mhurhangee/patent-ind-claim-en huggingface dataset:
A blank for forming a container for holding an article, the blank comprising: a wall portion and a flange portion for forming a respective wall and flange of a container formed from the blank ; at least one score line for forming at least one pleat extending in at least the flange when the blank is formed into the container , the at least one score line extending in at least the flange portion ; a coating on at least a portion of the flange portion , the coating at least partially covering the at least one score line and adapted to form a substantially continuous sealing surface on the flange in the container formed from the blank . a wall portion and a flange portion for forming a respective wall and flange of a container formed from the blank ; at least one score line for forming at least one pleat extending in at least the flange when the blank is formed into the container , the at least one score line extending in at least the flange portion ; a coating on at least a portion of the flange portion , the coating at least partially covering the at least one score line and adapted to form a substantially continuous sealing surface on the flange in the container formed from the blank .
A high-strength steel structural member comprising a hot-rolled high-strength steel elongated structural member having a uniform cross-sectional C-shaped configuration along its complete length, the cross-sectional configuration including a web portion with upper and lower flange portions extending from opposite ends of said web portion , wherein the high-strength steel has a tensile strength of at least 120,000 psi (827.36 MPa) and a yield strength of at least 90,000 psi (620.52 MPa) comprising, by weight percent, carbon, 0.30 to 0.65% manganese, 0.30 to 2.5% at least one of the group consisting of aluminum, niobium, titanium, and vanadium, and mixtures thereof, 0.03 to 0.35%, and iron, balance, characterized in that the structural member is a truck frame rail; in that the C-shaped cross-sectional configuration comprises the web portion with the upper and lower flange portions extending at a 90° angle from opposite ends of said web portion each said upper and lower flange portions intersecting the web portion to form a corner having inner and outer radii, and in that said web portion has an average thickness up to 85% of the average thickness of the combined thicknesses of said upper and lower flange portions said upper and lower flange portions providing increased load bearing capacity to said structural member .
An apparatus comprising: a transceiver arranged to communicate with a mobile communication network; and a processor arranged to: transmit a request to establish a Packet Data Unit ,"PDU", session with the mobile communication network; receive a PDU session establishment response from the mobile communication network, wherein the response includes a list of one or more application identifiers for which the apparatus is to provide encrypted traffic detection information when an application having an application identifier in the list sends encrypted traffic over the established PDU session; calculate encrypted traffic detection information for each application identifier in the list; and modify a data packet associated with a start of an encrypted data flow of a first application in the list to include encrypted traffic detection information, wherein the transceiver is arranged to send the modified data packet to the mobile communication network. a transceiver arranged to communicate with a mobile communication network; and a processor arranged to: transmit a request to establish a Packet Data Unit ,"PDU", session with the mobile communication network; receive a PDU session establishment response from the mobile communication network, wherein the response includes a list of one or more application identifiers for which the apparatus is to provide encrypted traffic detection information when an application having an application identifier in the list sends encrypted traffic over the established PDU session; calculate encrypted traffic detection information for each application identifier in the list; and modify a data packet associated with a start of an encrypted data flow of a first application in the list to include encrypted traffic detection information, wherein the transceiver is arranged to send the modified data packet to the mobile communication network. transmit a request to establish a Packet Data Unit ,"PDU", session with the mobile communication network; receive a PDU session establishment response from the mobile communication network, wherein the response includes a list of one or more application identifiers for which the apparatus is to provide encrypted traffic detection information when an application having an application identifier in the list sends encrypted traffic over the established PDU session; calculate encrypted traffic detection information for each application identifier in the list; and modify a data packet associated with a start of an encrypted data flow of a first application in the list to include encrypted traffic detection information, wherein the transceiver is arranged to send the modified data packet to the mobile communication network.
An enriched population of modified lipopolysaccharide (LPS) molecular species, comprising at least 80 % of modified LPS molecular species, wherein said modified LPS molecular species: - are devoid of phosphate group at position C1 of the reducing end of their lipid A domain; and - are substituted at position C6' of the non-reducing end of their lipid A domain by a hydrophilic moiety, with the proviso that said hydrophilic moiety is not a hydroxyl group; preferably are substituted at position C6' of the non-reducing end of their lipid A domain by a mono-, oligo- or poly-saccharide moiety. - are devoid of phosphate group at position C1 of the reducing end of their lipid A domain; and - are substituted at position C6' of the non-reducing end of their lipid A domain by a hydrophilic moiety, with the proviso that said hydrophilic moiety is not a hydroxyl group; preferably are substituted at position C6' of the non-reducing end of their lipid A domain by a mono-, oligo- or poly-saccharide moiety.
A printer, comprising: a printer body including a recording-paper holder that holds rolled recording paper , the recording-paper holder including a holder guide for guiding the recording paper ; a cover that is pivotally openable relative to the printer body ; a cutter frame provided on the cover and including a movable blade ; a platen roller provided on the cover ; a print head attached to the printer body , characterised in that : a lower guide that is attached to the cutter frame and disposed to face the holder guide such that a conveying path for guiding the recording paper is formed between the lower guide and the holder guide . a printer body including a recording-paper holder that holds rolled recording paper , the recording-paper holder including a holder guide for guiding the recording paper ; a cover that is pivotally openable relative to the printer body ; a cutter frame provided on the cover and including a movable blade ; a platen roller provided on the cover ; a print head attached to the printer body , characterised in that : a lower guide that is attached to the cutter frame and disposed to face the holder guide such that a conveying path for guiding the recording paper is formed between the lower guide and the holder guide . a lower guide that is attached to the cutter frame and disposed to face the holder guide such that a conveying path for guiding the recording paper is formed between the lower guide and the holder guide .
An apparatus comprising: a processing device ; and a computer-readable medium encoded with instructions, characterised in that , the instructions when executed by the processing device, cause the processing device to: receive data associated with dimensions of a reference bicycle that is for propelling a rider forward; calculate, based on the received data associated with the dimensions of the reference bicycle, an estimated dimension of the reference bicycle; determine a setting of an adjustment mechanism of an adjustable stationary bicycle device , wherein the setting is based on a translation of the estimated dimension of the reference bicycle to a corresponding dimension of the adjustable stationary bicycle device ; and provide the determined setting of the adjustment mechanism. a processing device ; and a computer-readable medium encoded with instructions, characterised in that , the instructions when executed by the processing device, cause the processing device to: receive data associated with dimensions of a reference bicycle that is for propelling a rider forward; calculate, based on the received data associated with the dimensions of the reference bicycle, an estimated dimension of the reference bicycle; determine a setting of an adjustment mechanism of an adjustable stationary bicycle device , wherein the setting is based on a translation of the estimated dimension of the reference bicycle to a corresponding dimension of the adjustable stationary bicycle device ; and provide the determined setting of the adjustment mechanism. receive data associated with dimensions of a reference bicycle that is for propelling a rider forward; calculate, based on the received data associated with the dimensions of the reference bicycle, an estimated dimension of the reference bicycle; determine a setting of an adjustment mechanism of an adjustable stationary bicycle device , wherein the setting is based on a translation of the estimated dimension of the reference bicycle to a corresponding dimension of the adjustable stationary bicycle device ; and provide the determined setting of the adjustment mechanism.
A beverage preparation device for preparing beverages from beverage substrate capsules , in particular coffee capsules, comprising an injection device for injecting water into a beverage substrate capsule for preparing beverages, and comprising water supply means for supplying the injection device with water, the injection device having a first injection chamber part which can be displaced, preferably in a translational manner, relative to a preferably fixed second injection chamber part , the first injection chamber part having a beverage capsule reception with which it can be jointly displaced between a loading position and an end position, and that positioning means for a defined positioning of a beverage substrate capsule received in the beverage capsule reception during the displacement of the first injection chamber part toward the end position are assigned to the beverage capsule reception , the positioning means being displaceable together with the first injection chamber part , the positioning means , which are realized as or comprise spring means and are preferably configured as force-exerting means and/or form-fitting means, being configured and disposed in such a manner that, by insertion of a beverage substrate capsule into the beverage capsule reception , they can be elastically clamped in the loading position and hold the beverage substrate capsule in a form-fitting manner and/or exert a spring force on, preferably clamp, the beverage substrate capsule , in particular until the end position is reached, characterized in that the positioning means have at least one spring element , which is realized in particular as a punched and bent part or a molded plastic part, the spring element having a curved reception portion for coming into centering contact with the beverage substrate capsule .
A method of preparing hepatic stellate cells, comprising a step of inducing differentiation of hepatic stellate progenitor cells to hepatic stellate cells by using ROCK inhibitor.
A Digital Processing Module (DPM) for providing electrocardiogram (ECG) signals for a human body for storage and/or viewing on a remote/local device, the DPM comprising: - an input adapted to receive contactless ECG signals for the human body from an array of contactless ECG sensors located in proximity of the human body; - a processor adapted to perform a selection process including: ∘ obtaining a body outline of the human body based on a quality of each contactless ECG signal associated with each contactless ECG sensor ; ∘ detecting one or more body parts located in the body outline using a set of rules embedded in the DPM ; ∘ associating a group of contactless ECG sensors with each detected body part; ∘ selecting from each group a contactless ECG sensor having a highest signal quality for the body part associated with that group of contactless ECG sensors ; the processor being adapted to produce a standard ECG signal based on the contactless ECG signals received from the selected contactless ECG sensors ; and - an output for sending the standard ECG signal to the remote/local device, wherein the contactless ECG sensors each comprise a capacitive electrode. - an input adapted to receive contactless ECG signals for the human body from an array of contactless ECG sensors located in proximity of the human body; - a processor adapted to perform a selection process including: ∘ obtaining a body outline of the human body based on a quality of each contactless ECG signal associated with each contactless ECG sensor ; ∘ detecting one or more body parts located in the body outline using a set of rules embedded in the DPM ; ∘ associating a group of contactless ECG sensors with each detected body part; ∘ selecting from each group a contactless ECG sensor having a highest signal quality for the body part associated with that group of contactless ECG sensors ; the processor being adapted to produce a standard ECG signal based on the contactless ECG signals received from the selected contactless ECG sensors ; and ∘ obtaining a body outline of the human body based on a quality of each contactless ECG signal associated with each contactless ECG sensor ; ∘ detecting one or more body parts located in the body outline using a set of rules embedded in the DPM ; ∘ associating a group of contactless ECG sensors with each detected body part; ∘ selecting from each group a contactless ECG sensor having a highest signal quality for the body part associated with that group of contactless ECG sensors ; - an output for sending the standard ECG signal to the remote/local device,
Aircraft seat having a seat assembly , wherein - the seat assembly comprising a seat substructure , a seat base and a seat surface assembly , wherein - the aircraft seat has a rocking capability between the seat base and/or the seat substructure and at least parts of the seat surface assembly about a transverse axis , wherein - the upper part of the seat surface assembly is rockable relative to the seat substructure and/or the seat base by a rocker joint , and - a force-limiting device is provided which, when activated by exceeding a force limit, enables a force-limited rocking movement of the seat surface assembly , wherein - the rocking of the seat surface assembly can be blocked by a blocking element , characterized in that - in this blocked state, the force-limited rocking movement takes place under permanent energy absorption of the force-limiting device . - the seat assembly comprising a seat substructure , a seat base and a seat surface assembly , wherein - the aircraft seat has a rocking capability between the seat base and/or the seat substructure and at least parts of the seat surface assembly about a transverse axis , wherein - the upper part of the seat surface assembly is rockable relative to the seat substructure and/or the seat base by a rocker joint , and - a force-limiting device is provided which, when activated by exceeding a force limit, enables a force-limited rocking movement of the seat surface assembly , - the rocking of the seat surface assembly can be blocked by a blocking element , characterized in that - in this blocked state, the force-limited rocking movement takes place under permanent energy absorption of the force-limiting device .
A method for in vitro activation and/or expansion of immune cells, comprising: a) providing magnetic particles , wherein a surface of each of the magnetic particles is multi-protrusive and modified with at least one type of immuno-inducing substance , and wherein each of the magnetic particles comprises a copolymer core , a polymer layer , a magnetic substance layer , and a silicon-based layer from the inside to the outside; b) providing a cell solution, wherein the cell solution comprises at least one type of immune cell; and c) bringing the magnetic particles in contact with the cell solution such that the at least one type of immuno-inducing substance on the surface of each of the magnetic particles activates and/or expands the at least one type of immune cell in the cell solution, wherein the method is characterized in that the magnetic particles have the following features: a surface of the copolymer core comprising a plurality of protrusions which are irregularly shaped, an average height (h 1 , h 2 ) of the plurality of protrusions being100 nm to 5000 nm, and an average diameter (D 1 , D 2 , D 3 ) of each of the magnetic particles being 1 μm to 50 μm. a) providing magnetic particles , wherein a surface of each of the magnetic particles is multi-protrusive and modified with at least one type of immuno-inducing substance , and wherein each of the magnetic particles comprises a copolymer core , a polymer layer , a magnetic substance layer , and a silicon-based layer from the inside to the outside; b) providing a cell solution, wherein the cell solution comprises at least one type of immune cell; and c) bringing the magnetic particles in contact with the cell solution such that the at least one type of immuno-inducing substance on the surface of each of the magnetic particles activates and/or expands the at least one type of immune cell in the cell solution, a surface of the copolymer core comprising a plurality of protrusions which are irregularly shaped, an average height (h 1 , h 2 ) of the plurality of protrusions being100 nm to 5000 nm, and an average diameter (D 1 , D 2 , D 3 ) of each of the magnetic particles being 1 μm to 50 μm.
A method of providing multiple entities for performing an operation on a first computing device , comprising: executing, on the first computing device , an application capable of performing the operation; wherein the first computing device includes a network interface controller with an execution candidate including an interpreter capable of interpreting instructions which, when interpreted, cause performance of the operation; wherein the application and the execution candidate have access to a shared memory of the first computing device ; wherein the operation requires multiple accesses to data in the shared memory; selecting, by a requesting entity executing on a second computing device that is remote relative to the first computing device , a target from among the application and the execution candidate; responsive to the application being selected as the target, the requesting entity sending the application a request to perform the operation; and responsive to the execution candidate being selected as the target, the requesting entity causing the execution candidate to interpret instructions which, when interpreted by the execution candidate, cause performance of the operation; wherein the method further comprises sending, from the second computing device to the first computing device , data that specifies the instructions which, when interpreted by the execution candidate, cause performance of the operation. executing, on the first computing device , an application capable of performing the operation; wherein the first computing device includes a network interface controller with an execution candidate including an interpreter capable of interpreting instructions which, when interpreted, cause performance of the operation; wherein the application and the execution candidate have access to a shared memory of the first computing device ; wherein the operation requires multiple accesses to data in the shared memory; selecting, by a requesting entity executing on a second computing device that is remote relative to the first computing device , a target from among the application and the execution candidate; responsive to the application being selected as the target, the requesting entity sending the application a request to perform the operation; and responsive to the execution candidate being selected as the target, the requesting entity causing the execution candidate to interpret instructions which, when interpreted by the execution candidate, cause performance of the operation; wherein the method further comprises sending, from the second computing device to the first computing device , data that specifies the instructions which, when interpreted by the execution candidate, cause performance of the operation.
Intaglio printing unit for printing onto a substrate (S) according to an intaglio printing method, said intaglio printing unit having a forme cylinder , which comprises on its circumference an image-forming pattern of recesses , and having an inking unit for inking the pattern of recesses provided on the forme cylinder , said inking unit comprising a first inking unit cylinder , which comprises recesses in the region of its outer cylindrical surface that correspond to recesses on the forme cylinder , and which forms a nip point downstream with a second inking unit cylinder , which comprises on its circumference ink-transferring elevations (524; 524') or raised areas , characterized in that the recesses on the first inking unit cylinder are provided on the outer circumference of a in the form of a circumferentially closed ink transfer forme sheath , and in that the first inking unit cylinder is configured as temperature-controllable.