mhurhangee/ep-ind-claims huggingface dataset:
A resin composition comprising: an ethylene-vinyl alcohol copolymer having an ethylene content of 20 mol% or greater and 50 mol% or less; an ethylene-vinyl alcohol copolymer having an ethylene content of 30 mol% or greater and 60 mol% or less; and a saturated carbonyl compound having 3 to 8 carbon atoms, wherein: the saturated carbonyl compound is a saturated aldehyde (C-1), a saturated ketone (C-2) or a combination thereof, a value obtained by subtracting the ethylene content of the ethylene-vinyl alcohol copolymer from the ethylene content of the ethylene-vinyl alcohol copolymer is 8 mol% or greater, a mass ratio (A/B) of the ethylene-vinyl alcohol copolymer to the ethylene-vinyl alcohol copolymer is 60/40 or greater and 95/5 or less, and a content of the saturated carbonyl compound with respect to a resin content is 0.01 ppm or greater and less than 100 ppm. an ethylene-vinyl alcohol copolymer having an ethylene content of 20 mol% or greater and 50 mol% or less; an ethylene-vinyl alcohol copolymer having an ethylene content of 30 mol% or greater and 60 mol% or less; and a saturated carbonyl compound having 3 to 8 carbon atoms, wherein: the saturated carbonyl compound is a saturated aldehyde (C-1), a saturated ketone (C-2) or a combination thereof, a value obtained by subtracting the ethylene content of the ethylene-vinyl alcohol copolymer from the ethylene content of the ethylene-vinyl alcohol copolymer is 8 mol% or greater, a mass ratio (A/B) of the ethylene-vinyl alcohol copolymer to the ethylene-vinyl alcohol copolymer is 60/40 or greater and 95/5 or less, and a content of the saturated carbonyl compound with respect to a resin content is 0.01 ppm or greater and less than 100 ppm. the saturated carbonyl compound is a saturated aldehyde (C-1), a saturated ketone (C-2) or a combination thereof, a value obtained by subtracting the ethylene content of the ethylene-vinyl alcohol copolymer from the ethylene content of the ethylene-vinyl alcohol copolymer is 8 mol% or greater, a mass ratio (A/B) of the ethylene-vinyl alcohol copolymer to the ethylene-vinyl alcohol copolymer is 60/40 or greater and 95/5 or less, and a content of the saturated carbonyl compound with respect to a resin content is 0.01 ppm or greater and less than 100 ppm.
A tightening device comprising a belt having a first and a second end (10A, 10B), and a first and a second tightening lug (14A, 14B) carried by the belt which are formed respectively in a first and a second band portion (12A, 12B) respectively fastened to the outer face of the belt in the vicinity of its first and its second end (10A, 10B), at least the first band portion being fastened to the belt through at least a first fastening area (18A; 118A; 218A; 318A) formed on at least one of a boss (18'A; 218'A) of the first band portion protruding inwardly and a boss (118'A; 318'A) of the belt protruding outwardly, and through a second fastening area (19A; 29A; 39A; 119A; 129A; 139A; 219A; 319A); characterized in that, around the boss (18'A; 118'A; 218'A; 318'A) on which the first fastening area (18A; 118A; 218A; 318A) is formed, a clearance gap is arranged between the inner face of the first band portion and the outer face of the belt.
Method for converting an input voltage (U E) into an output voltage (U A), which is increased in comparison to said input voltage (U E), by means of a number of voltage stages (12, 12a, 12b), each of which comprises a series circuit of a rectifier diode (18, D7, D9) and a charging capacitor (20, C2, C4) as well as a switchable first semiconductor switch (22, Q16, Q18), each of said series circuits being connected to a reference potential (U G), wherein in each voltage stage (12, 12a, 12b) a switchable second semiconductor switch (24, Q1, Q17) is connected in parallel with the rectifier diode (18, D7, D9) and the charging capacitor (20, C2, C4), wherein the rectifier diodes (18, D7, D9) of adjacent voltage stages (12, 12a, 12b) are connected in series, - in which firstly the first semiconductor switches (22, Q16, Q18) are closed and the second semiconductor switches (24, Q1, Q17) are opened, so that the charging capacitors (20, C2, C4) of the voltage stages (12, 12a, 12b) are charged by means of the input voltage (U E), and - in which subsequently the first semiconductor switches (22, Q16, Q18) are opened and the second semiconductor switches (24, Q1, Q17) are closed, so that the individual voltages (U Z) generated at the charging capacitors (20, C2, C4) sum over the series-connected rectifier diodes (18, D7, D9) to produce the output voltage (U A), characterized in that a Zener diode of a control unit is connected in parallel with the charging capacitor (20, C2, C4) and the second semiconductor switch (24, Q1, Q17) of the last voltage stage on the output side, said Zener diode controlling a third semiconductor switch in the case of a charged charging capacitor (20, C2, C4) in such a way that the first semiconductor switches (22, Q16, Q18) of the voltage stages (12, 12a, 12b) open. - in which firstly the first semiconductor switches (22, Q16, Q18) are closed and the second semiconductor switches (24, Q1, Q17) are opened, so that the charging capacitors (20, C2, C4) of the voltage stages (12, 12a, 12b) are charged by means of the input voltage (U E), and - in which subsequently the first semiconductor switches (22, Q16, Q18) are opened and the second semiconductor switches (24, Q1, Q17) are closed, so that the individual voltages (U Z) generated at the charging capacitors (20, C2, C4) sum over the series-connected rectifier diodes (18, D7, D9) to produce the output voltage (U A), characterized in that a Zener diode of a control unit is connected in parallel with the charging capacitor (20, C2, C4) and the second semiconductor switch (24, Q1, Q17) of the last voltage stage on the output side, said Zener diode controlling a third semiconductor switch in the case of a charged charging capacitor (20, C2, C4) in such a way that the first semiconductor switches (22, Q16, Q18) of the voltage stages (12, 12a, 12b) open.
Disc brake of a motor vehicle, in particular of a commercial vehicle, having a brake calliper which encompasses a brake disc, having an adapter which can be fixed in a static manner to the vehicle, in which adapter is guided at least one brake pad which is provided with a backing plate and with a friction lining fastened thereto, wherein the adapter has adapter lugs (2, 3) which support the backing plate of the brake pad at the entry side and exit side in a main direction of rotation of the brake disc, wherein the entry-side adapter lug of the adapter and the support surface, which is situated adjacent thereto, of the backing plate engage with one another, characterised in that the exit-side adapter lug and a corresponding abutment contour of the backing plate have a support surface (21, 423) which is inclined in its entirety, in regions, or at least at the radially highest point of the pad support on the adapter, by an angle of inclination (α) with respect to the Y axis, which angle facilitates a removal and installation of the brake pad by a pivoting movement about an axis parallel to the axis of rotation of the brake disc, wherein the Y axis is an axis of a coordinate system in which the axis of rotation of the brake disc forms the Z axis, the Y axis runs through the centre of gravity of the brake pad in the centre of a pad slot in the circumferential direction and runs perpendicular to the axis of rotation of the brake disc and intersects the latter, and the X axis is perpendicular to the Z axis and to the Y axis.
A cosmetic case comprising: - a base having a recess defined by a recess wall; - a ring free to rotate about the recess wall and retained by the base; - a cover; - a hinge affixing the cover to the ring to form a cover assembly; - a sealing element between the cover and the base; wherein the sealing element is formed as an integral part of the cover or the base; wherein rotation of the cover assembly about the recess wall forms an airtight seal between the base and the cover; - a chamber in vapor contact with the recess when the cosmetic case is sealed; characterised in that said ring is retained to the base with at least one groove extending around at least a portion of the recess wall engaged with at least one protrusion extending inwardly from the ring, said at least one groove retaining the ring by said at least one protrusion while allowing rotation of the ring through at least a predetermined arc about the recess wall, wherein said at least one groove further comprises at least one riser such that rotation of said cover assembly engages said at least one protrusion with said at least one riser and moves said cover assembly away from said base. - a base having a recess defined by a recess wall; - a ring free to rotate about the recess wall and retained by the base; - a cover; - a hinge affixing the cover to the ring to form a cover assembly; - a sealing element between the cover and the base; wherein the sealing element is formed as an integral part of the cover or the base; wherein rotation of the cover assembly about the recess wall forms an airtight seal between the base and the cover; - a chamber in vapor contact with the recess when the cosmetic case is sealed; characterised in that said ring is retained to the base with at least one groove extending around at least a portion of the recess wall engaged with at least one protrusion extending inwardly from the ring, said at least one groove retaining the ring by said at least one protrusion while allowing rotation of the ring through at least a predetermined arc about the recess wall, wherein said at least one groove further comprises at least one riser such that rotation of said cover assembly engages said at least one protrusion with said at least one riser and moves said cover assembly away from said base.
Piezo actuator having a multi-layered structure of piezo elements which are each composed of piezo layers which are bordered between internal electrodes (3, 4) and to which, in an active region, an electric voltage can be applied by forming lateral contact with the internal electrodes (3, 4) by means of external electrodes (6, 7) in a reciprocal fashion, and having at least one region at the head-side ends and/or foot-side ends of the multi-layered structure of the piezo elements with a gradual increase in the layer thicknesses, effective with respect to an electrical field between internal electrodes (3, 4) with which contact is made, of the piezo elements from the active region in each case to the head and/or to the foot of the piezo actuator, characterized in that the gradual increase in the layer thicknesses, effective with respect to an electrical field between internal electrodes (3, 4) with which contact is made, is carried out by juxtaposing zones (21, 22, 24) of different effective layer thicknesses, each with a number of introduced metallization layers, with which contact is not made, which increases continuously towards the outer end of the head and/or foot of the piezo actuator.
A smear preparation device, comprising: a lower unit on which a slide is disposable at a receiving location, the lower unit having a first side and a second side which extend in a lengthwise direction of the device; an upper unit movably connectable to the lower unit, and receiving a spreader blade for smearing a sample and forming a smear portion on the slide, the upper unit comprising: an upper part; and first and second side parts (14, 16) projecting downwards from the upper part and substantially covering the first and second sides (22, 24) of the lower unit, wherein the upper unit extends over an upper surface of the lower unit and the first and second sides (22, 24) of the lower unit to substantially form a cover over a zone in which the sample is smeared when in an assembled state, characterised in that: the upper unit covers the smear portion on the slide in the lower unit when in a closed position of the assembled state. a lower unit on which a slide is disposable at a receiving location, the lower unit having a first side and a second side which extend in a lengthwise direction of the device; an upper unit movably connectable to the lower unit, and receiving a spreader blade for smearing a sample and forming a smear portion on the slide, the upper unit comprising: an upper part; and first and second side parts (14, 16) projecting downwards from the upper part and substantially covering the first and second sides (22, 24) of the lower unit, an upper part; and first and second side parts (14, 16) projecting downwards from the upper part and substantially covering the first and second sides (22, 24) of the lower unit, wherein the upper unit extends over an upper surface of the lower unit and the first and second sides (22, 24) of the lower unit to substantially form a cover over a zone in which the sample is smeared when in an assembled state, characterised in that: the upper unit covers the smear portion on the slide in the lower unit when in a closed position of the assembled state.
A network node for transmitting information as to a short transmission time interval, sTTI, resource allocation in a communication network, the network node comprising: processing circuitry configured to: determine a downlink control information, DCI, message, the DCI message including a bit field of at least two bits, each bit corresponding to a group of at least one short Control Channel Element, sCCE, of a configured sPDCCH region; and transmit the DCI message to a wireless device; and each of the at least two bits indicating whether the corresponding group of at least one sCCE is used for data transmission to the wireless device, characterized in that a grouping of sCCEs, into the at least two groups of at least one sCCE each, is based on a location and an aggregation level of a sPDCCH candidate associated with the DCI message. processing circuitry configured to: determine a downlink control information, DCI, message, the DCI message including a bit field of at least two bits, each bit corresponding to a group of at least one short Control Channel Element, sCCE, of a configured sPDCCH region; and transmit the DCI message to a wireless device; and determine a downlink control information, DCI, message, the DCI message including a bit field of at least two bits, each bit corresponding to a group of at least one short Control Channel Element, sCCE, of a configured sPDCCH region; and transmit the DCI message to a wireless device; and each of the at least two bits indicating whether the corresponding group of at least one sCCE is used for data transmission to the wireless device, characterized in that a grouping of sCCEs, into the at least two groups of at least one sCCE each, is based on a location and an aggregation level of a sPDCCH candidate associated with the DCI message.
A method of encrypting data for transmission over a wireless link, comprising: encrypting the at least one block of data, at an air interface application layer of the Open Systems Interconnection reference model, using an encryption algorithm that receives an encryption parameter as input and transmitting the at least one encrypted block of data to a receiver (104,108) that is operable to preserve the order of the at least one block of data relative to the other blocks of data, wherein the value of the encryption parameter used to encrypt the at least one block of data is comprised of a variable component that is derived from a virtual counter that is configured to increment a block number after a block of a selectable predetermined number of bits from a transmit data stream has been received at the air interface application layer, and, instead of being transmitted to the receiver (104, 108), the variable component of the encryption parameter is recovered by the receiver, (104,108) subsequent to receiving the at least one encrypted block of data, by incrementing a virtual counter for the received data after a block of the selectable predetermined number of bits from a received data stream has been received at the air interface application layer. encrypting the at least one block of data, at an air interface application layer of the Open Systems Interconnection reference model, using an encryption algorithm that receives an encryption parameter as input and transmitting the at least one encrypted block of data to a receiver (104,108) that is operable to preserve the order of the at least one block of data relative to the other blocks of data, wherein the value of the encryption parameter used to encrypt the at least one block of data is comprised of a variable component that is derived from a virtual counter that is configured to increment a block number after a block of a selectable predetermined number of bits from a transmit data stream has been received at the air interface application layer, and, instead of being transmitted to the receiver (104, 108), the variable component of the encryption parameter is recovered by the receiver, (104,108) subsequent to receiving the at least one encrypted block of data, by incrementing a virtual counter for the received data after a block of the selectable predetermined number of bits from a received data stream has been received at the air interface application layer.
A method for automatically obtaining port status and/or configuration control by a service gateway in an optical access network of a termination device, ONT, comprising an optical termination device, ONT, at the end user, connected to an optical line termination, OLT, which in turn is connected to the service gateway, comprising the steps: - Transmission of an ONT ID and access data (C-Vlan ID, S-VLAN ID, LINE ID) from the ONT to the OLT as ONT information; - Forwarding of the ONT information from the OLT to the service gateway, whereby when a session is set up via DHCP or PPPoE from the ONT, one or more of the following information is transferred to the service gateway as corresponding session data: ONT ID, OLT ID, slot, port; - Assigning of the ONT ID to an IP address obtained via DHCP or PPPoE protocol at the gateway; - Comparing the acquired ONT information and session data using a customer database through the service gateway and generating a response to the OLT to control the settings between ONT and OLT in order to make custom session/network settings, preferably with regard to the service bandwidth, and monitoring and controlling the flow of data to the ONT through the service gateway. - Transmission of an ONT ID and access data (C-Vlan ID, S-VLAN ID, LINE ID) from the ONT to the OLT as ONT information; - Forwarding of the ONT information from the OLT to the service gateway, whereby when a session is set up via DHCP or PPPoE from the ONT, one or more of the following information is transferred to the service gateway as corresponding session data: ONT ID, OLT ID, slot, port; - Assigning of the ONT ID to an IP address obtained via DHCP or PPPoE protocol at the gateway; - Comparing the acquired ONT information and session data using a customer database through the service gateway and generating a response to the OLT to control the settings between ONT and OLT in order to make custom session/network settings, preferably with regard to the service bandwidth, and monitoring and controlling the flow of data to the ONT through the service gateway.
A method for Hybrid Automatic Repeat Request, HARQ, process allocation for downlink, DL, Semi-Persistent Scheduling, SPS, transmission between a base station and an user equipment, UE, comprising steps of: at the base station side, configuring a HARQ process preserved for the SPS transmission and its related control information based on RRC or other control instructions from the upper layer, and transmitting the configured HARQ process and its related control information to the UE; determining a HARQ process allocated to the current transmission based on the configuration result of the configuration step, and allocating the HARQ process preserved for the SPS transmission to possible dynamic scheduling, DS, transmissions when the SPS transmission is in idle; and determining a type for transmission or retransmission to be carried in the current HARQ process based on a preset criteria, then performing the determined type of transmission or retransmission, and correspondingly sending a Physical Downlink Control Channel, PDCCH, down to indicate an HARQ process in which a first SPS transmission occurs, characterized in that the step of determining a type for transmission or retransmission to be carried in the current HARQ process based on a preset criteria at the base station side comprises steps of: during the SPS transmission, in case that the base station is to perform the SPS transmission and there is DS data stored in the corresponding HARQ buffer, if the size of the HARQ buffer is taken into account: for a HARQ buffer sufficiently storing two transfer blocks, TBs, storing the SPS data together with the DS data in the HARQ buffer and sending the SPS data down without sending a PDCCH down simultaneously; for a HARQ buffer only capable of storing one TB, replacing the original DS data with the SPS data and sending the SPS data down without sending a PDCCH down simultaneously. during the SPS transmission, in case that the base station is to perform the SPS transmission and there is DS data stored in the corresponding HARQ buffer, if the size of the HARQ buffer is taken into account: for a HARQ buffer sufficiently storing two transfer blocks, TBs, storing the SPS data together with the DS data in the HARQ buffer and sending the SPS data down without sending a PDCCH down simultaneously; for a HARQ buffer only capable of storing one TB, replacing the original DS data with the SPS data and sending the SPS data down without sending a PDCCH down simultaneously.
A method for manufacturing a ball having a panel, in particular a soccer ball, the method comprising: - providing a carrier material having an outer side and an inner side within a mold having at least one first and at least one second mold part (21, 22); - applying a material for an outer layer of the panel on the outer side of the carrier material within the mold; - three-dimensionally molding the outer layer of the panel on the outer side of the carrier material within the mold; - applying a material for an inner layer of the panel to the inner side of the carrier material within the first mold part; - three-dimensionally molding the inner layer of the panel on the inner side of the carrier material using at least the first mold part, wherein the inner layer is adapted to face an interior of the ball. - providing a carrier material having an outer side and an inner side within a mold having at least one first and at least one second mold part (21, 22); - applying a material for an outer layer of the panel on the outer side of the carrier material within the mold; - three-dimensionally molding the outer layer of the panel on the outer side of the carrier material within the mold; - applying a material for an inner layer of the panel to the inner side of the carrier material within the first mold part; - three-dimensionally molding the inner layer of the panel on the inner side of the carrier material using at least the first mold part, wherein the inner layer is adapted to face an interior of the ball.