mhurhangee/patent-ind-claim-en huggingface dataset:
Lid, comprising a downwardly open lid body and a downwardly open rotary slide , the lid body having an annular flange with a circumferential annular sliding surface and starting from the sliding surface a raised, steep peripheral wall , which merges into an upper flatter top wall , wherein the rotary slide also has a raised, steep peripheral wall , which merges into an upper flatter top wall and wherein the rotary slide rests on the outside of the lid body , characterised in that in the lid body and in the rotary slide each have an opening surface which extends over one part each of the peripheral wall and top wall of the respective body , wherein the opening surfaces extend at their greatest expansion each around a peripheral region of at least 110° and wherein the closed peripheral region of the rotary slide is greater than the peripheral region, which is occupied by the opening surface in the lid body , so that the rotary slide can completely cover the opening area of the lid body , while overlapping the lid body on its outside on both sides of its opening surface, wherein the rotary slide rests on the circumferential annular sliding surface of the lid body and the perpendicular distance between the underside of the top wall of the lid body and the sliding surface is at least 5 cm.
An impedentiometric system for the assessment of muscle mass, comprising at least one wearable device , provided with external electrodes to be applied at certain positions on the patient's body, and an electronic detection part suitable only for acquiring the parameters necessary for carrying out the impedance measurement on the subject concerned, at least one cloud platform , configured so as to receive and process the measurement parameters acquired by said electronic detection part of said wearable device , and at least one interface comprising a computer or another device suitable for connection to the Internet configured to allow the transmission of impedance measurement data from said wearable device to said cloud platform , said cloud platform being configured so as to check the consistency of the resistance value, measured by said wearable device , in relation to the subject/patient's height, and wherein said interface comprises at least one Human Interface Device, HID, interface processor , included in said electronic detection part of said wearable device , configured to receive the impedance measurement data and to be recognised by the USB system of said computer , or other device suitable for connection to the Internet, such as a HID peripheral device, and a USB socket so that said HID interface processor can be connected to said computer by means of a USB cable , said HID interface processor being configured for emulating the behaviour of a keyboard. at least one wearable device , provided with external electrodes to be applied at certain positions on the patient's body, and an electronic detection part suitable only for acquiring the parameters necessary for carrying out the impedance measurement on the subject concerned, at least one cloud platform , configured so as to receive and process the measurement parameters acquired by said electronic detection part of said wearable device , and at least one interface comprising a computer or another device suitable for connection to the Internet configured to allow the transmission of impedance measurement data from said wearable device to said cloud platform , said cloud platform being configured so as to check the consistency of the resistance value, measured by said wearable device , in relation to the subject/patient's height, and wherein said interface comprises at least one Human Interface Device, HID, interface processor , included in said electronic detection part of said wearable device , configured to receive the impedance measurement data and to be recognised by the USB system of said computer , or other device suitable for connection to the Internet, such as a HID peripheral device, and a USB socket so that said HID interface processor can be connected to said computer by means of a USB cable , said HID interface processor being configured for emulating the behaviour of a keyboard.
An apparatus to facilitate separation of hydrocarbons from solid particles being contaminated with hydrocarbons, where the apparatus includes: - a container with a closable inlet portion for solid particles ; - at least one fluid source comprising at least one fluid; and - a support body in fluid communication with the closable inlet portion , where the support body is arranged to be able to carry the solid particles led in through the inlet portion , wherein the container is connected to an under-pressure generating device to provide an under-pressure in the container , such that the hydrocarbon contaminated solid particles are exposed to an under-pressure, characterized in that the apparatus is further provided with nozzles located inside the container , the nozzles being connected to the at least one fluid source, wherein the at least one fluid from the at least one fluid source is added, via said nozzles to a material comprising the solid particles carried by the support body inside the container , the at least one fluid having surface-active properties to facilitate separation of the hydrocarbons from the solid particles , the at least one fluid being selected from the group consisting of one of or a combination of two or more of: a soap, a citrus, or a gas selected from the group consisting of methane, ethane, propane or butane. - a container with a closable inlet portion for solid particles ; - at least one fluid source comprising at least one fluid; and - a support body in fluid communication with the closable inlet portion , where the support body is arranged to be able to carry the solid particles led in through the inlet portion , wherein the container is connected to an under-pressure generating device to provide an under-pressure in the container , such that the hydrocarbon contaminated solid particles are exposed to an under-pressure, characterized in that the apparatus is further provided with nozzles located inside the container , the nozzles being connected to the at least one fluid source, wherein the at least one fluid from the at least one fluid source is added, via said nozzles to a material comprising the solid particles carried by the support body inside the container , the at least one fluid having surface-active properties to facilitate separation of the hydrocarbons from the solid particles , the at least one fluid being selected from the group consisting of one of or a combination of two or more of: a soap, a citrus, or a gas selected from the group consisting of methane, ethane, propane or butane.
A delay measurement method, wherein the method comprises: Receiving , by a physical layer chip of a first physical port of a network device, a packet, and sending a first time stamp and the packet to a Media Access Control, MAC, chip of the first physical port, wherein a value of the first time stamp is a time point at which the packet reaches the physical layer chip of the first physical port; Adding , by the MAC chip of the first physical port, the first time stamp to the packet, and sending the packet; Receiving , by a MAC chip of a second physical port of the network device, the packet, extracting the first time stamp of the packet, and sending the packet to a physical layer chip of the second physical port; Receiving , by the MAC chip of the second physical port, a second time stamp of the packet, wherein the second time stamp is sent by the physical layer chip of the second physical port, and a value of the second time stamp is a time point at which the packet reaches the physical layer chip of the second physical port; and Calculating , by the network device, a processing delay for the packet, wherein the processing delay is a value obtained by subtracting the first time stamp from the second time stamp. Receiving , by a physical layer chip of a first physical port of a network device, a packet, and sending a first time stamp and the packet to a Media Access Control, MAC, chip of the first physical port, wherein a value of the first time stamp is a time point at which the packet reaches the physical layer chip of the first physical port; Adding , by the MAC chip of the first physical port, the first time stamp to the packet, and sending the packet; Receiving , by a MAC chip of a second physical port of the network device, the packet, extracting the first time stamp of the packet, and sending the packet to a physical layer chip of the second physical port; Receiving , by the MAC chip of the second physical port, a second time stamp of the packet, wherein the second time stamp is sent by the physical layer chip of the second physical port, and a value of the second time stamp is a time point at which the packet reaches the physical layer chip of the second physical port; and Calculating , by the network device, a processing delay for the packet, wherein the processing delay is a value obtained by subtracting the first time stamp from the second time stamp.
A compound which is selected from: and a pharmaceutically acceptable salt, hydrate, polymorph, solvate, enantiomer, or stereoisomer thereof.
A method of learning a duration of a variable-duration activity for a user and providing media content for the duration of the variable-duration activity, the method carried out by an electronic device and comprising: receiving a plurality of start cues each indicating a start of a variable-duration activity for the user, wherein each of the start cues is based on a detected sound input which is not generated by a user voice telling the electronic device that the variable-duration activity is beginning; receiving a plurality of respective stop cues indicating an end of the variable-duration activity for the user; determining an average duration for the variable-duration activity based on time differences between the start cues and the respective stop cues ; receiving a third input including a second start cue indicating another start of the variable-duration activity ; identifying one or more media content items to provide during the further variable-duration activity , having a total runtime that is substantially the same as the average duration for the variable-duration activity ; and providing the one or more media content items for consumption during the further session of the variable-duration activity; and receiving a fourth input including a second stop cue indicating another end of the variable-duration activity , identifying the second stop cue and updating the average duration for the variable-duration activity based on a second time difference between the second start cue and the second stop cue . receiving a plurality of start cues each indicating a start of a variable-duration activity for the user, wherein each of the start cues is based on a detected sound input which is not generated by a user voice telling the electronic device that the variable-duration activity is beginning; receiving a plurality of respective stop cues indicating an end of the variable-duration activity for the user; determining an average duration for the variable-duration activity based on time differences between the start cues and the respective stop cues ; receiving a third input including a second start cue indicating another start of the variable-duration activity ; identifying one or more media content items to provide during the further variable-duration activity , having a total runtime that is substantially the same as the average duration for the variable-duration activity ; and providing the one or more media content items for consumption during the further session of the variable-duration activity; and receiving a fourth input including a second stop cue indicating another end of the variable-duration activity , identifying the second stop cue and updating the average duration for the variable-duration activity based on a second time difference between the second start cue and the second stop cue .
A DNA molecule encoding a bispecific antibody that binds to both human BAFF and to human IL-17, said DNA molecule comprising a polynucleotide sequence encoding a polypeptide having the amino acid sequence of SEQ ID NO: 1 and comprising a polynucleotide sequence encoding a polypeptide having the amino acid sequence of SEQ ID NO: 2.
Method for extracting liquid crystals contained in an element of the type comprising a first and a second support, each having a functional face, said functional faces being mounted one opposite the other in order to create a space containing said liquid crystals, according to which said first and second supports are separated one from the other, said functional faces then being at least partially covered by a layer of liquid crystals, characterised in that said functional face of said first and/or second support is brought in contact with a solution containing at least one solvent which is able to dissolve said liquid crystals present on said functional face such that said solution is not in contact with the face opposite said functional face.
A labeled article, comprising: a substrate; and a pressure sensitive label applied to the substrate by a cold transfer method; wherein the pressure sensitive label comprises: a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion to the substrate greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive (PSA) is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof. a substrate; and a pressure sensitive label applied to the substrate by a cold transfer method; wherein the pressure sensitive label comprises: a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion to the substrate greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive (PSA) is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof. a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion to the substrate greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive (PSA) is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof.
A method for providing access to a digital content for a user device , characterized in that the method comprising: receiving , from a device (114A, 114B; 112) being communicatively coupled to a local area network, information comprising a public network address of the local area network and an identifier of a subscription of the local area network, the information is received repetitively in response to a renewal of the public network address in accordance with a dynamic address allocation scheme, and storing the information in a register, receiving a validation request from a digital content management system wherein the validation request comprises information representing a public network address obtained from an access right request received by the digital content management system from the user device , inquiring , from the register, if the public network address in the validation request exists in the register maintaining information received from the device (114A, 114B; 112) being communicatively coupled to the local area network, in response to a detection that the public network address in the validation request exists in the register inquiring , by including the identifier of the subscription corresponding to the public network address in the inquiry, from a subscription management register if the subscription in question is valid, and in response to a detection that the subscription is valid generating a signal to the digital content management system wherein the signal comprises an indication that the user device is entitled to access the digital content. receiving , from a device (114A, 114B; 112) being communicatively coupled to a local area network, information comprising a public network address of the local area network and an identifier of a subscription of the local area network, the information is received repetitively in response to a renewal of the public network address in accordance with a dynamic address allocation scheme, and storing the information in a register, receiving a validation request from a digital content management system wherein the validation request comprises information representing a public network address obtained from an access right request received by the digital content management system from the user device , inquiring , from the register, if the public network address in the validation request exists in the register maintaining information received from the device (114A, 114B; 112) being communicatively coupled to the local area network, in response to a detection that the public network address in the validation request exists in the register inquiring , by including the identifier of the subscription corresponding to the public network address in the inquiry, from a subscription management register if the subscription in question is valid, and in response to a detection that the subscription is valid generating a signal to the digital content management system wherein the signal comprises an indication that the user device is entitled to access the digital content.
A detection unit for the tobacco industry, comprising: - a transfer device configured to transfer a plurality of rod-shaped articles , each having a longitudinal axis of extension (X), along a transfer path between a pickup station (A) and a release station (B); - a detection station (C) located along the transfer path between the pickup station (A) and the release station (B) and configured to detect at least one characteristic property of the articles ; wherein the transfer device is configured to feed the articles along the transfer path in such a way that the articles move through the detection station (C) oriented in the direction of their longitudinal axis (X); wherein the articles reach the pickup station (A) moving in a direction transverse to their longitudinal axis (X) along a first feed path; characterized in that the transfer device is configured to change the orientation of the articles as they move along the transfer path in such a way that the articles move through the detection station (C) oriented in the direction of their longitudinal axis of extension (X). - a transfer device configured to transfer a plurality of rod-shaped articles , each having a longitudinal axis of extension (X), along a transfer path between a pickup station (A) and a release station (B); - a detection station (C) located along the transfer path between the pickup station (A) and the release station (B) and configured to detect at least one characteristic property of the articles ; wherein the transfer device is configured to feed the articles along the transfer path in such a way that the articles move through the detection station (C) oriented in the direction of their longitudinal axis (X); wherein the articles reach the pickup station (A) moving in a direction transverse to their longitudinal axis (X) along a first feed path; characterized in that the transfer device is configured to change the orientation of the articles as they move along the transfer path in such a way that the articles move through the detection station (C) oriented in the direction of their longitudinal axis of extension (X).
A processing method for saving energy of a base station, comprising: obtaining engineering parameter data and measurement report (MR) data of the base station (S102 or S202), wherein the engineering parameter data comprises longitude and latitude data of the base station obtained by measurement, and the MR data comprises longitude and latitude data of a user terminal reported by the user terminal; gridding the MR data to obtain grid MR data, and calculating a calculated value of longitude and latitude data of the base station according to the grid MR data, wherein the grid MR data comprises a grid longitude and latitude (S104 or S204); comparing the calculated value of the longitude and latitude data of the base station with the longitude and latitude data of the base station in the engineering parameter data to select the engineering parameter data of the base station to be input into a load prediction model (S106 or S206); inputting the engineering parameter data of the base station selected into the load prediction model to perform training and prediction of the load prediction model (S108 or S208); and issuing a corresponding power-saving turn-off strategy according to a prediction result of the load prediction model (S110). obtaining engineering parameter data and measurement report (MR) data of the base station (S102 or S202), wherein the engineering parameter data comprises longitude and latitude data of the base station obtained by measurement, and the MR data comprises longitude and latitude data of a user terminal reported by the user terminal; gridding the MR data to obtain grid MR data, and calculating a calculated value of longitude and latitude data of the base station according to the grid MR data, wherein the grid MR data comprises a grid longitude and latitude (S104 or S204); comparing the calculated value of the longitude and latitude data of the base station with the longitude and latitude data of the base station in the engineering parameter data to select the engineering parameter data of the base station to be input into a load prediction model (S106 or S206); inputting the engineering parameter data of the base station selected into the load prediction model to perform training and prediction of the load prediction model (S108 or S208); and issuing a corresponding power-saving turn-off strategy according to a prediction result of the load prediction model (S110).
A method for manually reading a code marked on a glass sheet , said glass sheet having a first main face on a first side and a second main face , opposite the first main face , on a second side, wherein, said glass sheet being fixed, a portable device equipped with an optical imaging system comprising at least one optical sensor and a light source is configured to be able to be engaged around an edge of said glass sheet in a position in which the optical sensor is located on the first side of said glass sheet facing the code in a reading direction corresponding to the observation direction (A) of the optical imaging system , and the light source is arranged on the second side of said glass sheet , said code being illuminated by said light source located on the second side of said glass sheet , at least one image of the code is acquired by the optical imaging system.