to an interior passenger compartment of said vehicle ; and - a hydraulic or pneumatic operated lift and/or ramp assembly comprising a swing-out ramp adapted to be positioned in front of said door or hatch in its retracted and raised position, thereby blocking said door or hatch from being opened, and adapted to be positioned at a lower level than said door or hatch in its forwarded and lowered position, thereby allowing said door or hatch to be opened;
Coolant pump for an internal combustion engine comprising a drive shaft , a coolant pump impeller arranged at least in a rotationally fixed manner on the drive shaft and via which coolant can be conveyed, an outer housing in which a delivery channel of the coolant pump is formed, an adjustable control slide , via which a flow cross-section of an annular gap between an outlet of the coolant pump impeller and the surrounding delivery channel can be controlled, characterized in that the control slide comprises an inner hollow cylindrical circumferential wall and an outer hollow cylindrical circumferential wall adapted to be displaced into the annular gap , which walls are connected to one another via a bottom and extend from the bottom towards the coolant pump impeller , the inner hollow cylindrical circumferential wall being mounted on a machined outer surface of a cylindrical section of a housing part of the coolant pump, and the outer hollow cylindrical circumferential wall is guided on a machined inner surface of an axially extending annular projection of a housing part of the coolant pump.
A floor covering apparatus, the apparatus comprising, a rigid, substantially planar base having an upper face , a lower face and a perimeter defining a two-dimensional shape; a rigid edge portion extending from the upper face of the base and defining a depth (D), wherein the depth is a distance between the upper face of the base and an uppermost surface of the edge portion; wherein the floor covering apparatus is arranged to tessellate with at least one other such floor covering apparatus; characterised in that the floor covering apparatus further comprises a support member the support member affixed adjacent the lower face of the base; and wherein the support member comprises a compressive material. a rigid, substantially planar base having an upper face , a lower face and a perimeter defining a two-dimensional shape; a rigid edge portion extending from the upper face of the base and defining a depth (D), wherein the depth is a distance between the upper face of the base and an uppermost surface of the edge portion; wherein the floor covering apparatus is arranged to tessellate with at least one other such floor covering apparatus; characterised in that the floor covering apparatus further comprises a support member the support member affixed adjacent the lower face of the base; and wherein the support member comprises a compressive material. the floor covering apparatus further comprises a support member the support member affixed adjacent the lower face of the base; and wherein the support member comprises a compressive material.
An antiperspirant composition comprising (a) A metal based antiperspirant active; (b) A natural oil that comprises a glyceride of an unsaturated carboxylic/fatty acid; (c) An antioxidant compound; (d) A non-ionic surfactant having an HLB of less than 11; and (e) less than 10 wt% water. wherein the non-ionic surfactant is selected from polyoxyethylene sorbitan alkyl esters, fatty alcohol ethoxylates, or sorbitan monoester, alkyl polyglucosides or C8-C16 fatty alcohol glycoside. (a) A metal based antiperspirant active; (b) A natural oil that comprises a glyceride of an unsaturated carboxylic/fatty acid; (c) An antioxidant compound; (d) A non-ionic surfactant having an HLB of less than 11; and (e) less than 10 wt% water.
A method for manufacturing a cosmetic product applicator comprising a body and protuberances by a powder-based additive manufacturing method, comprising at least one step of selecting powder grains whose largest dimension is smaller than 80.0 μm, a step of additive synthesis with the selected powder grains, and optionally a post-treatment consisting of sandblasting or cleaning by ultrasounds; so as to obtain, without any other post-treatment, an applicator for which an arithmetic mean height S a of a surface of the applicator over at least one portion A of the applicator is comprised between 15.0 and 30.0 μm, this height being calculated according to the following formula: S a = 1 A ∫∫ A z x y dxdy wherein: A is the considered portion of the applicator and comprises one or more of the protuberance (s) or protuberance portion(s), and x, y and z represent the coordinates of the surface of the applicator in an orthogonal system of Cartesian coordinates, with z corresponding to a measurement axis of the height. comprising at least one step of selecting powder grains whose largest dimension is smaller than 80.0 μm, a step of additive synthesis with the selected powder grains, and optionally a post-treatment consisting of sandblasting or cleaning by ultrasounds; so as to obtain, without any other post-treatment, an applicator for which an arithmetic mean height S a of a surface of the applicator over at least one portion A of the applicator is comprised between 15.0 and 30.0 μm, this height being calculated according to the following formula: S a = 1 A ∫∫ A z x y dxdy wherein: A is the considered portion of the applicator and comprises one or more of the protuberance (s) or protuberance portion(s), and x, y and z represent the coordinates of the surface of the applicator in an orthogonal system of Cartesian coordinates, with z corresponding to a measurement axis of the height. A is the considered portion of the applicator and comprises one or more of the protuberance (s) or protuberance portion(s), and x, y and z represent the coordinates of the surface of the applicator in an orthogonal system of Cartesian coordinates, with z corresponding to a measurement axis of the height.
A method for manufacturing card clothing which is used for an animal slicker brush, the method comprising: a first process of implanting a plurality of pins made of metal wire on a base clothing to produce a card clothing , wherein the first process has a process of implanting each pin into the base clothing of a band-like body, and a process of manufacturing the card clothing , by bending the distal ends of each pin at the same angle and in the same direction so that an inner side has an obtuse angle; and a second process of polishing each pin of the card clothing , using a polishing material having flexibility and elasticity, wherein a non-woven fabric provided with polishing material particles is used as the polishing material, wherein the second process has a process of moving the card clothing straight at a constant speed, and a process of rotating the non-woven fabric roller around which the non-woven fabric is wound, along a direction from a bent portion of each pin to the distal ends, while making contact with each pin of the card clothing to perform polishing, wherein the process which performs polishing includes a process of polishing by rubbing, while pressing the polishing material against each of the pins and wrapping the polishing material around the distal ends of each pin to three-dimensionally polish to round the distal ends. a first process of implanting a plurality of pins made of metal wire on a base clothing to produce a card clothing , wherein the first process has a process of implanting each pin into the base clothing of a band-like body, and a process of manufacturing the card clothing , by bending the distal ends of each pin at the same angle and in the same direction so that an inner side has an obtuse angle; and a second process of polishing each pin of the card clothing , using a polishing material having flexibility and elasticity, wherein a non-woven fabric provided with polishing material particles is used as the polishing material, wherein the second process has a process of moving the card clothing straight at a constant speed, and a process of rotating the non-woven fabric roller around which the non-woven fabric is wound, along a direction from a bent portion of each pin to the distal ends, while making contact with each pin of the card clothing to perform polishing, wherein the process which performs polishing includes a process of polishing by rubbing, while pressing the polishing material against each of the pins and wrapping the polishing material around the distal ends of each pin to three-dimensionally polish to round the distal ends.
A drinks stirrer for stirring an infusion pouch within a drink, the infusion pouch comprising a pouch storing an infusion media, a tag for holding the infusion bag, and a string connecting the pouch to the tag, wherein the drinks stirrer comprises a proximal end having a retainer device for retaining said tag of the infusion pouch to the proximal end, and a distal end having a scoop for holding said pouch of the infusion pouch , wherein the scoop comprises a slot for receiving said string of the infusion pouch that connects the pouch to the tag , to constrain the pouch to adjacent the scoop , characterized in that the retainer device comprises a retainer tab and a plate for the tag to be retained between the plate and the retainer tab , and wherein the retainer tab comprises a slot for the string to exit the retainer tab via the slot of the retainer tab a proximal end having a retainer device for retaining said tag of the infusion pouch to the proximal end, and a distal end having a scoop for holding said pouch of the infusion pouch , wherein the scoop comprises a slot for receiving said string of the infusion pouch that connects the pouch to the tag , to constrain the pouch to adjacent the scoop , characterized in that the retainer device comprises a retainer tab and a plate for the tag to be retained between the plate and the retainer tab , and wherein the retainer tab comprises a slot for the string to exit the retainer tab via the slot of the retainer tab
An assembly for folding polymeric film (F) for machines for forming pouches and the like of the type comprising a fixed frame for supporting a magazine for said polymeric film (F), an element for folding the film (F) that arrives from said magazine and at least one heat-sealing device for the stable coupling of juxtaposed portions of said folded film (F) that arrives from said folding element , characterized in that said folding element is mounted on a carriage , which can translate along a respective guide which is integral with said frame , along the sliding direction of said film (F), with a speed that is variable in intensity and sign, said at least one heat-sealing device acting on portions folded onto themselves of said film (F) during a temporary stop thereof, said carriage retracting with respect to said sliding direction of said film (F) for the entire duration of the temporary stop step provided for the heat-sealing of the film (F).
Belt conveyor for a mounting machine , at least comprising a rotatably mounted pin wheel for conveying a belt , a drive with at least one gear wheel having a plurality of teeth for driving the pin wheel and a position determining device for determining a rotational position of the pin wheel , wherein the position determining device comprises a first sensor device with at least one magnetoresistive sensor arrangement , wherein the first sensor device is associated with the at least one gear wheel of the drive and is adapted to measure a rotational movement of the at least one gear wheel , characterized in that the first sensor device is associated with the at least one gear wheel such that a movement of the teeth of the at least one gear wheel is sufficient to generate sufficiently large signals through the magnetoresistive sensor arrangement which are sufficient to measure the rotational movement of the at least one gear wheel .
System comprising an energy store and an emitter , wherein the energy store is electrically detachably connected to the emitter, in particular by means of a plug-in connection or a clamping connection, and electrically powers the emitter, characterized in that the system comprises an electrical device, which has a lid part that is rotatably mounted on a housing part of the electrical device, wherein the emitter is accommodated in the lid part, wherein a rotatably mounted wheel is provided on the housing part in order to move the electrical device. wherein the energy store is electrically detachably connected to the emitter, in particular by means of a plug-in connection or a clamping connection, and electrically powers the emitter, characterized in that the system comprises an electrical device, which has a lid part that is rotatably mounted on a housing part of the electrical device, wherein the emitter is accommodated in the lid part, wherein a rotatably mounted wheel is provided on the housing part in order to move the electrical device.
A keyless lock comprising: a rotor assembly having a knob , the knob resiliently movable in a knob-rotor , the rotor assembly configured to initiate a wireless authentication system in a mounted condition, the rotor-assembly is movable along a first axis for initiating the wireless authentication system; and a stator assembly having a stator , resiliently movable plunger , an electronic actuator , a microswitch configured to be moved along the first axis with the movement of the rotor-assembly , an extended portion extending from the stator , the extended portion configured to actuate a peripheral lock. a rotor assembly having a knob , the knob resiliently movable in a knob-rotor , the rotor assembly configured to initiate a wireless authentication system in a mounted condition, the rotor-assembly is movable along a first axis for initiating the wireless authentication system; and a stator assembly having a stator , resiliently movable plunger , an electronic actuator , a microswitch configured to be moved along the first axis with the movement of the rotor-assembly , an extended portion extending from the stator , the extended portion configured to actuate a peripheral lock.
A method of performing a beam failure recovery procedure by a user equipment, UE, in a wireless communication system, the method comprising: receiving, by the UE from a base station, BS, first configuration information regarding a random access resource for a beam failure recovery; detecting, by the UE, a downlink beam failure; and performing, by the UE, a contention-free random access, CFRA, procedure for the beam failure recovery using the random access resource based on detecting the downlink beam failure and based on the first configuration information, and the method characterized in that : the first configuration information includes information regarding a maximum number of attempts for the beam failure recovery, and the method further comprises: determining whether the number of attempts for the CFRA procedure related to the beam failure recovery reaches the maximum number; and performing a contention-based random access, CBRA, procedure to perform access to a cell, based on the number of attempts for the CFRA procedure related to the beam failure recovery reaching the maximum number. receiving, by the UE from a base station, BS, first configuration information regarding a random access resource for a beam failure recovery; detecting, by the UE, a downlink beam failure; and performing, by the UE, a contention-free random access, CFRA, procedure for the beam failure recovery using the random access resource based on detecting the downlink beam failure and based on the first configuration information, and the method characterized in that : the first configuration information includes information regarding a maximum number of attempts for the beam failure recovery, and the method further comprises: determining whether the number of attempts for the CFRA procedure related to the beam failure recovery reaches the maximum number; and performing a contention-based random access, CBRA, procedure to perform access to a cell, based on the number of attempts for the CFRA procedure related to the beam failure recovery reaching the maximum number. determining whether the number of attempts for the CFRA procedure related to the beam failure recovery reaches the maximum number; and performing a contention-based random access, CBRA, procedure to perform access to a cell, based on the number of attempts for the CFRA procedure related to the beam failure recovery reaching the maximum number.
Method for joining images recorded using a plurality of optical sensors , comprising: - recording a first image using a first optical sensor , - recording a second image (Figure 4; Figure 9) using a second optical sensor , wherein the method includes the steps of - analysing optical contents of the first image and of the second image, - identifying an object located on a joining boundary , which was previously used to connect the first image and the second image, in analysis step , - ascertaining that the identified object falls short of a predefined maximum distance (D max ) from the recording first sensor and/or the second sensor or from a means of transport on which the first optical sensor and the second optical sensor are fixedly mounted, the method being characterized by : - subsequently defining a new joining boundary for joining together the first image and the second image, wherein the new joining boundary deviates from a previously used joining boundary , wherein the new joining boundary does not have an object that falls short of the predefined maximum distance (D max ) , and the new joining boundary is automatically moved into a region in which a high degree of similarity between the images presented was determined in the analysis step . - recording a first image using a first optical sensor , - recording a second image (Figure 4; Figure 9) using a second optical sensor , - analysing optical contents of the first image and of the second image, - identifying an object located on a joining boundary , which was previously used to connect the first image and the second image, in analysis step , - ascertaining that the identified object falls short of a predefined maximum distance (D max ) from the recording first sensor and/or the second sensor or from a means of transport on which the first optical sensor and the second optical sensor are fixedly mounted, the method being characterized by : - subsequently defining a new joining boundary for joining together the first image and the second image, wherein the new joining boundary deviates from a previously used joining boundary , wherein the new joining boundary does not have an object that falls short of the predefined maximum distance (D max ) , and the new joining boundary is automatically moved into a region in which a high degree of similarity between the images presented was determined in the analysis step .
A method in a wireless communication network that operates according to a communication protocol that defines one or more first transmission modes that provide extended range communications as compared to one or more second transmission modes defined by the communication protocol, the method comprising: when one or more neighboring wireless communication networks are detected by a first communication device, generating at the first communication device , a media access control layer, MAC, management frame that includes information indicating that the one or more first transmission modes should not be used by one or more second communication devices when transmitting in the wireless communication network; and transmitting , by the first communication device, the MAC management frame to instruct the one or more second communication devices in the wireless communication network to not use the one or more first transmission modes when transmitting in the wireless communication network. when one or more neighboring wireless communication networks are detected by a first communication device, generating at the first communication device , a media access control layer, MAC, management frame that includes information indicating that the one or more first transmission modes should not be used by one or more second communication devices when transmitting in the wireless communication network; and transmitting , by the first communication device, the MAC management frame to instruct the one or more second communication devices in the wireless communication network to not use the one or more first transmission modes when transmitting in the wireless communication network.