mhurhangee/ep-ind-claims huggingface dataset:
A communications device for transmitting data to or receiving data from a mobile communications network, the mobile communications network including one or more network elements which are arranged to form a wireless access interface for transmitting and receiving the data, the communications device comprising a transmitter unit configured to transmit signals representing the data on an up-link of the wireless access interface to the mobile communications network, a receiver unit configured to receive signals representing the data transmitted on a down-link from the mobile communications network via the wireless access interface, the wireless access interface providing a plurality of communications resource elements across a frequency range for the down-link and the up-link, the communications resource elements being formed by dividing sub-carriers at different frequencies into a plurality of time periods, one or more of the sub-carriers being provided to form, in the time domain, frequency division multiplexed symbols, each of the time periods comprising a predetermined number of the frequency division multiplexed symbols, wherein the up-link includes a control channel for transmitting signalling information from the communications device to the mobile communications network in accordance with a predetermined format in which signals which representing the signalling information occupy, in the time domain, the predetermined number of frequency division multiplexed symbols of the control channel, and characterized by: a controller configured to control the transmitter unit to transmit the signals and the receiver unit to receive the signals to transmit or receive the data, and to adapt the transmission of the signals representing the signalling information transmitted, by the transmitter unit, in the control channel to occupy a smaller number of the predetermined number of frequency division multiplexed symbols of the time period of the control channel starting at a position of one of the predetermined number of frequency division multiplexed symbols, the position of each of the frequency division multiplexed symbols representing further information.
A valve for use in a pharmaceutical dispensing device, the valve having a seal formed from a blend comprising: a thermoplastic elastomer including at least 80% of a propylene component with isotactic crystallinity in which all or substantially all of the substituent groups lie on the same side of the carbon chain; and a polymer selected from one or more of polypropylene, polyethylene and copolymers thereof, wherein the polymer has a melting point that is greater than the melting point of the thermoplastic elastomer. a thermoplastic elastomer including at least 80% of a propylene component with isotactic crystallinity in which all or substantially all of the substituent groups lie on the same side of the carbon chain; and a polymer selected from one or more of polypropylene, polyethylene and copolymers thereof, wherein the polymer has a melting point that is greater than the melting point of the thermoplastic elastomer.
Method for the reproduction of a film, comprising the generation of at least two different strings of events (S1, S2, S3), each string (S1, S2, S3) being associated with a respective version of the film, wherein each string of events (S1, S2, S3) comprises a sequence of at least first and second events (n, n+1) in which each event corresponds to an audio/visual content recorded on a storage medium, the method comprising the steps of: • playing said first event (n) on an audio/visual means; • playing said second event (n+1) on the audio/visual means, subsequent to said first event (n); said first (n) and/or second event (n+1) being selected for the reproduction automatically between a plurality of respective alternative events (n A, n B; n+1 A, n+1 B), said selection being effected in such a way to maintain logical coherence between said subsequent events (n, n+1), characterized in that the film includes events of a first type n p (n p1, n p2) and second type n s (n s1) such that the selection of one or more events of the first type n p (n p1, n p2) in one or more strings of events (S1, S2), authorizes the selection, during the generation of subsequent strings, of one or more events of the second type n s (n s1), said selection of events of second type n s (n s1) being otherwise prohibited. • playing said first event (n) on an audio/visual means; • playing said second event (n+1) on the audio/visual means, subsequent to said first event (n);
A binder composition, comprising (a) anhydrite in an amount of ≥ 50 parts by weight, (b) Portland cement in an amount of from 1 to 45 parts by weight, (c) zeolite or a mixture of metakaolin and zeolite in a total amount of from 1 to 30 parts by weight, (d) additional sulfate salt in an amount of from 0.1 to 10 parts by weight, in each case based on a total amount of 100 parts by weight, formed of the four components (a) anhydrite, (b) Portland cement, (c) zeolite or a mixture of metakaolin and zeolite, (d) additional sulfate salt. (a) anhydrite in an amount of ≥ 50 parts by weight, (b) Portland cement in an amount of from 1 to 45 parts by weight, (c) zeolite or a mixture of metakaolin and zeolite in a total amount of from 1 to 30 parts by weight, (d) additional sulfate salt in an amount of from 0.1 to 10 parts by weight,
A method of communication for an apparatus (702, 704, 706, 1400), comprising: sensing (712, 716) a channel using a first beam; sensing (714, 718) the channel using a second beam; obtaining first sensing information for a first wireless communication link based on the sensing of the channel using the first beam, wherein the first wireless communication link is a first beamformed link; obtaining second sensing information for a second wireless communication link based on the sensing of the channel using the second beam, wherein the second wireless communication link is a second beamformed link; and determining whether to transmit on the first wireless communication link based on the first sensing information and the second sensing information. sensing (712, 716) a channel using a first beam; sensing (714, 718) the channel using a second beam; obtaining first sensing information for a first wireless communication link based on the sensing of the channel using the first beam, wherein the first wireless communication link is a first beamformed link; obtaining second sensing information for a second wireless communication link based on the sensing of the channel using the second beam, wherein the second wireless communication link is a second beamformed link; and determining whether to transmit on the first wireless communication link based on the first sensing information and the second sensing information.
An external device for transcutaneously connecting a consumer electronics device with an implanted medical device to provide power to the implanted medical device, comprising: a housing adapted for external mounting proximate to the implanted medical device; and a wireless transmitter for transmitting the power from the housing for receipt by a receiver of the implanted medical device; characterized by a cable extending from the housing and terminating in a connector adapted for receipt within a mating port of the consumer electronics device, wherein a first terminal of the connector is connectable to a power source of the consumer electronic device; and power control circuitry and the wireless transmitter disposed within the housing, the power control circuitry operable to receive power from the first terminal via the cable and adapt the power for transcutaneous transmission. a housing adapted for external mounting proximate to the implanted medical device; and a wireless transmitter for transmitting the power from the housing for receipt by a receiver of the implanted medical device; characterized by a cable extending from the housing and terminating in a connector adapted for receipt within a mating port of the consumer electronics device, wherein a first terminal of the connector is connectable to a power source of the consumer electronic device; and power control circuitry and the wireless transmitter disposed within the housing, the power control circuitry operable to receive power from the first terminal via the cable and adapt the power for transcutaneous transmission.
Bolt connection of a tower for a wind turbine, the bolt connection comprising - a tower base module with a tower flange, wherein the tower flange forms the bottom end of the tower, - a base flange for connecting the tower base module with a foundation, wherein the base flange comprises a traverse bore, and - a bolt which extends through the traverse bore of the base flange, wherein the bolt comprises a bolt head which is arranged at the bottom side of the base flange facing the foundation, characterized in that - the bolt connection further comprises a clamping element which at least partially covers the bolt head, and - the clamping element presses the bolt head against the bottom side of the base flange. - a tower base module with a tower flange, wherein the tower flange forms the bottom end of the tower, - a base flange for connecting the tower base module with a foundation, wherein the base flange comprises a traverse bore, and - a bolt which extends through the traverse bore of the base flange, wherein the bolt comprises a bolt head which is arranged at the bottom side of the base flange facing the foundation, characterized in that - the bolt connection further comprises a clamping element which at least partially covers the bolt head, and - the clamping element presses the bolt head against the bottom side of the base flange.
A printer comprising: a display; and a display controller configured to acquire a file from a server through a network, and display content based on the file on the display; wherein, in being configured to display content based on the file on the display, the display controller is arranged, when an input field for inputting specific information is included in the content, to automatically display an on-screen keyboard configured to receive input of the specific information on the display before displaying the content, to display, in a specific position in the on-screen keyboard, a message corresponding to information input through the on-screen keyboard to the input field, and to receive the specific information input through the displayed on-screen keyboard before displaying the content, and wherein the display controller, after the specific information is input to the on-screen keyboard, is configured to stop displaying the on-screen keyboard and to display the content with the specific information entered in the input field, on the display. a display; and a display controller configured to acquire a file from a server through a network, and display content based on the file on the display; wherein, in being configured to display content based on the file on the display, the display controller is arranged, when an input field for inputting specific information is included in the content, to automatically display an on-screen keyboard configured to receive input of the specific information on the display before displaying the content, to display, in a specific position in the on-screen keyboard, a message corresponding to information input through the on-screen keyboard to the input field, and to receive the specific information input through the displayed on-screen keyboard before displaying the content, and wherein the display controller, after the specific information is input to the on-screen keyboard, is configured to stop displaying the on-screen keyboard and to display the content with the specific information entered in the input field, on the display.
A communications method performed by an access terminal (140, 410, 1200), comprising: sending at least one quality of service, QoS, request, identifying a flow to which the requested QoS shall apply; receiving for each QoS request a QoS response from an access component (130, 420, 430) in a first network domain, wherein the network domain employs a network-based mobility management protocol that does not require mobility management signalling from the access terminal; and concurrently communicating across multiple communication links, the multiple communication links established with a same network domain node of the first network domain via two or more access components (130, 420, 430) of the first network domain and a same wireless communication interface module of the access terminal (140, 410, 1200), wherein the multiple communication links are used for two or more flow specific routes, at least one of which is created for the identified flow in response to the at least one QoS request and that respectively point to the access component (130, 420, 430) over which the respective QoS response is received. sending at least one quality of service, QoS, request, identifying a flow to which the requested QoS shall apply; receiving for each QoS request a QoS response from an access component (130, 420, 430) in a first network domain, wherein the network domain employs a network-based mobility management protocol that does not require mobility management signalling from the access terminal; and concurrently communicating across multiple communication links, the multiple communication links established with a same network domain node of the first network domain via two or more access components (130, 420, 430) of the first network domain and a same wireless communication interface module of the access terminal (140, 410, 1200), wherein the multiple communication links are used for two or more flow specific routes, at least one of which is created for the identified flow in response to the at least one QoS request and that respectively point to the access component (130, 420, 430) over which the respective QoS response is received.
A polymer film comprising a polymer composition containing: a cyclic olefin polymer containing an olefin unit having a C 3-10 alkyl group as a side chain thereof and a chlorine-containing polymer, wherein the cyclic olefin polymer comprises a copolymer containing a cyclic olefin unit free from a C 3-10 alkyl group and a chain or cyclic olefin unit having a C 3-10 alkyl group as repeating units, and a molar ratio of the cyclic olefin unit relative to the chain or cyclic olefin unit is 50/50 to 95/5 in the former/the latter. a cyclic olefin polymer containing an olefin unit having a C 3-10 alkyl group as a side chain thereof and a chlorine-containing polymer,
A notching apparatus for an electrode substrate, comprising: a die member on which the electrode substrate is disposed; and a punch member provided with a punch spaced apart from above the die member and moving up and down toward the die member side, wherein a wall surface of the punch is provided with at least one or more air blow holes to discharge foreign objects generated at the time of the notching to the outside, characterized in that the at least one or more air blow holes are also foreign object suction holes, in that said air blow holes are provided to form an air layer between the die member and the punch member, and in that the wall surface of the punch is further provided with one or more punching oil supply holes for applying a punching oil to an outer surface of the punch. a die member on which the electrode substrate is disposed; and a punch member provided with a punch spaced apart from above the die member and moving up and down toward the die member side, wherein a wall surface of the punch is provided with at least one or more air blow holes to discharge foreign objects generated at the time of the notching to the outside, characterized in that the at least one or more air blow holes are also foreign object suction holes, in that said air blow holes are provided to form an air layer between the die member and the punch member, and in that the wall surface of the punch is further provided with one or more punching oil supply holes for applying a punching oil to an outer surface of the punch.
Method for executing an emergency braking procedure of a vehicle, in particular utility vehicle, in order to avoid an accident and/or reduce the consequences of an accident, wherein when at least one predefined warning condition is detected and/or is present, an emergency braking procedure is triggered in such a way that when the emergency braking procedure is triggered a driver warning (a w) is output and at the same time, or in a chronologically offset fashion with respect thereto, a defined emergency braking deceleration of the vehicle is controlled on the basis of an influencing variable (p) which is determined chronologically before and/or during the emergency braking procedure and is related to the emergency braking procedure, characterized in that when a predefined threshold value (s) of the influencing variable (p) related to the emergency braking procedure is exceeded, at least two emergency braking deceleration phases with different emergency braking deceleration values (a 1, a 2) are predefined and executed, wherein the deceleration value (a 1, a 2) of the deceleration phases and/or the duration of the deceleration phases are/is determined by the influencing variable (p) related to the emergency braking procedure, and in that when the predefined threshold value (s) of the influencing variable (p) related to the emergency braking procedure is undershot, a maximum implementable emergency braking deceleration (a max) is predefined.
A method of making a relief printing element in a liquid photopolymer platemaking process, wherein a layer of liquid photopolymer is applied over a coverfilm positioned on a negative on a glass platen and a backing sheet is applied over the liquid photopolymer layer, the method comprising the steps of: a) selectively exposing the layer of liquid photopolymer to actinic radiation through the negative to crosslink and cure portions of the layer of liquid photopolymer and create the relief image therein, wherein portions of the layer of liquid photopolymer are not crosslinked and are uncured; b) reclaiming uncured portions of the layer of liquid photopolymer for reuse in the platemaking process, wherein the step of reclaiming uncured portions of the layer of liquid photopolymer comprises: i) heating the relief printing element to decrease the viscosity of the uncured portions of the layer of liquid photopolymer; and ii) removing uncured portions of the layer of liquid photopolymer from the relief printing element; and c) blotting the relief printing element to remove any uncured liquid photopolymer remaining on the relief printing element after the reclamation step; wherein uncured portions of the layers of liquid photopolymer are removed without washing the relief printing element with water or another solvent. a) selectively exposing the layer of liquid photopolymer to actinic radiation through the negative to crosslink and cure portions of the layer of liquid photopolymer and create the relief image therein, wherein portions of the layer of liquid photopolymer are not crosslinked and are uncured; b) reclaiming uncured portions of the layer of liquid photopolymer for reuse in the platemaking process, wherein the step of reclaiming uncured portions of the layer of liquid photopolymer comprises: i) heating the relief printing element to decrease the viscosity of the uncured portions of the layer of liquid photopolymer; and ii) removing uncured portions of the layer of liquid photopolymer from the relief printing element; and i) heating the relief printing element to decrease the viscosity of the uncured portions of the layer of liquid photopolymer; and ii) removing uncured portions of the layer of liquid photopolymer from the relief printing element; and c) blotting the relief printing element to remove any uncured liquid photopolymer remaining on the relief printing element after the reclamation step; wherein uncured portions of the layers of liquid photopolymer are removed without washing the relief printing element with water or another solvent.
A disc pump valve (10, 110, 210) for controlling the flow of fluid through a disc pump, the disc pump valve (10, 110, 210) comprising: a first plate (16, 116, 216) having first plate apertures (20, 120, 220) extending generally perpendicular through the first plate (16, 116, 216); a second plate (14, 114, 214) having second plate apertures (18, 118, 218) extending generally perpendicular through the second plate (14, 114, 214), the second plate apertures (18, 118, 218) being substantially offset from the first plate apertures (20, 120, 220); a sidewall (11, 111) disposed between the first plate (16, 116, 216) and the second plate (14, 114, 214), the sidewall being closed around the perimeter of the first plate and the second plate to form a cavity between the first plate (16, 116, 216) and the second plate (18, 118, 218); and a valve flap (17, 117, 217) disposed and moveable between the first plate (16, 116, 216) and the second plate (18, 118, 218), the valve flap (17, 117, 217) having flap apertures (22, 122, 222) that are offset from the first plate apertures (20, 120, 220) and aligned with the second plate apertures (18, 118, 218); and characterized in that the valve flap (17, 117, 217) further comprises: a plurality of low-mass areas (21, 121) offset from both the first plate apertures (22, 122, 222) and the second plate apertures (18, 118, 218); whereby the valve flap is motivated between the first plate and the second plate in response to a change in direction of the differential pressure of the fluid outside the valve. a first plate (16, 116, 216) having first plate apertures (20, 120, 220) extending generally perpendicular through the first plate (16, 116, 216); a second plate (14, 114, 214) having second plate apertures (18, 118, 218) extending generally perpendicular through the second plate (14, 114, 214), the second plate apertures (18, 118, 218) being substantially offset from the first plate apertures (20, 120, 220); a sidewall (11, 111) disposed between the first plate (16, 116, 216) and the second plate (14, 114, 214), the sidewall being closed around the perimeter of the first plate and the second plate to form a cavity between the first plate (16, 116, 216) and the second plate (18, 118, 218); and a valve flap (17, 117, 217) disposed and moveable between the first plate (16, 116, 216) and the second plate (18, 118, 218), the valve flap (17, 117, 217) having flap apertures (22, 122, 222) that are offset from the first plate apertures (20, 120, 220) and aligned with the second plate apertures (18, 118, 218); and characterized in that the valve flap (17, 117, 217) further comprises: a plurality of low-mass areas (21, 121) offset from both the first plate apertures (22, 122, 222) and the second plate apertures (18, 118, 218); whereby the valve flap is motivated between the first plate and the second plate in response to a change in direction of the differential pressure of the fluid outside the valve.
Visual detection device to detect hemolysis in a whole blood sample from a pierceable container, said device comprising at least one visible detection member and a transfer passage (1, 7) connected to said visible detection member, said device further comprising transfer means permitting transfer of a volume of plasma from said sample to said detection member via said transfer passage (1, 7), wherein said device further is arranged with a separation device for separating plasma from blood cells within said whole blood sample before said plasma reaches the detection member, said device further being arranged with means (40, 41) arranged to provide a capillary action urging said volume of plasma to be transferred through the separation device to said detection member, characterized in that said detection member is in the form of a filter, and that said transfer means is arranged to pass through the container to the interior of said container for accessing the whole blood.